, O QEMU B-Application uses O this O to O provide O a O SPICE B-Protocol interface O for O virtual O machines O . O It O integrates O closely O with O Git B-Application , O a O distributed B-Protocol version I-Protocol control I-Protocol system I-Protocol . O Google B-Protocol Web I-Protocol Server I-Protocol ( O GWS O ) O custom O Linux-based O Web O server O that O Google B-Application uses O for O its O online O services O . O Given O an O XML B-Protocol instance O specification O ( O XML B-Protocol Schema O ) O , O it O generates O C++ B-Language classes O that O represent O the O given O vocabulary O as O well O as O parsing O and O serialization O code O . O They O underpin O numerous O Internet O standards O , O such O as O Transport B-Protocol Layer I-Protocol Security I-Protocol ( O TLS B-Protocol ) O , O SSH B-Protocol , O S/MIME B-Protocol and O PGP B-Application . O OSBP B-Protocol is O a O software B-Application factory I-Application provided O as O Open B-License Source I-License by O the B-Application Eclipse I-Application Foundation I-Application . O Version O 4.0 O was O included O in O the O first O release O of O Windows B-Device 98 I-Device , O although O the O second O edition O included O IE5 B-Protocol . O The O end O of O a O frame O is O signaled O by O a O valid O frame B-Protocol check I-Protocol sequence I-Protocol followed O by O loss O of O carrier O or O by O a O special O symbol O or O sequence O in O the O line B-Protocol coding I-Protocol scheme I-Protocol for O a O particular O Ethernet B-Protocol physical I-Protocol layer I-Protocol , O so O the O length O of O the O frame O does O not O always O need O to O be O encoded O as O a O value O in O the O Ethernet B-Protocol frame I-Protocol . O The O Service B-Protocol Location I-Protocol Protocol I-Protocol ( O SLP O , O srvloc O ) O is O a O service B-Protocol discovery I-Protocol protocol I-Protocol that O allows O computers O and O other O devices O to O find O services O in O a O local B-General_Concept area I-General_Concept network I-General_Concept without O prior O configuration O . O Digital O consoles O are O often O designed O to O allow O the O user O to O move O the O virtual O insert B-Protocol point O before O or O after O the O channel O EQ O and O some O allow O the O insert B-Protocol point O to O be O placed O after O the O fader O and O before O the O mix O buses O . O MapleStory B-Protocol ( O ) O is O a O free-to-play B-Protocol , O 2D O , O side-scrolling O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol , O developed O by O South O Korean O company O Wizet O . O Adobe B-Protocol Presenter I-Protocol Video I-Protocol Express I-Protocol continues O to O be O bundled O with O purchases O of O Adobe B-Application Presenter I-Application on O Windows O as O well O . O A O subnet B-Protocol mask I-Protocol is O a O bitmask O that O encodes O the O prefix O length O associated O with O an O IPv4 B-Protocol address O or O network O in O quad-dotted B-Protocol notation I-Protocol : O 32 O bits O , O starting O with O a O number O of O 1-bits O equal O to O the O prefix O length O , O ending O with O 0-bits O , O and O encoded O in O four-part O dotted-decimal B-Protocol format O : O . O KakaoTalk B-Protocol made O its O platform O API O available O for O developers O . O GoTo B-Protocol Meeting I-Protocol is O designed O to O broadcast O the O desktop O view O of O a O host B-Device computer I-Device to O a O group O of O computers O connected O to O the O host O through O the O Internet O . O Its O utility O is O to O predict O possible O congestion B-Protocol and O prevent O it O . O This O is O in O contrast O to O other O routing B-Protocol protocols I-Protocol , O such O as B-Architecture the O Routing B-Protocol Information I-Protocol Protocol I-Protocol ( O RIP O ) O and O the O Border B-Protocol Gateway I-Protocol Protocol I-Protocol ( O BGP B-Protocol ) O . O It O is O also O preloaded O with O basic O Google B-Application Apps I-Application such O as O Google+ B-Application and O Google B-Protocol Messenger I-Protocol . O The O codecs O allow O native O viewing O of O raw O files O from O a O variety O of O specific O cameras O in O Windows B-Protocol Explorer I-Protocol / I-Protocol File I-Protocol Explorer I-Protocol and O Windows B-Device Live I-Device Photo I-Device Gallery I-Device / I-Device Windows I-Device Photo I-Device Gallery I-Device , O in O Windows B-Application Vista I-Application and O Windows B-Device 7 I-Device . O Any O traffic O that O a O computer O program O sends O to O a O loopback B-Protocol IP I-Protocol address I-Protocol is O simply O and O immediately O passed O back O up O the O network O software O stack O as O if O it O had O been O received O from O another O device O . O These O are O in O the O established O state O when O a O socket-to-socket O virtual B-Protocol connection I-Protocol or O virtual B-Protocol circuit I-Protocol ( O VC O ) O , O also O known O as O a O TCP B-Protocol session B-Protocol , O is O established O with O the O remote O socket O , O providing O a O duplex O byte O stream O . O A O server O may O create O several O concurrently O established O TCP B-Protocol sockets O with O the O same O local O port B-Protocol number I-Protocol and O local O IP B-Protocol address I-Protocol , O each O mapped O to O its O own O server-child O process B-Operating_System , O serving O its O own O client B-Protocol process B-Operating_System . O Darkfall B-Protocol Unholy I-Protocol Wars I-Protocol was O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol developed O by O Aventurine O SA O . O The O VESA B-Protocol Digital I-Protocol Flat I-Protocol Panel I-Protocol ( O DFP O ) O interface O standard O specifies O a O video O connector O and O digital O TMDS B-Protocol signaling O for O flat-panel B-General_Concept displays I-General_Concept . O Within O a O local B-General_Concept network I-General_Concept , O a O DHCP B-Protocol server I-Protocol assigns O a O local O IP B-Protocol address I-Protocol to O each O device O . O In O the O case O of O internationalized B-Language domain I-Language names I-Language it O is O the O responsibility O of O the O client O application O to O perform O the O translation O of O the O domain O name O between O its O native O language O script O and O the O DNS B-Protocol name I-Protocol in O punycode B-General_Concept . O JIS O C B-Language 6226:1978 O is O identified O by O the O multibyte-94-set O identifier O byte O 4/0 O ( O corresponding O to O ASCII B-Protocol @ O ) O . O The O " O self-lookup O " O will O populate O other O nodes O ' O k-buckets O with O the O new O node B-Protocol ID O , O and O will O populate O the O joining O node B-Protocol 's O k-buckets O with O the O nodes O in O the O path O between O it O and O the O bootstrap O node B-Protocol . O Tasha B-Operating_System 's I-Operating_System Game I-Operating_System was O nominated O for O " O Best O of O Casual O Gameplay O 2008 O " O in O the O platform O browser B-Protocol games I-Protocol category O from O Jay O is O Games O . O A O notable O exception O to O this O general O rule O is O Edge O prior O to O Windows O 10 O RS3 O and O Internet B-Application Explorer I-Application prior O to O IE O 11 O and O Windows O 10 O RS4 O ( O April O 2018 O ) O , O which O always O sends O cookies B-Application to O subdomains O regardless O of O whether O the O cookie B-Application was O set O with O or O without O a O domain O . O Below O is O an O example O of O some O Set-Cookie O header O fields O in O the O HTTP B-Protocol response O of O a O website O after O a O user O logged O in O . O GroveSite B-Protocol is O a O privately O held O online O collaboration B-Application software I-Application company O headquartered O in O Phoenix O , O Arizona O . O ShimmerCat B-Protocol is O a O web O server B-Application that O uses O SOCKS5 B-Application to O simulate O an O internal O network O , O allowing O web O developers O to O test O their O local O sites O without O modifying O their O /etc/hosts B-Protocol file O . O The O OS O runs O 8-bit O ASCII B-Protocol with O graphics O in O source O code O and O has O a O 2D O and O 3D O graphics B-Library library I-Library , O which O run O at O 640x480 O VGA B-Protocol with O 16 O colors O . O Like O most O modern O operating B-General_Concept systems I-General_Concept , O it O has O keyboard O and O mouse O support O . O Therefore O , O it O was O not O possible O for O the O server O to O use O the O information O in O the O HTTP O host O header O to O decide O which O certificate O to O present O and O as O such O only O names O covered O by O the O same O certificate O could O be O served O from O the O same O IP B-Protocol address I-Protocol . O Neither O USB B-Protocol 1.0 O nor O 1.1 O specified O a O design O for O any O connector O smaller O than O the O standard O type O A O or O type O B O . O It O is O an O open O protocol O managed O by O the O Ethernet B-Protocol POWERLINK I-Protocol Standardization O Group O ( O EPSG O ) O . O In O response O to O a O GET O request O for O a O MJPEG B-Application file O or O stream O , O the O server O streams O the O sequence O of O JPEG O frames O over O HTTP B-Protocol . I-Protocol This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O This O HTTP B-Protocol status O is O used O as O an O Easter O egg O in O some O websites O , O such O as O com B-Application 's I-Application " O I O 'm O a O teapot O " O easter O egg O . O Sometimes O , O this O status O code O is O also O used O as O a O response O to O a O blocked O request O , O instead O of O the O more O appropriate O 403 B-Protocol Forbidden I-Protocol . O The O request O was O directed O at O a O server B-Application that O is O not O able O to O produce O a O response O ( O for O example O because O of O connection O reuse O ) O . O Indicates O that O the O server B-Application is O unwilling O to O risk O processing O a O request O that O might O be O replayed O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O Processes O : O A O process O is O a O more O general O notion O than O workflow B-Protocol and O can O apply O to O , O for O example O , O physical O or O biological O processes O , O whereas O a O workflow B-Protocol is O typically O a O process O or O collection O of O processes O described O in O the O context O of O work O , O such O as O all O processes O occurring O in O a O machine O shop O . O In O 2021 O , O Quantcast B-Protocol unveiled O the O Quantcast B-Protocol Platform O , O a O self-service O intelligent O audience O platform O for O brands O , O agencies O , O and O publishers O to O advertise O on O the O open O internet O . O Further O , O in O ZHLS-GF B-Protocol only O the O gateway B-Application nodes O store O ZoneLSPs O and O constructs O inter-zone O routing B-Protocol tables I-Protocol , O meaning O that O the O total O storage O capacity O required O in O the O network O is O less O than O in O ZHLS O . O creating O messages O directly O from O third O party O applications O via O MAPI B-Protocol ) O . O Like O IMAP B-Protocol and O MAPI B-Protocol , O webmail B-Protocol provides O for O email O messages O to O remain O on O the O mail B-Protocol server I-Protocol . O On O September O 23 O , O 2014 O , O Morhaime O revealed O in O an O interview O with O Polygon O that O production O of O Titan B-Protocol had O been O cancelled O . O Protocol O Data O block O size O Datacompression B-General_Concept Error B-Error_Name detection I-Error_Name Transferresuming O Bidirectional O Sliding O window O BiModem B-Protocol BLAST B-Protocol 84 O - O 1024+ O RLE B-Algorithm CRC O C-MODEM B-Protocol 32 O – O 4096 O CRC O B B-Protocol protocol I-Protocol 128 O – O 2048 O CRC32 O / O CRC16 O / O 8-bit O checksum B-Algorithm JMODEM B-Protocol 64 O – O 8192 O RLE B-Algorithm HS/Link B-Protocol CRC32 O Kermit B-Protocol ≤9024 O ( O negotiated O ) O RLE B-Algorithm ( O run B-Algorithm length I-Algorithm encoding I-Algorithm , O negotiated O ) O Checksum B-Algorithm or O CRC16 O ( O negotiated O ) O ( O binary O files O only O , O negotiated O ) O da O Cruz O ( O 1987 O ) O pp O . O On O GEnie B-Language , O MegaWars B-Protocol III I-Protocol became O Stellar O Emperor O . O Interplay O was O threatened O with O bankruptcy O and O sold O the O full O Fallout B-Application franchise O to O Bethesda O , O but O kept O the O rights O to O the O Fallout B-Protocol MMO I-Protocol through O a O back O license O in O April O 2007 O and O began O work O on O the O MMO O later O that O year O . O The O TCN B-Protocol protocol I-Protocol received O notoriety O as O one O of O the O first O widely O released O digital O contact O tracing O protocols O alongside O BlueTrace B-Protocol , O the O Exposure B-Application Notification I-Application framework B-Architecture , O and O the O Pan-European B-Protocol Privacy-Preserving I-Protocol Proximity I-Protocol Tracing I-Protocol ( O PEPP-PT B-Protocol ) O project O . O Internet B-Protocol Explorer I-Protocol 4.0 I-Protocol was O redesigned O and O resulted O in O two O products O : O the O standalone O Internet B-Protocol Explorer I-Protocol 4 I-Protocol and O Windows O Desktop O Update O , O which O updated O the O shell O with O features O such O as O Active O Desktop O , O Active B-Application Channels I-Application , O Web O folders O , O desktop O toolbars O such O as O the O Quick O Launch O bars O , O ability O to O minimize O windows O by O clicking O their O button O on O the O taskbar O , O HTML-based O folder O customization O , O single O click O launching O , O image O thumbnails O , O folder O infotips O , O web O view O in O folders O , O Back O and O Forward O navigation O buttons O , O larger O toolbar O buttons O with O text O labels O , O favorites O , O file O attributes O in O Details O view O , O and O an O address O bar O in O Windows B-Protocol Explorer I-Protocol , O among O other O features O . O The O second O slot O supports O single-sided O SIMM B-General_Concept cards O only O , O up O to O 16 O MB O in O size O . O Hard O drive O controller O : O One O of O the O big O differences O , O when O compared O to O some O of O the O previous O Macintosh B-Device models O was O the O choice O of O the O internal O hard O drive O interface O ; O conforming O to O the O standards O of O the O IBM O PC O compatible O platform O , O cheaper O but O slower O IDE B-Protocol drives I-Protocol were O used O instead O of O SCSI B-Architecture for O the O first O time O . O In O contrast O to O IPv4 B-Protocol , O routers B-Protocol do O not O fragment O IPv6 B-Protocol packets I-Protocol larger O than O the O maximum B-Protocol transmission I-Protocol unit I-Protocol ( O MTU B-Protocol ) O , O it O is O the O sole O responsibility O of O the O originating O node O . O It O was O his O first O Flash B-Protocol game I-Protocol , O and O he O called O Flash B-Operating_System debugging O " O a O nightmare O " O . O Bitvise B-Application software O implements O version O 2 O of O the O Secure B-Protocol Shell I-Protocol ( O SSH B-Protocol ) O protocol O , O SFTP B-Protocol versions O 3 O , O 4 O , O and O 6 O , O as O well O as O SCP B-Protocol and O FTPS B-Protocol according O to O publicly O available O standards O . O Armies O include O infantry B-Protocol , O archers O , O and O knights O , O each O costing O a O different O resource O to O recruit O . O This O metal O band O features O two O slits O on O the O GSM O version O of O the O phone O , O one O at O the O lower O left O , O and O one O at O the O top O ( O and O a O fake O slit O along O the O lower O right O , O to O cosmetically O mirror O the O one O at O the O lower O left O ) O that O divide O the O band O into O two O antenna O sections O : O the O left O section O of O the O band O serves O as O the O Bluetooth B-Protocol , O Wi-Fi O , O and O GPS O antenna O , O and O the O right O and O lower O sections O of O the O band O act O as O the O antenna O for O GSM O and O UMTS B-Protocol connectivity O . O It O is O based O on O a O fork B-Application of O SSLeay B-Protocol by O Eric O Andrew O Young O and O Tim O Hudson O , O which O unofficially O ended O development O on O December O 17 O , O 1998 O , O when O Young O and O Hudson O both O went O to O work O for O RSA B-Architecture Security O . O Development O of O TLS B-Protocol 1.3 I-Protocol was O sponsored O by O Akamai B-Application . O ( O Perfect O forward O secrecy O is O supported O using O elliptic B-Protocol curve I-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol since O version O 1.0 O . O ) O XSLT B-Application ( O Extensible B-Application Stylesheet I-Application Language I-Application Transformations I-Application ) O is O a O language O originally O designed O for O transforming B-Language XML B-Protocol documents I-Protocol into O other O XML B-Protocol documents I-Protocol , O or O other O formats O such O as O HTML B-Language for O web O pages O , O plain O text O or O XSL B-Language Formatting I-Language Objects I-Language , O which O may O subsequently O be O converted O to O other O formats O , O such O as O PDF B-Application , O PostScript B-Language and O PNG O . O Descriptions O of O Compound B-Protocol TCP I-Protocol can O be O found O in O a O conference O paper O , O an O Internet-Draft O , O and O a O US O patent O . O IBM O acquired O i2 O Analyst B-Protocol 's I-Protocol Notebook I-Protocol when O it O bought O the O i2 O Group O . O TinyXML B-Application is O a O small O , O simple O , O operating O system-independent O XML B-Protocol parser I-Protocol for O the O C++ B-Language language I-Language . O Software O Programming O language O Storage O method O Scope O of O change O Revision O IDs O Network O protocols O Source O code O size O AccuRev O SCM O C++ B-Language , O Java B-Language Changeset B-Protocol File O Number O pair O NN/NN O custom O Azure B-Application DevOps I-Application C++ B-Language and O C# B-Application Changeset B-Protocol File O and O Tree O Numbers O SOAP O over O HTTP B-Protocol or O HTTPS B-Protocol , O Ssh B-Protocol GNU B-Protocol Bazaar I-Protocol Python B-Language 2 I-Language , O Pyrex B-Application ( O optional O ) O , O CBazaar O 's O critical O modules O are O written O in O Pyrex B-Application . O While O IEC B-Protocol 60870-5 I-Protocol was O still O under O development O and O had O not O been O standardized O , O there O was O a O need O to O create O a O standard O that O would O allow O interoperability O between O various O vendors O ' O SCADA O components O for O the O electrical O grid O . O A O specific O version O of O MIUI B-Protocol developed O for O Xiaomi O sub-brand O ( O Currently O an O independence O brand O ) O POCO O , O the O overall O experience O of O the O " O skin O " O is O similar O to O those O of O standard O MIUI B-Protocol expect O during O the O early O release O of O MIUI B-Protocol for I-Protocol POCO I-Protocol where O compared O to O standard O MIUI B-Protocol it O has O an O app O drawer O and O allowed O for O 3rd O party O Android B-Application icon O customization O . O On O December O 11 O , O 2016 O , O Nik O Rolls O released O a O fork B-Application of O uBlock B-Protocol Origin I-Protocol for O the O Microsoft B-Application Edge I-Application browser O ( O now O known O as O Microsoft B-Application Edge I-Application Legacy O ) O . O Endspans O ( O commonly O called O PoE B-Device switches O ) O are O Ethernet B-Protocol switches I-Protocol that O include O the O power B-Device over I-Device Ethernet I-Device transmission O circuitry O . O The O server B-Application was O acting O as O a O gateway B-Application or O proxy B-Application and O did O not O receive O a O timely O response O from O the O upstream O server B-Application . O The O server B-Application does O not O support O the O HTTP B-Protocol version O used O in O the O request O . O Transparent O content B-Protocol negotiation I-Protocol for O the O request O results O in O a O circular O reference O . O The O server B-Application is O unable O to O store O the O representation O needed O to O complete O the O request O . O The O server B-Application detected O an O infinite O loop O while O processing O the O request O ( O sent O instead O of O 208 O Already O Reported O ) O . O Further O extensions O to O the O request O are O required O for O the O server B-Application to O fulfil O it O . O Intended O for O use O by O intercepting O proxies O used O to O control O access O to O the O network O ( O e.g. O , O " O captive O portals O " O used O to O require O agreement O to O Terms O of O Service O before O granting O full O Internet O access O via O a O Wi-Fi B-Application hotspot I-Application ) O . O Used O by O the O Laravel B-Language Framework I-Language when O a O CSRF O Token O is O missing O or O expired O . O A O deprecated O response O used O by O the B-Application Spring I-Application Framework I-Application when O a O method O has O failed O . O The O Open B-Protocol Settlement I-Protocol Protocol I-Protocol is O being O developed O under O the O authority O of O the O European O Telecommunications O Standards O Institute O 's O ETSI O project O TIPHON O . O Cleverbot B-Protocol , O successor O to O Jabberwacky B-Protocol , O now O with O 170m O lines O of O conversation O , O Deep O Context O , O fuzziness O and O parallel O processing O . O On O August O 25 O , O 2010 O , O it O was O announced O that O Wizard101 B-Protocol would O be O released O in O foreign O territories O later O that O year O . O Application O layer O for O Bluetooth B-Protocol Mesh O has O been O defined O in O a O separate O Mesh O Model O Specification O . O WPA2 O ) O , O the O IEEE O declared O that O both O WEP-40 B-Protocol and O WEP-104 B-Protocol have O been O deprecated O . O IP O was O the O connectionless B-Protocol datagram B-Protocol service I-Protocol in O the O original O Transmission B-Protocol Control I-Protocol Program I-Protocol introduced O by O Vint O Cerf O and O Bob O Kahn O in O 1974 O , O which O was O complemented O by O a O connection-oriented B-Protocol service I-Protocol that O became O the O basis O for O the O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP O ) O . O Since O the O private O IPv4 B-Protocol address B-General_Concept space I-General_Concept is O relatively O small O , O many O private O IPv4 B-Protocol networks I-Protocol unavoidably O use O the O same O address B-General_Concept ranges I-General_Concept . O In O this O case O , O networks O or O hosts O must O be O renumbered O , O often O a O time-consuming O task O , O or O a O network B-Protocol address I-Protocol translator I-Protocol must O be O placed O between O the O networks O to O translate O or O masquerade O one O of O the O address B-General_Concept ranges I-General_Concept . O Groove B-Protocol can O host O documents O , O including O presentations O , O workbooks O and O others O , O created O in O Microsoft B-Application Office I-Application 2007 O application O in O a O shared O workspace O , O which O can O then O be O used O in O collaborative O editing O of O documents O . O TCP B-Protocol New O Reno O was O the O most O commonly O implemented O algorithm O , O SACK O support O is O very O common O and O is O an O extension O to O Reno/New O Reno O . O AdGuard B-Application DNS O supports O encryption O technologies O , O including O DNSCrypt B-Protocol , O DNS B-Protocol over I-Protocol HTTPS I-Protocol , O DNS B-Protocol over I-Protocol TLS I-Protocol , O and O DNS-over-QUIC B-Protocol . O The O original O IPv4 B-Protocol packet O is O recovered O and O NAT B-Protocol is O performed O upon O the O IPv4 B-Protocol packet O and O is O routed O to O the O public O IPv4 B-Protocol Internet I-Protocol . O Internet B-Protocol Explorer I-Protocol 5.0 I-Protocol also O introduced O favicon O support O and O Windows O Script O Host O , O which O provides O scripting O capabilities O comparable O to O batch O files O , O but O with O a O greater O range O of O supported O features O . O It O supported O Post B-Protocol Office I-Protocol Protocol I-Protocol ( O POP O ) O and O Internet B-Protocol Message I-Protocol Access I-Protocol Protocol I-Protocol ( O IMAP B-Protocol ) O email O protocols O , O but O no O longer O supported O Microsoft O 's O proprietary O mail-over-HTTP O scheme O , O an O omission O inherited O by O Windows B-Protocol Mail I-Protocol . O Dropbear B-Protocol was O originally O released O in O April O 2003 O . O The O two O open O source O packages O were O combined O with O a O closed B-Application source I-Application plugin O that O allowed O VirtualGL B-Protocol to O send O compressed O images O to O Sun B-Protocol Ray I-Protocol thin B-Device clients I-Device and O another O closed B-Application source I-Application package O that O integrated O VirtualGL B-Protocol with O Sun B-Operating_System Grid I-Operating_System Engine I-Operating_System , O providing O resource O management O and O scheduling O for O remote O 3D O jobs O . O The O celebration O of O " O Constitution O Day O " O in O Ostnitz O will O include O a O speech O by O Litzenburg O 's O American O ambassador B-Protocol ; O there O is O a O plot O in O motion O , O however O , O to O assassinate O the O ambassador B-Protocol in O an O effort O to O provoke O hostilities O between O the O superpowers B-Application . O In O its O most O popular O form O , O the O fully O assembled O and O tested O Big O Board O need O only O be O connected O to O a O power O supply O , O one O or O two O eight O inch O floppy B-Device disk I-Device drives I-Device , O a O composite O monitor O , O and O an O ASCII B-Protocol encoded O keyboard B-Device in O order O to O provide O a O fully O functioning O system O . O Anycast B-Protocol is O a O network O addressing O and O routing B-Protocol methodology O in O which O a O single O destination O IP B-Protocol address I-Protocol is O shared O by O devices O ( O generally O servers O ) O in O multiple O locations O . O Primarily O targeted O at O mobile B-Application devices I-Application and O information B-Device appliances I-Device in O the O consumer O electronics O market O , O MeeGo B-Operating_System was O designed O to O act O as O an O operating B-General_Concept system I-General_Concept for O hardware O platforms O such O as O netbooks B-Device , O entry-level O desktops O , O nettops B-Protocol , O tablet B-Device computers I-Device , O mobile O computing O and O communications O devices O , O in-vehicle O infotainment O devices O , O SmartTV B-Device / I-Device ConnectedTV I-Device , O IPTV-boxes O , O smart B-Application phones I-Application , O and O other O embedded B-Architecture systems I-Architecture . O Mapping B-Protocol of I-Protocol Address I-Protocol and I-Protocol Port I-Protocol is O a O Cisco O proposal O that O combines O Address B-Protocol plus I-Protocol Port I-Protocol translation O with O tunneling O of O the O IPv4 O packets O over O an O ISP O provider O 's O internal O IPv6 B-Protocol network O . O The O gloves O have O sensors O that O track O the O users O hand O movements O and O then O send O the O data O to O a O computer O system O via O Bluetooth B-Protocol . O The O hostname B-Protocol en.wikipedia.org O terminates O with O the O top-level O domain O org O and O is O thus O fully O qualified O . O UCF O is O a O proprietary O format O used O by O Cisco O for O their O WebEx O Web B-Protocol conferencing I-Protocol application O . O With O the O introduction O of O the O 8100 O series O the O switches O will O run O on O DNOS B-Protocol or O Dell B-Protocol Networking I-Protocol Operating I-Protocol System I-Protocol which O is O based O on O a O Linux B-Application kernel O for O DNOS B-Protocol 5.x O and O 6.x O . O When O a O file O appears O , O starts O a O terminal O connection O to O the O selected O remote O machine O , O issues O commands O and O performs O file B-Protocol transfers I-Protocol , O and O then O disconnects O and O deletes O the O local O file O if O it O was O a O success O . O When O a O router B-Protocol wants O to O signal O congestion B-Protocol to O the O sender O , O it O adds O a O bit O in O the O header B-General_Concept of I-General_Concept packets I-General_Concept sent O . O On O 28 O September O 2013 O , O Bitcointalk.org O member O BCNext O created O a O forum O thread O announcing O the O proposed O launch O of O NXT B-Protocol as O a O second O generation O cryptocurrency O and O asked O for O small O bitcoin B-Protocol donations O to O determine O how O to O distribute O the O initial O stake O . O POST B-Protocol request I-Protocol : O Renewal O of O Ro O is O the O nineteenth O expansion O for O EverQuest B-Protocol II I-Protocol . O The O Bloodline O Chronicles O is O the O first O Adventure O Pack O for O EverQuest B-Protocol II I-Protocol . O The O Splitpaw O Saga O is O the O second O Adventure O Pack O for O EverQuest B-Protocol II I-Protocol . O Rum O Cellar O is O a O " O campaign O " O -style O adventure O pack O with O a O pirate B-Application theme O set O in O a O series O of O large O distilleries O . O On O October O 22 O , O 2009 O , O Sony O Online O Entertainment O released O EverQuest B-Protocol II I-Protocol : O The O Complete O Collection O , O a O retail O bundle O which O included O the O base B-Protocol game I-Protocol , O the O first O three O adventure O packs O , O and O the O first O six O expansions O up O to O The O Shadow O Odyssey O . O Seed7 B-Language has O its O own O implementation O of O Transport B-Protocol Layer I-Protocol Security I-Protocol . O An O example O of O a O CGI O program O is O one O implementing O a O wiki B-Protocol . O The O administrator O may O determine O which O switch B-Protocol will O be O the O root O bridge B-Protocol and O configure O the O switches B-Protocol appropriately O . O Unless O an O 8-block O game O is O loaded O onto O the O cartridge B-Protocol , O however O , O one O block O is O reserved O for O the O game O selection O menu O , O leaving O only O seven O blocks O for O games O . O Applicability O of O IPv6 B-Protocol packet O inspections O to O IPv4 O : O when O traversing O IPv6-only O domains O , O converted O IPv4 O packets O are O ordinary O IPv6 B-Protocol packets O , O with O their O contents O unchanged O and O valid O in O IPv6 B-Protocol . O Linux B-Application 2.x O allows O to O check O supported O video O resolutions O by O kernel O argument O " O vga B-Protocol = O ask O " O or O " O vga B-Protocol = O O " O . O Modbus B-Protocol Organization O , O Inc O . O is O a O trade O association O for O the O promotion O and O development O of O the O Modbus B-Protocol protocol O . O The O defining O example O of O a O circuit-switched B-Protocol network I-Protocol is O the O early O analog O telephone O network O . O TCP B-Protocol alone O deals O with O streams O of O bytes O with O no O inherent O concept O of O a O message O . O At O any O time O the O user O can O search O into O that O Torrent B-Protocol Collection O list O for O a O certain O torrent B-Protocol and O sort O the O list O by O categories O . O Reality B-Application Labs I-Application is O a O business O and O research O unit O of O Meta O Platforms O ( O formerly O Facebook B-Application Inc O . O ) O that O produces O virtual B-Application reality I-Application ( O VR O ) O and O augmented B-General_Concept reality I-General_Concept ( O AR O ) O hardware O and O software O , O including O virtual B-Device reality I-Device headsets I-Device such O as O Quest B-General_Concept , O and O online O platforms O such O as O Horizon B-Protocol Worlds I-Protocol . O Although O XRX B-Application architecture O is O centred O on O XForms B-Application and O XQuery B-Language , O it O does O not O preclude O the O use O of O other O technologies O that O manipulate O XML B-Protocol natively O , O such O as O XSLT B-Application , O XProc B-Language , O and O XSL-FO B-Language . O RCA B-Protocol jack I-Protocol ( O coaxial O ) O , O TOSLINK B-Protocol ( O optical O ) O , O BNC B-Protocol ( O rare O ) O AES3 O ( O also O known O as O AES/EBU O ) O RCA B-Protocol jack I-Protocol ( O coaxial O ) O , O XLR B-Device ( O shielded O twisted O pair O ) O , O TOSLINK B-Protocol ( O optical O ) O , O BNC B-Protocol MADI O BNC B-Protocol ( O coaxial O ) O , O ST O ( O optical O ) O Video O onlyAnalog O Video B-Protocol Graphics I-Protocol Array I-Protocol ( O VGA B-Protocol ) O D-subminiature B-Protocol 15-pin O Composite O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O The O following O algorithms O require O custom O fields O to O be O added O to O the O TCP B-Protocol packet O structure O : O XCP O routers O set O the O feedback O value O explicitly O for O efficiency O and O fairness B-Protocol . O Because O the O smallest O memory O space O a O PCI B-Protocol device O is O permitted O to O implement O is O 16 O bytes B-Application , O the O two O least O significant O bits O of O the O address O are O not O needed O during O the O address O phase O ; O equivalent O information O will O arrive O during O the O data O phases O in O the O form O of O byte B-Application select O signals O . O There O were O also O two O DLC B-Protocol packs O released O adding O new O sub-races O to O use O in O multiplayer O game O with O unique O models O and O color O schemes O for O units O : O Dark O Angels O Space B-Application Marine I-Application chapter O and O Eldar O Craftworld O Ulthwe O . O If O TFTP B-Device packets B-Protocol should O be O kept O within O the O standard O Ethernet O MTU B-Protocol ( O 1500 O ) O , O the O blocksize O value O is O calculated O as O 1500 O minus O headers O of O TFTP B-Device ( O 4 O bytes O ) O , O UDP B-Protocol ( O 8 O bytes O ) O and O IP O ( O 20 O bytes O ) O = O 1468 O bytes/block O , O this O gives O a O limit O of O 1468 O bytes/block O x O 65535 O blocks O = O 92MB O . O An O analog B-Protocol telephone I-Protocol adapter I-Protocol connects O to O the O network O and O implements O the O electronics O and O firmware O to O operate O a O conventional O analog O telephone O attached O through O a O modular O phone O jack O . O Specialized O equipment O can O inter-connect O two O LANs B-General_Concept over O a O single O twisted O pair O of O wires O , O such O as O the O Moxa O IEX O Series O , O Cisco O LRE B-Protocol ( O Long B-Protocol Reach I-Protocol Ethernet I-Protocol ) O , O Enable-IT O Ethernet B-Protocol Extender I-Protocol Experts O VDSL2 O , O Patton O CopperLink O or O EtherWAN O Ethernet B-Protocol Extenders I-Protocol using O VDSL O technology O . O Atom B-Application also O differs O from O RSS O in O that O it O supports O the O use O of O Internationalized B-Protocol Resource I-Protocol Identifiers I-Protocol , O which O allow O links O to O resources O and O unique O identifiers O to O contain O characters O outside O the O US O ASCII B-Protocol character I-Protocol set I-Protocol . O Decentralized O exchanges O ( O abbreviated O DEXs O ) O are O alternative O payment O ecosystems O with O new O protocols O for O financial O transactions O that O emerged O within O the O framework O of O decentralized B-Protocol finance I-Protocol , O which O is O part O of O blockchain B-Application technology I-Application and O FinTech O . O Root B-Protocol certificates I-Protocol are O self-signed B-Protocol ( O and O it O is O possible O for O a O certificate O to O have O multiple O trust O paths O , O say O if O the O certificate O was O issued O by O a O root O that O was O cross-signed O ) O and O form O the O basis O of O an O X.509-based O public B-Architecture key I-Architecture infrastructure I-Architecture ( O PKI O ) O . O The O current O free O version O of O Zonealarm B-Protocol has O an O ad O for O the O paid O version O that O pops O up O every O time O you O turn O on O your O computer O after O a O short O delay O . O During O the O month O of O April O , O VMK B-Protocol staff O awarded O a O ' O Best O Pirate O Room O ' O award O because O April O was O ' O Pirate O Month O ' O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Chains O of O Eternity O is O the O ninth O expansion O to O EverQuest B-Protocol II I-Protocol . O Tears O of O Veeshan O is O the O tenth O expansion O to O EverQuest B-Protocol II I-Protocol . O An O electronic B-Protocol lab I-Protocol notebook I-Protocol ( O also O known O as O electronic B-Protocol laboratory I-Protocol notebook I-Protocol , O or O ELN O ) O is O a O computer B-Application program I-Application designed O to O replace O paper O laboratory O notebooks O . O It O is O most O commonly O used O to O update O Dynamic B-Protocol DNS I-Protocol or O a O secondary/slave O DNS B-Protocol server O . O Other O such O bots B-Protocol in O the O Sgt O . O Clients B-Protocol using O active O mode O can O download B-Application from O anyone O else O on O the O network O , O while O clients B-Protocol using O passive O mode O users O can O only O download B-Application from O active O users O . O Bill O Duvall O , O CEO O of O Surfwatch B-Protocol , O had O been O previously O involved O in O founding O and O developing O technology O companies O for O 30 O years O . O He O further O pointed O out O that O " O Diku O codebases O did O eventually O popularize O many O of O the O major O developments O in O muds B-Application " O , O and O that O the O Diku O gameplay O provided O inspiration O for O numerous O MMORPGs B-Protocol , O including O EverQuest B-Protocol , O World B-Protocol of I-Protocol Warcraft I-Protocol and O Ultima B-Protocol Online I-Protocol . O Named O after O Claude O Shannon O , O the O source B-Protocol coding I-Protocol theorem I-Protocol shows O that O ( O in O the O limit O , O as O the O length O of O a O stream O of O independent O and O identically-distributed O random O variable O ( O i.i.d. O ) O In O addition O to O this O , O extra O measures O such O as O the O Extensible B-Protocol Authentication I-Protocol Protocol I-Protocol ( O EAP B-Protocol ) O have O initiated O an O even O greater O amount O of O security O . O Software O implementing O MacIP B-Protocol , O such O as O MacTCP B-Operating_System or O Open B-Protocol Transport I-Protocol , O was O installed O on O the O computer O and O a O MacIP B-Protocol Gateway O was O placed O elsewhere O on O the O network O . O All O USB B-Protocol hubs O can O operate O at O this O speed O . O However O , O unlike O TLS O , O it O can O be O used O with O most O datagram B-Protocol oriented O protocols O including O User B-Protocol Datagram I-Protocol Protocol I-Protocol ( O UDP O ) O , O Datagram B-Protocol Congestion I-Protocol Control I-Protocol Protocol I-Protocol ( O DCCP B-Protocol ) O , O Control O And O Provisioning O of O Wireless O Access O Points O ( O CAPWAP O ) O , O Stream B-Protocol Control I-Protocol Transmission I-Protocol Protocol I-Protocol ( O SCTP B-Protocol ) O encapsulation O , O and O Secure B-Protocol Real-time I-Protocol Transport I-Protocol Protocol I-Protocol ( O SRTP O ) O . O As O the O DTLS B-Protocol protocol B-Protocol datagram B-Protocol preserves O the O semantics O of O the O underlying O transport O — O the O application O it O does O not O suffer O from O the O delays O associated O with O stream B-Architecture protocols O , O however O the O application O has O to O deal O with O packet B-Protocol reordering I-Protocol , O loss O of O datagram B-Protocol and O data O larger O than O the O size O of O a O datagram B-Protocol network B-Protocol packet I-Protocol . O Because O DTLS B-Protocol uses O UDP O or O SCTP B-Protocol rather O than O TCP B-Protocol , O it O avoids O the O " O TCP B-Protocol meltdown O problem O " O , O when O being O used O to O create O a O VPN B-Application tunnel O . O Line B-Protocol codes I-Protocol are O chosen O to O meet O one O or O more O of O the O following O criteria O : O SoFS B-Application exports O the O clustered B-Architecture file I-Architecture system I-Architecture through O industry O standard O protocols O like O SMB B-Operating_System , O NFS B-Protocol , O FTP B-Protocol and O HTTP B-Protocol . I-Protocol The O server B-Application does O not O support O the O HTTP B-Protocol version O used O in O the O request O . O Transparent O content B-Protocol negotiation I-Protocol for O the O request O results O in O a O circular O reference O . O The O server B-Application is O unable O to O store O the O representation O needed O to O complete O the O request O . O More O advanced O user B-Protocol agents I-Protocol use O color O management O to O provide O better O color O fidelity O ; O this O is O particularly O important O for O Web-to-print O applications O . O In O Q2 O 2020 O , O GoDaddy O acquired O Neustar B-Protocol 's O registry O business O . O File B-Protocol Explorer I-Protocol can O be O extended O to O support O non-default O functionality O by O means O of O Windows B-Application shell I-Application extensions O , O which O are O COM B-Application objects I-Application that O plug O the O extended O functionality O into O Windows B-Protocol Explorer I-Protocol . O For O all O of O the O above O connectors O , O the O computer O manufacturer O typically O attaches O a O female B-Protocol IDC I-Protocol connector I-Protocol onto O one O end O of O a O ribbon O cable O , O and O later O slides O that O connector O onto O a O matching O male O box B-Protocol header I-Protocol or O pin B-Protocol header I-Protocol on O the O computer O motherboard O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O The O client O must O first O authenticate O itself O with O the O proxy B-Application . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O Most O use O cases O do O not O require O clients O and O search O engines O to O purge O the O resource O , O and O a O " O 404 B-Protocol Not I-Protocol Found I-Protocol " O may O be O used O instead O . O The O server B-Application does O not O meet O one O of O the O preconditions O that O the O requester O put O on O the O request O header O fields O . O Early O Apple B-Device Macintosh I-Device models O used O DE-9 B-Protocol connectors I-Protocol for O RS-422 O multi-drop O serial B-Protocol interfaces I-Protocol ( O which O can O operate O as O RS-232 O ) O . O In O the O File B-Protocol Transfer I-Protocol Protocol I-Protocol , O the O respective O command B-Application is O spelled O in O the O control O stream O , O but O is O available O as O in O most O client B-Protocol command-line B-Application programs I-Application . O Some O clients O also O have O the O for O changing O the O working B-Application directory I-Application locally O . O The O command B-Application also O pertains O to O command-line B-Application interpreters O of O various O other O application O software O . O The B-Protocol Lord I-Protocol of I-Protocol the I-Protocol Rings I-Protocol Online I-Protocol : I-Protocol Minas I-Protocol Morgul I-Protocol is O the O seventh O expansion O for O the O MMORPG B-Protocol The B-Protocol Lord I-Protocol of I-Protocol the I-Protocol Rings I-Protocol Online I-Protocol , O released O on O November O 5 O , O 2019 O . O These O include O free O , O open B-License source I-License utilities O such O as O WhoB O and O Layer B-Protocol Four I-Protocol Traceroute I-Protocol . O Most O devices O also O allow O the O user O to O enter O it O as O 16 O or O 29 O ASCII B-Protocol characters I-Protocol ( O 8 O bits O × O 16 O + O 24-bit O IV O = O 152-bit O WEP B-Protocol key I-Protocol , O 8 O bits O × O 29 O + O 24-bit O IV O = O 256-bit O WEP B-Protocol key I-Protocol ) O . O DASH7 B-Device provides O multi-year O battery O life O , O range O of O up O to O 2km O , O low O latency O for O connecting O with O moving O things O , O a O very O small O open-source O protocol B-Protocol stack I-Protocol , O AES O 128-bit O shared-key O encryption O support O , O and O data O transfer O of O up O to O 167kbit/s O . O OFDM B-Protocol is O based O on O the O idea O of O frequency-division B-Protocol multiplexing I-Protocol ( O FDM O ) O , O but O the O multiplexed O streams O are O all O parts O of O a O single O original O stream O . O Guild B-Protocol Wars I-Protocol 2 I-Protocol : I-Protocol Path I-Protocol of I-Protocol Fire I-Protocol is O the O second O expansion O pack O for O Guild B-Protocol Wars I-Protocol 2 I-Protocol , O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol developed O and O published O by O ArenaNet O . O Unlike O repeater B-Protocol hubs I-Protocol , O which O broadcast B-Operating_System the O same O data O out O of O each O port O and O let O the O devices O pick O out O the O data O addressed O to O them O , O a O network B-Protocol switch I-Protocol learns O the O identities O of O connected O devices O and O then O only O forwards O data O to O the O port O connected O to O the O device O to O which O it O is O addressed O . O In O 1981 O , O Hank O Magnuski O obtained O the O class O A O netblock O of O 16.7 O million O IP B-Protocol addresses I-Protocol for O amateur O radio O users O worldwide O . O This O was O prior O to O Internet B-General_Concept flag I-General_Concept day I-General_Concept ( O 1 O January O 1983 O ) O when O the O ARPANET O Network B-Protocol Control I-Protocol Protocol I-Protocol ( O NCP B-Protocol ) O was O replaced O by O the O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP O ) O . O In O late O July O 2007 O , O it O was O announced O that O AOL B-Protocol OpenRide I-Protocol would O be O replaced O by O " O AOL O Helix O " O , O subsequently O renamed O AOL B-Protocol Desktop I-Protocol , O which O incorporates O most O of O AOL B-Protocol OpenRide I-Protocol 's O features O , O but O not O the O Dynasizer O , O the O multi-pane O layout O , O or O OpenRide O 's O Media O Center O . O Packet B-Protocol is O sent O from O a O randomly O allocated O ephemeral B-Protocol port I-Protocol , O and O all O future O packets B-Protocol to O host B-Device S O should O be O directed O to O this O port O . O September O , O 2018 O Episerver B-Protocol was O acquired O by O Insight O Venture O Partners O in O a O transaction O valuing O Episerver B-Protocol at O $1.16 O billion O . O An O IPv6 B-Protocol transition I-Protocol mechanism I-Protocol is O a O technology O that O facilitates O the O transitioning B-Architecture of O the O Internet O from O the O Internet B-Protocol Protocol I-Protocol version I-Protocol 4 I-Protocol ( O IPv4 B-Protocol ) O infrastructure O in O use O since O 1983 O to O the O successor O addressing O and O routing O system O of O Internet B-Protocol Protocol I-Protocol Version I-Protocol 6 I-Protocol ( O IPv6 B-Protocol ) O . O Xbox B-Device Live O on O Windows B-Protocol Phone I-Protocol enables O users O to O edit O their O avatars O , O communicate O with O people O from O their O Xbox B-Device Live O friends O list O , O and O hosts O the O games O installed O on O the O device O . O This O phenomenon O , O known O as O an O “ O interconnect B-Protocol bottleneck I-Protocol ” O , O is O becoming O a O major O problem O in O high-performance O computer O systems O . O These O management O tools O were O originally O named O and O created O by O Synoptics O , O carried O on O by O Bay O Networks O , O and O later O updated O with O the O family O name O Unified B-Protocol Communications I-Protocol Management I-Protocol by O Nortel O . O Twinity B-Protocol is O a O 3D O online O virtual B-Application world I-Application . O Paul O Wilson O then O shaped O the O term O “ O Computer-Supported B-Protocol Cooperative I-Protocol Work I-Protocol ( O CSCW B-Protocol ) O . O It O was O however O the O final O Mac O to O use O a O PATA B-Protocol storage O drive O , O and O the O only O one O with O an O Intel O CPU O . O Star B-Protocol Wraith I-Protocol was O limited O , O however O , O and O creation O of O one O 's O own O campaign O was O virtually O pointless O . O The O header B-General_Concept contains O information O about O IP O version O , O source O IP B-Protocol address I-Protocol , O destination O IP B-Protocol address I-Protocol , O time-to-live B-Protocol , O etc O . O Switch B-Protocol virtualization O techniques O like O Cisco O Virtual O Switching O System O and O Virtual O PortChannel O and O HP O Intelligent B-Protocol Resilient I-Protocol Framework I-Protocol combine O multiple O switches B-Protocol into O a O single O logical O entity O . O In O October O 2012 O , O Sina B-Protocol Weibo I-Protocol heavily O censored O discussion O of O the O Foxconn O strikes O in O October O 2012 O . O Most O modern O implementations O of O sockets O are O based O on O Berkeley B-Protocol sockets I-Protocol ( O 1983 O ) O , O and O other O stacks O such O as O Winsock B-Application ( O 1991 O ) O . O The O Berkeley B-Protocol sockets I-Protocol API B-Application in O the O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System ( O BSD B-Operating_System ) O , O originated O with O the O 4.2BSD O Unix B-Application operating I-Application system I-Application as O an O API B-Application . O When O a O Remote B-Protocol Desktop I-Protocol Protocol I-Protocol ( O RDP O ) O client O connects O to O this O port O , O it O is O tagged O with O a O unique O SessionID O and O associated O with O a O freshly O spawned O console O session O ( O Session O 0 O , O keyboard O , O mouse O and O character O mode O UI O only O ) O . O The O Store O offers O a O range O of O downloadable B-Protocol content I-Protocol both O for O purchase O and O available O free O of O charge O . O It O begins O with O a O list O of O addresses O for O the O most O authoritative O name B-Protocol servers I-Protocol it O knows O about O – O the O root B-Application zone I-Application name I-Application servers I-Application ( O indicated O by O the O full O stop O or O period O ) O , O which O contains O name B-Protocol server I-Protocol information O for O all O top-level O domains O ( O TLDs O ) O of O the O Internet O . O AirDrop B-Operating_System is O a O proprietary B-Application wireless B-Protocol ad I-Protocol hoc I-Protocol service I-Protocol in O Apple O Inc. O ' O s O iOS B-Application and O macOS B-Application operating O systems O , O introduced O in O Mac B-Application OS I-Application X I-Application Lion I-Application ( O Mac B-Application OS I-Application X I-Application 10.7 I-Application ) O and O iOS B-Operating_System 7 I-Operating_System , O which O can O transfer O files O among O supported O Macintosh B-Device computers O and O iOS B-Application devices O by O means O of O close-range O wireless O communication O . O EIGRP B-Protocol is O a O distance B-Protocol vector I-Protocol & O Link B-Protocol State I-Protocol routing I-Protocol protocol I-Protocol that O uses O the O diffusing B-Protocol update I-Protocol algorithm I-Protocol ( O DUAL O ) O ( O based O on O work O from O SRI O International O ) O to O improve O the O efficiency O of O the O protocol O and O to O help O prevent O calculation O errors O when O attempting O to O determine O the O best O path O to O a O remote O network O . O The O root O bridge B-Protocol of O the O spanning O tree O is O the O bridge B-Protocol with O the O smallest O ( O lowest O ) O bridge B-Protocol ID I-Protocol . O The O DLC B-Protocol was O released O in O three O parts O , O with O several O " O waves O " O of O new O minigames O released O on O October O 23 O , O October O 29 O , O and O October O 31 O , O 2019 O , O for O a O total O of O 10 O new O minigames O . O The O Zot O and O Positive O Zot O languages O command O Iota B-Protocol computations O , O from O inputs O to O outputs O by O continuation-passing B-Application style I-Application , O in O syntax B-Application resembling O Jot B-Application , O Maintained O on O Google B-Protocol Code I-Protocol . O : O " O The O Secure B-Protocol Sockets I-Protocol Layer I-Protocol ( O SSL O ) O Protocol B-Protocol Version O 3.0 O " O . O The O IEEE O 802.1Qca O standard O uses O Shortest B-Protocol Path I-Protocol Bridging I-Protocol ( O SPB O ) O with O a O software-defined O networking O ( O SDN O ) O hybrid O mode O - O the O IS-IS B-Protocol protocol O handles O basic O functions O , O while O the O SDN O controller O manages O explicit O paths O using O Path B-Protocol Computation I-Protocol Elements I-Protocol ( O PCEs O ) O at O dedicated O server O nodes O . O The O communication O between O client B-Protocol and O server B-Application takes O place O using O the O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O . O Kristoffer O Touborg O from O CCP O ( O EVE-Online B-Protocol ) O said O it O was O the O best O game O he O has O played O in O several O months O and O called O it O particularly O innovative O given O the O first-person O shooter O genre O , O which O he O considered O to O be O one O of O gaming O 's O least O innovative O genres O . O The O chain O is O traversed O for O all O packets O as O they O are O transmitted O by O a O network B-Protocol interface I-Protocol . O archie.nz O – O used O for O an O Archie B-Protocol search I-Protocol engine I-Protocol server O operated O by O the O University O of O Waikato O until O the O mid-1990s O . O Products O announced O in O September O included O the O MN-500 O wireless O base O station O , O MN-510 O WiFi O Universal B-Protocol Serial I-Protocol Bus I-Protocol ( O USB B-Protocol ) O network B-Protocol interface I-Protocol controller I-Protocol and O MN-520 O PC B-Architecture Card I-Architecture for O laptop B-Device computers I-Device . O Studio O Bandai O Namco O Entertainment O Modern O , O Cyberpunk O PSV O , O PS4 O JP O 2017 O Divinity B-Application : I-Application Original I-Application Sin I-Application II I-Application Larian O Studios O Larian O Studios O Fantasy O WIN O Divinity O BE O 2016 O Dragon B-Application Ball I-Application Fusions I-Application Ganbarion O Namco O Anime O , O Fantasy O , O Martial O Arts O 3DS O 2016 O Dragon B-Application Ball I-Application Xenoverse I-Application 2 I-Application Dimps O Bandai O Namco O Entertainment O Fantasy O WIN O , O PS4 O , O XONE O , O NX O , O Stadia O Original O Action O RPG O Dragon O Ball O JP O 2016 O Dragon B-Application Quest I-Application Builders I-Application Square O Enix O Square O Enix O Fantasy O PS3 O , O PSV O , O PS4 O Action O RPG O , O Open O world O Dragon O Quest O JP O 2016 O Dragon B-Device Quest I-Device Monsters I-Device : I-Device Joker I-Device 3 I-Device Tose O Co O . O Square O Enix O Fantasy O 3DS O Dragon O Quest O Monsters O JP O 2016 O Dying B-Application Light I-Application : I-Application The I-Application Following I-Application Techland O Warner O Bros O . O Interactive O Entertainment O Horror O , O Modern O , O Zombie O Apocalypse O LIN O , O WIN O , O PS4 O , O XOne O Action O RPG O , O Survival O horror O PL O 2016 O Earthlock B-Application : I-Application Festival I-Application of I-Application Magic I-Application PS4 O , O XOne O 2016 O Enderal B-Application SureAI O SureAI O Fantasy O WIN O Original O Action O RPG O DE O 2016 O Etrian B-Application Odyssey I-Application V I-Application Atlus O Atlus O 3DS O 2016 O Final B-Application Fantasy I-Application Type-0 I-Application Online I-Application Fantasy O DROI O , O WIN O , O iOS O 2016 O FINAL B-Application FANTASY I-Application X/X I-Application -2 I-Application HD I-Application Remaster I-Application Square O Enix O Square O Enix O Fantasy O WIN O , O PS3 O , O PSV O , O PS4 O 2016 O Final B-Application Fantasy I-Application XV I-Application Square O Enix O Square O Enix O Fantasy O PS4 O , O XOne O Open O world O Final O Fantasy O 2016 O Fire B-Application Emblem I-Application Fates I-Application Intelligent O Systems O Nintendo O Fantasy O 3DS O Tactical O RPG O 2016 O Flame B-Application in I-Application the I-Application Flood I-Application , I-Application The I-Application WIN O Survival O game O , O Roguelike O US O 2016 O FNaF B-Operating_System World I-Operating_System Scott O Cawthon O Scott O Cawthon O Horror O WIN O Five O Nights O at O Freddy O 's O 2016 O Genkai B-Application Tokki I-Application : I-Application Seven I-Application Pirates I-Application Felistella O Compile O Heart O PSV O JP O 2016 O Grim B-Application Dawn I-Application Crate O Entertainment O Crate O Entertainment O Dark O fantasy O WIN O , O XONE O Original O Action O RPG O US O 2016 O Grind O Zones O Odnako O Games O WIN O Indie O game O , O Casual O , O Action O , O Adventure O 2016 O Honkai B-Application Impact I-Application 3rd I-Application miHoYo O miHoYo O Fantasy O WIN O , O IOS O , O DROI O Original O Action O RPG O CN O 2016 O I B-Application Am I-Application Setsuna I-Application Tokyo O RPG O Factory O Square O Enix O WIN O , O PSV O , O PS4 O , O NX O JP O 2016 O Legend B-Application of I-Application Heroes I-Application : I-Application Akatsuki I-Application no I-Application Kiseki I-Application , I-Application The I-Application UserJoy O Technology O WEB O , O PSV O , O PS4 O The O Legend O of O Heroes O 2016 O Mistborn O : O Birthright O PS3 O , O PS4 O , O XOne O Action O RPG O Cancelled O 2016 O Monster B-Application Hunter I-Application Stories I-Application Marvelous O Fantasy O 3DS O Original O 2016 O Mount B-Device and I-Device Blade I-Device II I-Device : I-Device Bannerlord I-Device TaleWorlds O TaleWorlds O Fantasy O Action O RPG O Mount O & O Blade O 2016 O Necropolis B-Application Harebrained O Schemes O Bandai O Namco O Entertainment O , O Harebrained O Schemes O Action O RPG O US O 2016 O Okhlos B-Application Devolver O Digital O LIN O , O WIN O , O MAC O Roguelike O , O Action O AR O 2016 O Pocket B-Application Mortys I-Application Adult O Swim O DROI O , O iOS O GB O 2016 O Pokémon O Moon O Game O Freak O The O Pokémon O Company O Fantasy O 3DS O Pokémon O main O series O JP O 2016 O Pokémon O Sun O Game O Freak O The O Pokémon O Company O Fantasy O 3DS O Pokémon O main O series O JP O 2016 O Pokémon B-Application Uranium I-Application Fantasy O WIN O Pokémon O 2016 O Portal B-Application Knights I-Application Keen O Games O 505 O Games O Fantasy O Action O RPG O 2016 O Rec B-Application Room I-Application Against O Gravity O Against O Gravity O WIN O , O PS4 O Action O RPG O , O FPS O US O 2016 O Salt B-Application and I-Application Sanctuary I-Application Ska O Studios O WIN O Action O RPG O 2016 O Shin B-Application Megami I-Application Tensei I-Application IV I-Application : I-Application Apocalypse I-Application Atlus O Deep O Silver O , O Atlus O Sci-fi O , O Apocalyptic O 3DS O Megami O Tensei O JP O 2016 O Shroud B-Protocol of I-Protocol the I-Protocol Avatar I-Protocol : I-Protocol Forsaken I-Protocol Virtues I-Protocol Portalarium O LIN O , O WIN O , O MAC O Fantasy O 2016 O Star B-Application Ocean I-Application : I-Application Integrity I-Application and I-Application Faithlessness I-Application Tri-Ace O Square O Enix O Fantasy O , O Sci-Fi O PS3 O , O PS4 O Action O RPG O Star O Ocean O JP O 2016 O Stories B-Application : I-Application The I-Application Path I-Application of I-Application Destinies I-Application Steampunk O WIN O , O PS4 O Action O RPG O CA O 2016 O Sword B-Application Art I-Application Online I-Application : I-Application Hollow I-Application Realization I-Application Bandai O Namco O Entertainment O Sci-Fi O , O Cyberpunk O WIN O , O PSV O , O PS4 O Sword B-Application Art I-Application Online I-Application 2016 O Tahira B-Application : I-Application Echoes I-Application of I-Application the I-Application Astral I-Application Empire I-Application WIN O Original O Tactical O RPG O 2016 O Tales B-Application of I-Application Berseria I-Application Bandai O Namco O Entertainment O Bandai O Namco O Entertainment O Fantasy O WIN O , O PS3 O , O PS4 O Original O Tales O JP O 2016 O Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application Legends I-Application CA O 2016 O Technomancer B-Application , I-Application The I-Application Spiders O Focus O Home O Interactive O Sci-Fi O , O Fantasy O , O Cyberpunk O WIN O Action O RPG O 2016 O Tom B-Application Clancy I-Application 's I-Application The I-Application Division I-Application Ubisoft O Massive O Ubisoft O Modern O WIN O , O PS4 O , O XOne O Action O RPG O , O Open O world O , O MMOG O , O TPS O 2016 O Tyranny B-Application Obsidian O Entertainment O Paradox O Interactive O Fantasy O LIN O , O WIN O , O MAC O Original O US O 2016 O Valkyrie B-Application Anatomia I-Application : I-Application The I-Application Origin I-Application Square O Enix O Square O Enix O Fantasy O DROI O , O iOS O Original O Valkyrie O Profile O JP O 2016 O Witcher B-Application 3 I-Application , I-Application The I-Application : I-Application Wild I-Application Hunt I-Application – I-Application Blood I-Application and I-Application Wine I-Application CD O Projekt O CD O Projekt O Fantasy O WIN O , O PS4 O , O XOne O Action O RPG O The O Witcher O PL O 2016 O World B-Application of I-Application Final I-Application Fantasy I-Application Square O Enix O Square O Enix O Fantasy O PSV O , O PS4 O Final O Fantasy O 2016 O Yoru B-Application no I-Application Nai I-Application Kuni I-Application Gust O Co O . O Ltd O . O Koei O Tecmo O Holdings O Action O RPG O 2017 O ( O WW O ) O Akiba O 's O BeatAcquireAcquire O ( O JP O ) O , O PQube O ( O EU O ) O , O Xseed O Games O ( O NA O ) O Urban O fantasyPSVPortAction O RPGPort O of O the O 2016 O game O . O OGSA B-Operating_System is O based O on O several O other O Web O service O technologies O , O such O as O the O Web O Services O Description O Language O ( O WSDL O ) O and O the O Simple B-Protocol Object I-Protocol Access I-Protocol Protocol I-Protocol ( O SOAP B-Protocol ) O , O but O it O aims O to O be O largely O independent O of O transport-level O handling O of O data O . O If O the O decryption O or O verification O fails O , O the O handshake B-Protocol is O considered O to O have O failed O and O the O connection O should O be O torn O down O . O Finally O , O the O server B-Application sends O a O ChangeCipherSpec O , O telling O the O client B-Protocol , O " O Everything O I O tell O you O from O now O on O will O be O authenticated O ( O and O encrypted O if O encryption O was O negotiated O ) O . O " O The O Neighbor B-Protocol Discovery I-Protocol Protocol I-Protocol Monitor O ( O NDPMon B-Protocol ) O is O a O diagnostic O software O application O used O by O network O administrators O for O monitoring O ICMPv6 B-Protocol packets O in O Internet B-Protocol Protocol I-Protocol version I-Protocol 6 I-Protocol ( O IPv6 B-Protocol ) O networks O . O satellite O receivers B-Device , O set-top O boxes O and O IPTV O receivers B-Device , O often O simply O called O boxes O ) O are O equipped O with O one O or O more O DVB-S O , O DVB-C B-Device and O DVB-T O tuner(s ) O ( O unless O they O are O pure O IPTV O receivers B-Device ) O , O a O Remote B-Protocol control I-Protocol receiver B-Device and O an O Ethernet O and/or O Wi-Fi O network O adapter O . O Excessive O load O on O a O link O can O cause O congestion O and O associated O queueing B-Protocol delays I-Protocol and O packet B-Protocol loss I-Protocol . O LocalTalk B-Device is O a O particular O implementation O of O the O physical B-Application layer I-Application of O the O AppleTalk B-Application networking B-Protocol system O from O Apple O Computer O . O The O functions O gethostbyname( ) O and O gethostbyaddr( ) O are O used O to O resolve O host O names O and O addresses O in O the O domain B-Protocol name I-Protocol system I-Protocol or O the O local O host O 's O other O resolver O mechanisms O ( O e.g. O , O /etc/hosts O lookup O ) O . O They O return O a O pointer O to O an O object O of O type O struct O hostent O , O which O describes O an O Internet B-Protocol Protocol I-Protocol host O . O With O the O release O of O the O Windows O Desktop O Update O ( O packaged O with O Internet B-Protocol Explorer I-Protocol 4 I-Protocol as O an O optional O component O , O and O included O in O Windows B-Device 98 I-Device ) O , O Windows B-Protocol Explorer I-Protocol became O " O integrated O " O with O Internet B-Application Explorer I-Application , O most O notably O with O the O addition O of O navigation O arrows O ( O back O and O forward O ) O for O moving O between O recently O visited O directories O , O as O well O as O Internet B-Application Explorer I-Application 's O Favorites O menu O . O The O 1000 O and O its O many O successors O were O successful O , O unlike O the O PCjr B-Device , O partly O because O it O was O sold O in O ubiquitous O Radio O Shack O stores O and O partly O because O the O computer O was O less O costly O , O easier O to O expand O , O and O almost O entirely O compatible O with O the O IBM B-Device PC I-Device . O The O PCjr B-Device 's O enhanced O graphics O and O sound O standards O became O known O as O " O Tandy-compatible O " O . O With O its O graphics O , O sound O , O and O built-in O joystick B-Protocol ports I-Protocol , O the O 1000 O was O the O best O computer O for O PC O games O until O VGA B-Protocol graphics I-Protocol became O popular O in O the O 1990s O . O Tandy O 1000 O computers O were O some O of O the O first O IBM B-Device PC I-Device clones O to O incorporate O a O complete O set O of O basic O peripherals O on O the O motherboard O using O proprietary O ASICs O , O the O forerunner O of O the O chipset B-Device . O Building O benefits O work O on O a O radius B-Protocol system O , O with O buildings O providing O their O bonuses O or O needing O other O materials O within O a O certain O distance O . O The O Bloodline O Chronicles O is O the O first O Adventure O Pack O for O EverQuest B-Protocol II I-Protocol . O The O Splitpaw O Saga O is O the O second O Adventure O Pack O for O EverQuest B-Protocol II I-Protocol . O Rum O Cellar O is O a O " O campaign O " O -style O adventure O pack O with O a O pirate B-Application theme O set O in O a O series O of O large O distilleries O . O Breaches O of O web O browser O security O are O usually O for O the O purpose O of O bypassing O protections O to O display O pop-up O advertising O collecting O personally O identifiable O information O ( O PII O ) O for O either O Internet O marketing O or O identity O theft O , O website O tracking O or O web O analytics O about O a O user O against O their O will O using O tools O such O as O web B-Protocol bugs I-Protocol , O Clickjacking O , O Likejacking O ( O where O Facebook B-Application 's O like O button O is O targeted O ) O , O HTTP B-Application cookies I-Application , O zombie B-Application cookies I-Application or O Flash B-Operating_System cookies I-Operating_System ( O Local B-Operating_System Shared I-Operating_System Objects I-Operating_System or O LSOs O ) O ; O installing O adware O , O viruses O , O spyware O such O as O Trojan O horses O ( O to O gain O access O to O users O ' O personal B-Device computers I-Device via O cracking O ) O or O other O malware O including O online B-Application banking I-Application theft O using O man-in-the-browser B-Protocol attacks O . O Starting O in O 1985 O , O ISO B-Language 3166-1 I-Language alpha-2 I-Language codes O have O been O used O in O the O Domain B-Protocol Name I-Protocol System I-Protocol as O country B-Application code I-Application top-level I-Application domains I-Application ( O ccTLDs B-Application ) O . O It O runs O on O a O web B-Application server I-Application , O such O as O Apache B-Application HTTP I-Application Server I-Application , O Internet B-Application Information I-Application Services I-Application , O Lighttpd B-Protocol , O Hiawatha B-Application , O Cherokee B-Language , O and O Zeus B-Protocol Web I-Protocol Servers I-Protocol . O A O wiki B-Protocol system O is O usually O a O web B-Application application I-Application that O runs O on O one O or O more O web B-Application servers I-Application . O Combat O took O place O on O the O various O planets O found O in O Eve B-Protocol Online I-Protocol , O each O offering O a O substantial O amount O of O unique O maps O and O sockets O . O At O introduction O , O Ethernet O interface O cards O were O available O from O 3Com O and O Kinetics O that O plugged O into O a O Nubus B-Device slot O in O the O machine O . O The O new O networking B-Protocol stack I-Protocol also O expanded O the O system O to O allow O a O full O 255 O nodes O per O LAN B-General_Concept . O With O EtherTalk O 's O release O , O AppleTalk O Personal O Network B-Application was O renamed O LocalTalk B-Device , O the O name O it O would O be O known O under O for O the O bulk O of O its O life O . O The O guest O software O is O not O limited O to O user O applications O ; O many O hosts O allow O the O execution O of O complete O operating B-General_Concept systems I-General_Concept . O Access O to O physical O system O resources O ( O such O as O the O network B-Protocol access I-Protocol , O display O , O keyboard O , O and O disk B-Device storage I-Device ) O is O generally O managed O at O a O more O restrictive O level O than O the O host O processor O and O system-memory O . O The O 40-bit O cipher B-Protocol suites I-Protocol defined O in O this O memo O appear O only O for O the O purpose O of O documenting O the O fact O that O those O cipher B-Protocol suite I-Protocol codes O have O already O been O assigned O . O IBM B-General_Concept Tivoli I-General_Concept Storage I-General_Concept Manager I-General_Concept web O client O 1582 O – O 1583 O IBM B-General_Concept Tivoli I-General_Concept Storage I-General_Concept Manager I-General_Concept server O web O interface O 1583 O colspan O = O 2 O Pervasive B-Application PSQL I-Application 1589 O Cisco O VLAN O Query O Protocol O ( O VQP B-Protocol ) O 1604 O DarkComet B-Protocol remote O administration O tool O ( O RAT O ) O 1626 O iSketch B-Application 1627 O iSketch B-Application 1628 O LonTalk B-Protocol normal O 1629 O LonTalk B-Protocol urgent O 1645 O Early O deployment O of O RADIUS B-Protocol before O RFC O standardization O was O done O using O UDP B-Protocol port I-Protocol number O 1645 O . O A O router B-Protocol supporting O IGMPv3 B-Protocol can O support O clients O running O IGMPv1 B-Protocol , O IGMPv2 B-Protocol and O IGMPv3 B-Protocol . O Onion B-Protocol routing I-Protocol was O developed O in O the O mid-1990s O at O the O U.S. O Link B-Protocol prefetching I-Protocol allows O web O browsers O to O pre-load O resources O . O Modern O routers O are O able O to O support O both O MPLS B-Protocol and O IP B-Protocol natively O across O a O common O interface O allowing O network O operators O great O flexibility O in O network B-Architecture design I-Architecture and O operation O . O Electronic O Arts O closed O Earth B-Protocol and I-Protocol Beyond I-Protocol servers O on O ( O known O as O the O Earth B-Protocol and I-Protocol Beyond I-Protocol Sunset O ) O . O This O type O of O device O , O when O used O together O with O a O multiple-point O Bluetooth B-Protocol headset B-Device , O enables O a O single O Bluetooth B-Protocol headset B-Device to O communicate O with O a O computer O and O both O mobile O and O landline B-Application telephones I-Application . O Internet B-Protocol Protocol I-Protocol version I-Protocol 4 I-Protocol ( O IPv4 B-Protocol ) O is O the O fourth O version O of O the O Internet B-Protocol Protocol I-Protocol ( O IP O ) O . O When O this O IPsec B-Protocol connection O is O active O , O the O default O IP B-Protocol address I-Protocol for O outgoing O connections O is O 192.0.0.1 O . O The O time-to-live B-Protocol ( O TTL B-Protocol ) O value O , O also O known O as O hop B-Protocol limit I-Protocol , O is O used O in O determining O the O intermediate O routers O being O traversed O towards O the O destination O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O In O December O 2014 O , O Vodafone O blocked O thepiratebay.se, O instead O redirecting O to O the O site O with O the O message O " O O O site O que O pretende O consultar O encontra-se O bloqueado O por O determinação O judicial. O " O MEO O and O NOS O blocked O thepiratebay.se B-Application at O DNS B-Protocol level O , O showing O a O similar O message O " O O O site O a O que O se O pretende O aceder O encontra-se O bloqueado O na O sequência O do O cumprimento O de O ordem O judicial O " O ( O The O site O you O want O to O access O is O blocked O as O a O result O of O compliance O with O court O order O . O ) O Beautiful B-Library Soup I-Library is O a O Python B-Language package O for O parsing O HTML B-Language and O XML B-Protocol documents I-Protocol ( O including O having O malformed O markup O , O i.e. O These O sensor B-Device nodes I-Device communicate O via O Bluetooth B-Protocol . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O IP6 O If O the O sender O is O in O a O given O IPv6 B-Protocol address O range O , O match O . O It O also O features O several O minigames O , O and O allows O the O player O to O enter O first-person O mode O at O any O time O they O wish O to O use O their O sniper B-Protocol weapon O . O Depending O on O the O specific O router B-Protocol implementation O , O there O may O be O a O separate O forwarding B-Protocol information I-Protocol base I-Protocol that O is O populated O by O the O control B-Protocol plane I-Protocol , O but O used O by O the O high-speed O forwarding B-Protocol plane I-Protocol to O look O up O packets B-Protocol and O decide O how O to O handle O them O . O Deep B-Protocol Content I-Protocol Inspection I-Protocol , O can O be O seen O as O the O third O generation O of O Network O Content O Inspection O , O where O network O content O is O exhaustively O examined O , O This O allows O the O search O engine O to O provide O URL O suggestions O , O but O also O provides O them O with O web O use O information O tied O to O an O IP B-Protocol address I-Protocol . O Businesses O still O wishing O to O use O client B-Protocol portals I-Protocol usually O adopt O private O cloud O solutions O and O host O the O software O on-premises O . O Need B-Protocol for I-Protocol Speed I-Protocol : I-Protocol World I-Protocol , O along O with O other O EA O free-to-play O titles O Battlefield B-Application Heroes I-Application , O Battlefield B-Application Play4Free I-Application , O and O FIFA B-Protocol World I-Protocol , O went O offline O on O July O 14 O , O 2015 O . O A O tunnel B-Protocol broker I-Protocol provides O IPv6 B-Protocol connectivity O by O encapsulating O IPv6 B-Protocol traffic O in O IPv4 B-Protocol Internet I-Protocol transit O links O , O typically O using O 6in4 B-Protocol . O A O common O example O would O be O the O AIM B-Protocol transport O , O where O the O transport O itself O has O a O JID B-Protocol along O the O lines O of O , O and O contacts O on O AIM B-Protocol would O appear O as O . O Phone B-Device connectors I-Device with O three O conductors O are O also O commonly O used O as O unbalanced O audio O patch O points O ( O or O insert B-Protocol points I-Protocol , O or O simply O inserts B-Protocol ) O , O with O the O output O on O many O mixers O found O on O the O tip O ( O left O channel O ) O and O the O input O on O the O ring O ( O right O channel O ) O . O By O using O a O spoofed O port B-Protocol mapper I-Protocol request O , O an O attacker O can O amplify O the O effects O on O a O target O because O a O portmap B-Protocol query O will O return O many O times O more O data O than O in O the O original O request O . O This O layer O is O message-based O and O usually O implemented O using O the O kernel B-Operating_System IPC B-Operating_System services O , O specifically O Unix B-Protocol domain I-Protocol sockets I-Protocol in O the O case O of O Linux B-Application and O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O A O high-level O layer O built O upon O it O , O that O handles O the O information O that O client O and O compositor O need O to O exchange O to O implement O the O basic O features O of O a O window B-Application system I-Application . O Unlike O trn B-Protocol or O nn O , O it O is O easy O to O follow O the O progress O of O changes O since O 1995 O in O tin B-Protocol because O its O changelog O is O detailed O and O dated O . O One O of O the O key O challenges O of O the O cognitive B-Protocol radio I-Protocol based O wireless B-General_Concept networks I-General_Concept , O such O as O IEEE O 802.22 O wireless O regional O area O networks O ( O WRAN O ) O , O is O to O address O two O apparently O conflicting O requirements O : O assuring O Quality O of O Services O ( O QoS O ) O satisfaction O for O services O provided O by O the O cognitive B-Protocol radio I-Protocol networks I-Protocol , O while O providing O reliable O spectrum O sensing O for O guaranteeing O licensed O user O protection O . O In O Google B-Protocol Allo I-Protocol , O Skype B-Application and O Facebook B-Protocol Messenger I-Protocol , O conversations O are O not O encrypted O with O the O Signal B-Protocol Protocol I-Protocol by O default O ; O they O only O offer O end-to-end O encryption O in O an O optional O mode O . O , O the O top10 O IRC B-Protocol networks I-Protocol are O : O The O top O 100 O IRC B-Protocol networks I-Protocol have O around O 230k O users O connected O at O peak O hours O . O Although O not O yet O formally O defined O , O the O term O Uniform O Resource O Locator O came O to O represent O the O former O , O and O the O more O contentious O Uniform B-Protocol Resource I-Protocol Name I-Protocol came O to O represent O the O latter O . O Fault-tolerance B-General_Concept is O a O very O important O aspect O of O Distributed O Split O Multi-Link B-Protocol Trunking I-Protocol ( O DSMLT B-Protocol ) O technology O . O The B-Protocol Elder I-Protocol Scrolls I-Protocol Online I-Protocol was O released O for O Windows O and O macOS B-Application on O April O 4 O , O 2014 O , O with O the B-Device Xbox I-Device One I-Device and O PlayStation B-Operating_System 4 I-Operating_System versions O initially O slated O to O follow O in O June O 2014 O but O later O delayed O until O June O 9 O , O 2015 O . O Christensen O wanted O greater O regulatory O compliance O to O allow O for O assets O besides O cryptocurrency O to O serve O as O collateral O for O Dai B-Protocol . O Calls O to O iNum B-Protocol may O still O connect O internally O within O the O same O provider O , O but O not O between O providers O . O NetDevil O stated O that O the O move O was O done O in O order O to O compete O with O other O browser B-Protocol games I-Protocol , O such O as O Club B-Application Penguin I-Application and O RuneScape B-Protocol , O and O to O build O upon O an O older O , O web-based O Lego B-Language Racers O game O , O entitled O Drome O Racing O Challenge O . O Lookups O of O IP B-Protocol address I-Protocol allocations O are O often O limited O to O the O larger O Classless B-Protocol Inter-Domain I-Protocol Routing I-Protocol ( O CIDR B-Protocol ) O blocks O ( O e.g. O , O /24 B-Protocol , O /22 O , O /16 B-Protocol ) O , O because O usually O only O the O regional O Internet O registries B-Protocol ( O RIRs O ) O and O domain B-Application registrars I-Application run O RWhois O or O Whois B-Protocol servers O , O although O RWhois O is O intended O to O be O run O by O even O smaller O local O Internet O registries B-Protocol , O to O provide O more O granular O information O about O IP B-Protocol address I-Protocol assignment O . O A O web B-Protocol beacon I-Protocol is O a O technique O used O on O web O pages O and O email O to O unobtrusively O ( O usually O invisibly O ) O allow O checking O that O a O user O has O accessed O some O content O . O In O Japan O , O games O could O be O downloaded O cheaper O than O standard O cartridges B-Protocol , O from O Nintendo B-Application Power I-Application kiosks I-Application onto O special O cartridges B-Protocol containing O flash B-Device memory I-Device and O a O MegaChips O MX15001TFC O chip O . O Overwatch B-Application is O Blizzard O 's O fourth O major O franchise O and O came O about O following O the O 2014 O cancellation O of O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol , O Titan B-Protocol . O Windows B-Device 98 I-Device supports O USB B-Protocol hubs O , O USB B-Protocol scanners O and O imaging O class O devices O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O After O screening O by O filters B-Protocol , O the O content O was O reviewed O by O paid O teachers O and O parents O using O a O set O of O content O guidelines O . O KidZui O used O a O Zooming B-Application User I-Application Interface I-Application paradigm O where O search O results O are O displayed O visually O at O a O smaller O scale O . O 802.2 O ( O LLC O or O Novell O ) O comprises O an O IEEE O 802.3 O frame O header O ( O destination O MAC O , O source O MAC O , O length O ) O followed O by O an O LLC O header O ( O DSAP B-Protocol 0xE0 O , O SSAP B-Protocol 0xE0 O , O control O 0x03 O ) O followed O by O IPX B-Protocol data O . O Before O a O client B-Protocol and O server B-Application can O begin O to O exchange O information O protected O by O TLS O , O they O must O securely O exchange O or O agree O upon O an O encryption O key O and O a O cipher B-Application to O use O when O encrypting O data O ( O see O ) O . O Among O the O methods O used O for O key O exchange/agreement O are O : O public O and O private B-Application keys I-Application generated O with O RSA B-Architecture ( O denoted O TLS_RSA O in O the O TLS O handshake B-Protocol protocol B-Protocol ) O , O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH O ) O , O ephemeral B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DHE O ) O , O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDH O ) O , O ephemeral O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDHE O ) O , O anonymous O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH_anon O ) O , O pre-shared B-Protocol key I-Protocol ( O TLS_PSK O ) O and O Secure B-Protocol Remote I-Protocol Password I-Protocol ( O TLS_SRP O ) O . O In O computing O , O a O user B-Protocol agent I-Protocol is O any O software O , O acting O on O behalf O of O a O user O , O which O " O retrieves O , O renders O and O facilitates O end-user O interaction O with O Web O content O " O . O Webcam B-Protocol caches O are O a O category O at O Waymarking.com.Adventure O Lab O caches O ( O ALs O ) O are O a O type O of O virtual O cache O that O typically O consists O of O a O set O of O 5 O or O 10 O waypoints O , O with O each O waypoint O counting O as O a O " O cache O find O " O . O Since O the O initial O outbreak O , O many O groups O have O developed O nonstandard O protocols O designed O to O allow O for O wide-scale O digital B-Protocol contact I-Protocol tracing I-Protocol , O most O notably O BlueTrace B-Protocol and O Exposure B-Application Notification I-Application . O Model O Release O ( O US O ) O Dimensions O Weight O ( O min O ) O CPU O Chipset O Memory O ( O max O ) O Graphics O Storage O Networking O ScreenBattery O Other O 12 O " O X1 O Tablet B-Device 2016 O 291.5 O x O 209.5 O x O 8.75mm O ( O tablet B-Device ) O colspan O = O " O 2 O " O Intel O HD O 515 O charging O port O 14 O " O X1 B-Operating_System Carbon I-Operating_System 2016 O colspan O = O " O 2 O " O Intel O HD O 520 O Gigabit O EthernetWi-Fi O + O BT B-Protocol M.2 O CardAnti-glare O : O IPS O IPS O charging O port O X1 O Yoga B-Device 2016 O colspan O = O " O 2 O " O Intel O HD O 520 O Gigabit O EthernetWi-Fi O + O BT B-Protocol M.2 O CardGlare O : O A O common O attack O vector O is O to O interfere O with O a O DNS B-Protocol service O to O achieve O redirection O of O web O pages O from O legitimate O to O malicious O servers O . O Google B-Application documents O efforts O to O be O resistant O to O DNS B-Protocol cache O poisoning O , O including O “ O Kaminsky O Flaw O ” O attacks O as O well O as O denial-of-service O attacks O . O Windows B-Operating_System 10 I-Operating_System on O phones O was O publicly O unveiled O during O the O Windows B-Operating_System 10 I-Operating_System : O The O Next O Chapter O press O event O on O January O 21 O , O 2015 O ; O unlike O previous O Windows B-Protocol Phone I-Protocol versions O , O it O would O also O expand O the O platform O 's O focus O to O small O , O ARM-based O tablets B-Device . O For O example O , O consider O this O IPv4 B-Protocol forwarding B-Protocol table I-Protocol ( O CIDR B-Protocol notation I-Protocol is O used O ) O : O This O technique O is O a O form O of O mobile-assisted O handover B-Protocol , O for O IS-95/CDMA2000 O CDMA B-Protocol cell O phones O continuously O make O power O measurements O of O a O list O of O neighboring O cell O sites O , O and O determine O whether O or O not O to O request O or O end O soft B-Protocol handover I-Protocol with O the O cell O sectors O on O the O list O . O The O final O DLC B-Protocol , O the O Santa O Claus O costume O set O , O was O released O on O November O 26 O , O 2013 O . O XSLT B-Application functionalities O overlap O with O those O of O XQuery B-Language , O which O was O initially O conceived O as O a O query B-Language language I-Language for O large O collections O of O XML B-Protocol documents I-Protocol . O ownCloud B-Language users O can O manage O calendars O ( O CalDAV B-Protocol ) O , O contacts O ( O CardDAV B-Protocol ) O scheduled O tasks O and O streaming O media O ( O Ampache B-Application ) O from O within O the O platform O . O The O interface O between O the O Data B-Protocol Link I-Protocol Layer I-Protocol and O the O physical B-Application layer I-Application is O called O Medium O Independent O Interface O ( O MII O ) O . O Arabic B-Protocol chat I-Protocol alphabets I-Protocol emerged O amid O a O growing O trend O among O Arab O youth O , O from O Morocco O to O Iraq O , O to O incorporate O former O colonial O languages O — O especially O English O and O French O — O into O Arabic O through O code O switching O or O as O a O form O of O slang O . O Transient O commands B-Application in O CP/M B-Application include O ASM B-Application , O DDT B-Operating_System , O DUMP O , O ED O , O LOAD O , O , O PIP B-Application , O STAT O , O SUBMIT O , O and O SYSGEN O . O CP/M B-Application Plus O ( O CP/M B-Application Version O 3 O ) O includes O DIR B-Device ( O display O list O of O files O from O a O directory O except O those O marked O with O the O SYS O attribute O ) O , O DIRSYS B-Device / O DIRS B-Device ( O list O files O marked O with O the O SYS O attribute O in O the O directory O ) O , O ERASE B-Device / O ERA B-Device ( O delete B-Device a O file B-Operating_System ) O , O RENAME B-Device / O REN B-Device ( O rename B-Device a O file B-Operating_System ) O , O TYPE B-Device / O TYP O ( O display O contents O of O an O ASCII B-Protocol character I-Protocol file B-Operating_System ) O , O and O USER O / O USE O ( O change O user O number O ) O as O built-in O commands B-Application : O CP/M B-Application 3 O allows O the O user O to O abbreviate O the O built-in O commands B-Application . O Transient O commands B-Application in O CP/M B-Application 3 O include O COPYSYS O , O DATE O , O DEVICE O , O DUMP O , O ED O , O GET O , O HELP B-Protocol , O HEXCOM O , O INITDIR O , O LINK O , O MAC O , O PIP B-Application , O PUT O , O RMAC O , O SET O , O SETDEF O , O SHOW O , O SID O , O SUBMIT O , O and O XREF O . O The O Basic O Disk O Operating B-General_Concept System I-General_Concept , O or O BDOS O , O provided O access O to O such O operations O as O opening O a O file B-Operating_System , O output O to O the O console B-Device , O or O printing O . O Since O the O address O was O the O same O independent O of O the O amount O of O memory O in O the O system O , O application O programs O would O run O the O same O way O for O any O type B-Device or O configuration O of O hardware O . O The O Basic O Input O Output O System O or O BIOS O , O provided O the O lowest O level O functions O required O by O the O operating B-General_Concept system I-General_Concept . O Because O it O was O possible O for O an O ISP O to O obtain O a O direct O digital O connection O to O a O telco O , O a O digital O modem B-Application one O that O connects O directly O to O a O digital O telephone O network O interface O , O such O as O T1 B-Protocol or O PRI O could O send O a O signal O that O utilized O every O bit O of O bandwidth O available O in O the O system O . O Mbed B-Language TLS I-Language ( O previously O PolarSSL B-Language ) O is O an O implementation O of O the O TLS B-Protocol and I-Protocol SSL I-Protocol protocols O and O the O respective O cryptographic O algorithms O and O support O code O required O . O The O XML B-Protocol processor O could O be O configured O to O use O a O local O static O DTD O and O disallow O any O declared O DTD O included O in O the O XML B-Protocol document I-Protocol . O At O the O start O of O Netscape B-Protocol Navigator I-Protocol 's O decline O , O Netscape B-Protocol open-sourced O its O browser B-Application code O and O later O entrusted O it O to O the O newly O formed O non-profit O Mozilla B-Application Foundationa O primarily O community-driven O project O to O create O a O successor O to O Netscape B-Protocol . O In O May O 2006 O Sigil O reacquired O the O marketing O rights O to O Vanguard B-Protocol : I-Protocol Saga I-Protocol of I-Protocol Heroes I-Protocol from O Microsoft O and O announced O that O Sony O Online O Entertainment O ( O SOE O ) O would O become O the O co-publishers O . O If O the O network O made O reliable B-Protocol delivery I-Protocol guarantees O on O its O own O , O that O would O require O store B-Protocol and I-Protocol forward I-Protocol infrastructure O , O where O each O router B-Protocol devotes O a O significant O amount O of O storage O space O to O packets B-Protocol while O it O waits O to O verify O that O the O next O node O properly O received O them O . O In O April O 2013 O , O Vidyo B-Protocol announced O a O fifth O round O of O funding O securing O $17.1 O million O bringing O the O total O amount O invested O to O $116 O million O . O The O Splitpaw O Saga O is O the O second O Adventure O Pack O for O EverQuest B-Protocol II I-Protocol . O Rum O Cellar O is O a O " O campaign O " O -style O adventure O pack O with O a O pirate B-Application theme O set O in O a O series O of O large O distilleries O . O On O October O 22 O , O 2009 O , O Sony O Online O Entertainment O released O EverQuest B-Protocol II I-Protocol : O The O Complete O Collection O , O a O retail O bundle O which O included O the O base B-Protocol game I-Protocol , O the O first O three O adventure O packs O , O and O the O first O six O expansions O up O to O The O Shadow O Odyssey O . O Besides O privacy O concerns O , O cookies B-Application also O have O some O technical O drawbacks O . O In O particular O , O they O do O not O always O accurately O identify O users O , O they O can O be O used O for O security O attacks O , O and O they O are O often O at O odds O with O the O Representational B-Protocol State I-Protocol Transfer I-Protocol ( O REST B-Protocol ) O software O architectural O style O . O Nine O characters O appear O as O playable O heroes O in O the O game O , O along O with O battlegrounds B-Protocol based O on O the O Overwatch B-Application maps O Hanamura O and O Volskaya O Industries O . O In O addition O to O being O distributed O as O a O retail O box O from O physical O and O online O stores O , O Anarchy B-Protocol Online I-Protocol was O one O of O the O first O MMORPGs B-Protocol available O via O online O digital O distribution O . O It O includes O Bluetooth B-Protocol 4.0 O with O A2DP O , O LE O and O NFC O capability O on O the O handset O back O cover O . O ViewMAX B-Application 's O startup O screen O would O present O the O slogan O " O Digital O Research O - O We O make O computers O work O " O . O DRDOS O 5.0 O also O introduced O the O patented O BatteryMAX O power O management O system O , O bundled O disk-caching O software O ( O DRCACHE O ) O , O a O remote O file B-Protocol transfer I-Protocol tool O ( O FILELINK O ) O , O a O cursor O shape O configuration O utility O ( O CURSOR O ) O , O and O offered O a O vastly O improved O memory O management O system O ( O MemoryMAX O ) O . O For B-Language compatibility O purposes O , O the O DRDOS O 5.0 O system O files O were O now O named O IBMBIO.COM O ( O for B-Language the O DOS-BIOS O ) O and O IBMDOS.COM O ( O for B-Language the O BDOS B-Operating_System kernel O ) O and O due O to O the O advanced O loader O in O the O boot B-Device sector I-Device could O be O physically O stored O anywhere O on O disk O . O As O a O de O facto O extension O , O most O PCMCIA B-Architecture flash O drives O additionally O allow O for O a O simple O ATA B-Protocol mode O that O is O enabled O by O pulling O a O single O pin O low O , O so O that O PCMCIA B-Architecture hardware O and O firmware O are O unnecessary O to O use O them O as O an O ATA B-Protocol drive I-Protocol connected O to O an O ATA B-Protocol port O . O Linux B-Application , O UNIX B-Application and O BSD B-Operating_System support O remote B-Protocol administration I-Protocol via O remote B-Protocol login I-Protocol , O typically O via O SSH B-Protocol ( O The O use O of O the O Telnet B-Protocol protocol O has O been O phased O out O due O to O security O concerns O ) O . O Many O search B-Protocol plugins I-Protocol are O included O with O the O browser B-Application , O but O they O can O also O be O user-defined O or O installed O from O external O sources O . O This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O This O HTTP B-Protocol status O is O used O as O an O Easter O egg O in O some O websites O , O such O as O com B-Application 's I-Application " O I O 'm O a O teapot O " O easter O egg O . O Sometimes O , O this O status O code O is O also O used O as O a O response O to O a O blocked O request O , O instead O of O the O more O appropriate O 403 B-Protocol Forbidden I-Protocol . O The O request O was O directed O at O a O server B-Application that O is O not O able O to O produce O a O response O ( O for O example O because O of O connection O reuse O ) O . O Indicates O that O the O server B-Application is O unwilling O to O risk O processing O a O request O that O might O be O replayed O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O The O origin O server B-Application requires O the O request O to O be O conditional O . O Intended O to O prevent O the O ' O lost O update O ' O problem O , O where O a O client O GETs O a O resource O 's O state O , O modifies O it O , O and O PUTs O it O back O to O the O server B-Application , O when O meanwhile O a O third O party O has O modified O the O state O on O the O server B-Application , O leading O to O a O conflict O . O The O server B-Application is O unwilling O to O process O the O request O because O either O an O individual O header O field O , O or O all O the O header O fields O collectively O , O are O too O large O . O As O we O compare O these O two O technologies O , O we O might O encounter O a O terminology O known O as O ' O transparent B-Protocol firewall I-Protocol ' O . O The O developers O looked O at O a O number O of O MMORPGs B-Protocol such O as O Phantasy B-Application Star I-Application Online I-Application , O Ultima B-Protocol Online I-Protocol , O and O Final B-Protocol Fantasy I-Protocol XI I-Protocol for O inspiration O , O and O drew O influences O from O the O prior O works O of O character O designer O Yoshiyuki O Sadamoto O ( O Neon B-Application Genesis I-Application Evangelion I-Application ) O and O scenario O writer O Kazunori O Itō O ( O Ghost B-Application in I-Application the I-Application Shell I-Application ) O . O From O the O start O of O its O development O , O .hack B-Protocol was O envisioned O as O a O four-part O series O intended O to O mirror O the O four-volume O story O arcs O found O in O manga O . O The O games O were O developed O simultaneously O alongside O other O elements O of O Project B-Protocol .hack I-Protocol such O as O .hack//Sign O to O emphasize O the O multimedia O aspect O of O the O franchise O . O The O games O were O packaged O with O bonus O DVDs O featuring O episodes O of O .hack//Liminality O , O an O original O video O animation O ( O OVA O ) O series O that O depicts O events O that O occur O concurrently O with O the O games O . O In O 2005 O significant O development O continued O with O the O fork B-Application Lincity-NG B-Application , O which O was O later O transferred O to O Google B-Protocol Code I-Protocol and O then O to O GitHub B-Application . O + O Comparison B-Protocol of I-Protocol T-carrier I-Protocol and I-Protocol E-carrier I-Protocol systems I-Protocol System O North O American O Japanese O European O ( O CEPT O ) O Level O zero O ( O channel O data O rate O ) O 64 O kbit/s O ( O DS0 O ) O 64 O kbit/s O 64 O kbit/s O First O level O 1.544 O Mbit/s O ( O DS1 B-Protocol ) O ( O 24 O user O channels O ) O ( O T1 O ) O 1.544 O Mbit/s O ( O 24 O user O channels O ) O 2.048 O Mbit/s O ( O 32 O user O channels O ) O ( O E1 O ) O ( O Intermediate O level O , O T-carrier O hierarchy O only O ) O 3.152 O Mbit/s O ( O DS1C O ) O ( O 48 O Ch O . O ) O A O Windows O version O was O released O on O December O 10 O , O 2019 O via O Steam B-Application , O and O includes O all O previous O downloadable B-Protocol content I-Protocol for O free O . O Euro-IX O Europe O : O Prague O GRAPE O SC O , O a.s. O Euro-IX O Europe O : O Prague O Neutral O Internet B-Protocol Exchange I-Protocol of O the O Czech O Republic O ( O NIX.CZ O ) O Euro-IX O Europe O : O Prague O Peering.cz O ( O PCZ O ) O Euro-IX O Europe O : O Copenhagen O GlobalConnect O Content-IX O Euro-IX O Europe O : O Copenhagen O COMIX O by O Netnod O Euro-IX O Europe O : O Kongens O Lyngby O Danish O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Governmental O Internet B-Protocol Exchange I-Protocol ( O RTIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O TIX-LAN O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O 2 O ) O ( O TLLIX O ) O http://www.tllix.net O Euro-IX O Europe O : O Helsinki O , O Espoo O , O Oulu O Finnish O Communication O and O Internet B-Protocol Exchange I-Protocol ( O FICIX O ) O Euro-IX O Europe O : O Tampere O Tampere O Region O Exchange O ( O TREX O ) O Euro-IX O Europe O : O Clermont-Ferrand O AuvernIX O Euro-IX O Europe O : O Grenoble O GrenoblIX O Euro-IX O Europe O : O Lille O Northern O France O and O Eurometropolis O GIX O ( O Lillix O ) O Euro-IX O Europe O : O Lyon O Lyon O Internet B-Protocol Exchange I-Protocol ( O LyonIX O ) O Euro-IX O Europe O : O Marseille O DE-CIX O Marseille O Euro-IX O Europe O : O Nice O Nice O Internet B-Protocol eXchange I-Protocol ( O NicIX O ) O Euro-IX O Europe O : O Normandy O NormandIXNormandIX O , O PeeringDB B-Protocol Euro-IX O Europe O : O Paris O Gigabit O European O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Paris O WIFI O eXchange O point O ( O WiFIX O ) O Euro-IX O Europe O : O Paris O , O Marseille O France O Internet B-Protocol Exchange I-Protocol ( O France-IX O ) O Euro-IX O Europe O : O Paris O French O National O Internet B-Protocol Exchange I-Protocol IPv6 O ( O FNIX6 O ) O Euro-IX O Europe O : O Paris O FR-IX O Euro-IX O Europe O Lyonix O + O FR-IX O Euro-IX O Europe O : O Paris O Paris O Internet B-Protocol Exchange I-Protocol ( O PARIX O ) O Euro-IX O Europe O : O Paris O Paris O Operators O for O Universal O Internet B-Protocol Exchange I-Protocol ( O POUIX O ) O Euro-IX O Europe O : O Paris O Service O for O French O Internet B-Protocol Exchange I-Protocol ( O SFINX O ) O Euro-IX O Europe O : O Paris O StuffIX O Euro-IX O Europe O : O Paris O Equinix O Internet B-Protocol Exchange I-Protocol Paris O Euro-IX O Europe O : O Paris O NetIX O Euro-IX O Europe O : O Rhône-Alpes O SainteTiX O Euro-IX O Europe O : O Saint-Trivier-sur-Moignans O Maxnod O Euro-IX O Europe O : O Saint-Étienne O PhibIX O Gix O & O Nap O Euro-IX O Europe O : O Strasbourg O EuroGIX O Euro-IX O Europe O : O Toulouse O Toulouse O Internet B-Protocol eXchange I-Protocol ( O TOUIX O ) O Euro-IX O Europe O : O Valence O Ardèche O and O Drôme O Internet B-Protocol eXchange I-Protocol ( O ADN-IX O ) O Euro-IX O Europe O : O Munich O Alps O Internet B-Protocol Exchange I-Protocol ( O ALP-IX O ) O Euro-IX O Europe O : O Berlin O Berlin O Commercial O Internet B-Protocol Exchange I-Protocol ( O BCIX O ) O Euro-IX O Europe O : O Bremen O Bremen O Internet B-Protocol Exchange I-Protocol ( O BREM-IX O ) O Euro-IX O Europe O : O Frankfurt O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Frankfurt O Deutscher O Commercial O Internet B-Protocol Exchange I-Protocol ( O DE-CIX O ) O Euro-IX O Europe O : O Hamburg O DE-CIX O Hamburg O Euro-IX O Europe O : O Munich O DE-CIX O Munich O Euro-IX O Europe O : O Dortmund O Dortmund O Internet B-Protocol eXchange I-Protocol ( O DO-IX O ) O Euro-IX O Europe O : O Frankfurt O , O Düsseldorf O , O Berlin O , O Hamburg O European O Commercial O Internet B-Protocol Exchange I-Protocol ( O ECIX O ) O Euro-IX O Europe O : O Frankfurt O Frankfurt O Network O Access O Point O ( O fraNAP O ) O Euro-IX O Europe O : O Munich O INXS O Munich O ( O INXS O MUC O ) O Euro-IX O Europe O : O Münster O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Frankfurt O Kleyer O Rebstöcker O InternetExchange O ( O KleyReX O ) O Euro-IX O Europe O : O Nuremberg O Nürnberger O Internet B-Protocol Exchange I-Protocol ( O N-IX O ) O Euro-IX O Europe O : O Frankfurt O NetIX O Euro-IX O Europe O : O Düsseldorf O , O Frankfurt O OpenCarrier O eG O Member O IX O ( O OCIX O Duesseldorf/OCIX O Frankfurt O ) O Euro-IX O Europe O : O Stuttgart O Stuttgarter O Internet B-Protocol eXchange I-Protocol ( O S-IX O ) O Euro-IX O Europe O : O Athens O Greek O Internet B-Protocol Exchange I-Protocol ( O GR-IX O ) O Euro-IX O Europe O : O Budapest O Budapest O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O Euro-IX O Europe O : O Reykjavík O Reykjavík O Internet B-Protocol Exchange I-Protocol ( O RIX O ) O Euro-IX O Europe O : O Cork O Cork O Neutral O Internet B-Protocol Exchange I-Protocol ( O CNIX O ) O Euro-IX O Europe O : O Dublin O Internet O Neutral O Exchange O Association O Ltd O . O ( O INEX O ) O Euro-IX O Europe O : O Galway O Exchange O West O Euro-IX O Europe O : O Bologna O Nexus O srl O Euro-IX O Europe O : O Florence B-Application Tuscany O Internet B-Protocol Exchange I-Protocol ( O TIX O ) O Euro-IX O Europe O : O Milan O Milan O Internet B-Protocol eXchange I-Protocol ( O MIX O ) O Euro-IX O Europe O : O Milan O Milan O Neutral O Access O Point O ( O MINAP O ) O Euro-IX O Europe O : O Palermo O DE-CIX O Palermo O Euro-IX O Europe O : O Padova O VSIX O Nap O del O Nord O Est O Euro-IX O Europe O : O Rome O Nautilus O Mediterranean O eXchange O point O ( O NaMeX O ) O Euro-IX O Europe O : O Turin O Torino-Piemonte O Exchange O Point O ( O TOPIX O ) O Euro-IX O Europe O : O Udine O Friuli O Venezia O Giulia O Internet B-Protocol Exchange I-Protocol ( O FVG-IX O ) O Euro-IX O Europe O : O Pristina O Kosova O Internet B-Protocol Exchange I-Protocol ( O KOSIX O ) O Euro-IX O Europe O : O Riga O Latvian O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O Euro-IX O Europe O : O Riga O Santa O Monica O Internet O Local O Exchange O ( O SMILE-IXP O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Baltneta O Internet B-Protocol Exchange I-Protocol , O Didžiausias O Lietuviško O interneto O apsikeitimo O taškas O ( O BALT-IX O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Lietuvos O Interneto O ( O LIPTAM O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol eXchange I-Protocol Point I-Protocol , O Lietuvos O Interneto O apsikeitimo O taskas O ( O LIXP O ) O Euro-IX O Europe O : O Vilnius O New O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Naujas O Lietuviško O interneto O apsikeitimo O taškas O ( O LITIX O ) O Euro-IX O Europe O : O Luxembourg O LU-CIX O ( O LUxembourg O Commercial O Internet B-Protocol eXchange I-Protocol ; O merged O with O Luxemburg O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O ) O Euro-IX O Europe O : O Msida O Malta O Internet B-Protocol Exchange I-Protocol ( O MIX O Malta O ) O Euro-IX O Europe O : O Chișinău O Moldavian O Internet B-Protocol Exchange I-Protocol ( O MD-IX O ) O Euro-IX O Europe O : O Amsterdam O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Amsterdam O Amsterdam O Internet B-Protocol Exchange I-Protocol ( O AMS-IX O ) O Euro-IX O Europe O : O Amsterdam O Neutral O Internet B-Protocol Exchange I-Protocol ( O NL-ix O ) O Euro-IX O Europe O : O Dronten O Speed O Internet B-Protocol Exchange I-Protocol ( O Speed-IX O ) O Euro-IX O Europe O : O Enschede O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Groningen O Groningen O Internet B-Protocol Exchange I-Protocol ( O GN-IX O ) O Euro-IX O Europe O : O Amsterdam O XchangePoint O Amsterdam O IPP O Euro-IX O Europe O : O Rotterdam O Rotterdam O Internet B-Protocol eXchange I-Protocol ( O R-iX O ) O Euro-IX O Europe O : O Amsterdam O NetIX O Euro-IX O Europe O : O Oslo O , O Bergen O , O Stavanger O , O Trondheim O Norwegian O Internet B-Protocol Exchange I-Protocol ( O NIX-NO O ) O Euro-IX O Europe O : O Oslo O Free O Internet B-Protocol eXchange I-Protocol Oslo O ( O FIXO O ) O Euro-IX O Europe O : O Gdańsk O Gdańsk O Internet B-Protocol eXchange I-Protocol Euro-IX O Europe O : O Katowice O , O Silesia O Stowarzyszenie O na O Rzecz O Rozwoju O Spoleczenstwa O Informacyjnego O e-Poludnie O ( O EPIX O ) O Euro-IX O Europe O : O Mogilno O Central O Polish O Internet B-Protocol eXchange I-Protocol ( O CPIX-PL O ) O Euro-IX O Europe O : O Kraków O Cracow O Internet B-Protocol Exchange I-Protocol ( O CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Krajowa O Izba O Komunikacji O Ethernetowej O ( O KIX O ) O Euro-IX O Europe O : O Warsaw B-Application Polish O Internet B-Protocol Exchange I-Protocol ( O PLIX O ) O Euro-IX O Europe O : O Warsaw B-Application Thinx O Poland O ( O THINX O ) O Euro-IX O Europe O : O Warsaw B-Application Warsaw B-Application Internet B-Protocol Exchange I-Protocol ( O WIX O ) O Euro-IX O Europe O : O Warsaw B-Application Telekomunikacja O Polska O Internet B-Protocol Exchange I-Protocol ( O TPIX O ) O Euro-IX O Europe O : O Poznań O Poznań O Internet B-Protocol eXchange I-Protocol ( O POZIX O ) O Euro-IX O Europe O : O Lisbon O , O Porto O GIGAbit O Portuguese O Internet B-Protocol Exchange I-Protocol ( O GIGAPIX O ) O Euro-IX O Europe O : O Bucharest O Balcan-IX O ( O Balcan-IX O ) O Euro-IX O Europe O : O Bucharest O Romanian O Network O for O Internet B-Protocol Exchange I-Protocol ( O RoNIX O ) O Euro-IX O Europe O : O BucharestInterLAN O Internet B-Protocol Exchange I-Protocol ( O InterLAN O ) O Euro-IX O Europe O : O Constanța O Tomis O Internet B-Protocol eXchange I-Protocol ( O TomIX O ) O Euro-IX O Europe O : O Bucharest O NetIX O Euro-IX O Europe O : O Bucharest O DreamServer O Internet B-Protocol Exchange I-Protocol ( O DSIX O ) O Euro-IX O Europe O : O Krasnodar O South O Russia O IX O ( O Sea-IX O ) O Euro-IX O Europe O : O Nizhny O Novgorod O Nizhny O Novgorod O Internet B-Protocol Exchange I-Protocol ( O NNOV-IX O ) O Euro-IX O Europe O : O Saratov O Saratov O Internet B-Protocol Exchange I-Protocol ( O Saratov-IX O ) O Euro-IX O Europe O : O Rostov-on-Don O LTD O Irida O telecom O Euro-IX O Europe O : O Rostov-on-Don O Rostov-on-Don O IX O Euro-IX O Europe O : O Moscow O Eurasia O Peering O Euro-IX O Europe O : O Moscow O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Moscow O SVAO-IX O Euro-IX O Europe O : O Moscow O Home O Networks O eXchange O ( O NET-IX O ) O Euro-IX O Europe O : O Moscow O Home-IX O Euro-IX O Europe O : O Moscow O ROILCOM O Ltd O Euro-IX O Europe O : O Saint O Petersburg O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Saint O Petersburg O PIRIX O Euro-IX O Europe O : O Moscow O MediaSoft O Expert O Euro-IX O Europe O : O Moscow O Moscow O Internet B-Protocol Exchange I-Protocol ( O MSK-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O North-West O Internet B-Protocol Exchange I-Protocol ( O NW-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O Westcom O Euro-IX O Europe O : O Saint O Petersburg O MSK-IX O Saint-Petersburg O ( O formerly O Saint O Petersburg O Internet B-Protocol Exchange I-Protocol ( O SPB-IX O ) O ) O Euro-IX O Europe O : O Samara O Samara O IX O Euro-IX O Europe O : O Ulyanovsk O Ulyanovsk O Internet B-Protocol eXchange I-Protocol ( O ULN-IX O ) O Euro-IX O Europe O : O Yaroslavl O Yaroslavl O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Belgrade O Serbian O Open O eXchange O ( O SOX O ) O Euro-IX O Europe O : O Bratislava O Neutral O Internet B-Protocol eXchange I-Protocol Slovakia O ( O NIX.SK O ) O Euro-IX O Europe O : O Bratislava O , O Košice O Slovak O Internet B-Protocol eXchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Ljubljana O Slovenian O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Barcelona O Catalunya O Neutral O Internet B-Protocol Exchange I-Protocol ( O CATNIX O ) O Euro-IX O Europe O : O Madrid O Nap O de O las O Americas O , O Verizon B-Application Enterprise I-Application Solutions I-Application Euro-IX O Europe O : O Madrid O Madrid O Internet B-Protocol Exchange I-Protocol ( O MAD-IX O ) O Euro-IX O Europe O : O Madrid O España O Internet B-Protocol Exchange I-Protocol ( O ESPANIX O ) O Euro-IX O Europe O : O Leioa O , O Basque O Country O Basque O Country O Internet B-Protocol Exchange I-Protocol Point I-Protocol , O Punto O Neutro O Vasco O ( O EuskoNIX O ) O Euro-IX O Europe O : O Borås O BOR-IX O Euro-IX O Europe O : O Malmö O COMIX O Euro-IX O Europe O : O Malmö O Internet B-Protocol eXchange I-Protocol point I-Protocol of O the O Oresund O Region O ( O IXOR/MalmIX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O , O Malmö O , O Sundsvall O , O Luleå O Netnod O Internet B-Protocol Exchange I-Protocol i O Sverige O ( O Netnod O ) O Euro-IX O Europe O : O Göteborg O Gothenburg O Internet B-Protocol Exchange I-Protocol ( O GIX O ) O Euro-IX O Europe O : O Stockholm O Stockholm O Open O Local O Internet B-Protocol Exchange I-Protocol ( O SOL-IX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O Stockholm O Internet B-Protocol eXchange I-Protocol ( O STHIX O ) O Euro-IX O Europe O : O Umeå O NorrNod O Euro-IX O Europe O : O Uppsala O Uppsala O regional O Internet B-Protocol exchange I-Protocol ( O UPPrix O ) O Euro-IX O Europe O : O Geneva O CERN O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O CIXP O ) O Euro-IX O Europe O : O Zürich O Equinix O Zürich O Euro-IX O Europe O : O Zürich O , O Bern O , O Basel O , O Lupfig O Swiss O Internet B-Protocol Exchange I-Protocol ( O SwissIX O ) O Euro-IX O Europe O : O Istanbul O CityNet O Telekom O Euro-IX O Europe O : O Istanbul O DE-CIX O Istanbul O ( O formerly O Istanbul O Internet B-Protocol Exchange I-Protocol ( O IST-IX O ) O ) O Euro-IX O Europe O : O Dnipro O Fregat O Euro-IX O Europe O : O Donetsk O Donetsk O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DN-IX/EUNIC O -IX O ) O Euro-IX O Europe O : O Kharkiv O Kharkiv O Internet B-Protocol Exchange I-Protocol ( O KH-IX O ) O Euro-IX O Europe O : O Kherson O Kherson O Internet B-Protocol Exchange I-Protocol ( O IX.ks.ua O ) O Euro-IX O Europe O : O Kyiv O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Kyiv O Ukrainian O Internet B-Protocol Exchange I-Protocol Network O ( O UA-IX O ) O Euro-IX O Europe O : O Kyiv O Digital O Telecom O Internet B-Protocol Exchange I-Protocol ( O DTEL-IX O ) O Euro-IX O Europe O : O Lviv O Lviv O Internet B-Protocol Exchange I-Protocol Point I-Protocol Euro-IX O Europe O : O Odesa O Odesa O Internet B-Protocol Exchange I-Protocol ( O OD-IX O ) O Euro-IX O Europe O : O Simferopol O Crimea-IX O Euro-IX O Europe O : O Zaporizhia O Zaporizhia O Internet B-Protocol Exchange I-Protocol ( O ZPIX O ) O Euro-IX O Europe O : O Bradford B-Application Bradford B-Application Internet B-Protocol Exchange I-Protocol ( O IXBradford B-Architecture ) O Euro-IX O Europe O : O Brighton O Brighton O Internet B-Protocol Exchange I-Protocol ( O IX O Brighton O ) O Euro-IX O Europe O : O Cardiff O IXCardiff O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Edinburgh O IXScotland O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Leeds O Leeds O Internet B-Protocol Exchange I-Protocol ( O IXLeeds O ) O Euro-IX O Europe O : O Liverpool B-Application IX O Liverpool B-Application Euro-IX O Europe O : O London O London O Internet B-Protocol Exchange I-Protocol ( O LINX O ) O Euro-IX O Europe O : O London O London O Network O Access O Point O ( O LONAP O ) O Euro-IX O Europe O : O London O NetIX O Euro-IXEurope O : O LondonRapidIXEuro-IX O Europe O : O Manchester O IX O Manchester O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Latin O America O : O Bahía O Blanca O , O Buenos O Aires O , O Córdoba O , O Mar O del O Tuyú O , O La O Plata O , O Mendoza O , O Neuquén O , O Rosario O , O Santa O Fe O IXP B-Protocol Argentina O Group O , O CABASELAC-IXLatin O America O : O Belize O City O Belize O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O BIXP O ) O LAC-IXLatin O America O : O La O Paz O IXP-MEGALINKLAC-IXLatin O America O : O Aracaju O , O Belém O , O Belo O Horizonte O , O Brasília O , O Campina O Grande O , O Campinas O , O Caxias O do O Sul O , O Cuiabá O , O Curitiba O , O Florianópolis O , O Fortaleza O , O Foz O do O Iguacu O , O Goiânia O , O João O Pessoa O , O Lajeado O , O Londrina O , O Maceio O , O Manaus O , O Maringá O , O Natal O , O Porto O Alegre O , O Recife O , O Rio O de O Janeiro O , O Salvador O , O Santa O Maria O , O São O Carlos O , O São O José O dos O Campos O , O São O José O do O Rio O Preto O , O São O Luis O , O São O Paulo O , O Teresina O , O VitóriaPTT O MetroLAC-IXLatin O America O : O Rio O de O Janeiro O PTT O MoebiusLAC-IXLatin O America O : O Rio O de O Janeiro O PIX O LINKFULLLAC-IXLatin O America O : O São O Paulo O NAP O do O Brasil O , O EquinixLAC-IXLatin O America O : O Rio O de O Janeiro O Equinix O Rio O de O JaneiroLAC-IXLatin O America O : O São O Paulo O Equinix O São O PauloLAC-IXLatin O America O : O Santiago O NAP O Chile O , O Intercambio O de O Tráfico O NacionalLAC-IXLatin O America O : O Santiago O PIT O Chile O , O Intercambio O de O Tráfico O Nacional O y O CDN'sLAC-IXLatin O America O : O Santiago O SCL-IX O , O Intercambio O de O Tráfico O Neutral O de O ChileLAC-IXLatin O America O : O Bogotá O NAP O Colombia O ( O CCIT O ) O LAC-IXLatin O America O : O WillemstadAMS-IX O CaribbeanLAC-IXLatin O America O : O San O José O Costa O Rica O Internet B-Protocol Exchange I-Protocol ( O CRIX O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol INFOCOM O Costa O RicaLAC-IXLatin O America O : O Alajuela O IXP B-Protocol Instituto O Costarricense O de O Electricidad O ( O ICE O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol NavégaloLAC-IXLatin O America O : O San O José O Tigo O Costa O Rica O , O Amnet O Cable O Costa O RicaLAC-IXLatin O America O : O Roseau O Dominica O National O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DANIX O ) O LAC-IXLatin O America O : O Santo O Domingo O NAP O del O CaribeLAC-IXLatin O America O : O Santo O Domingo O Tricom O S.A.LAC-IXLatin O America O : O Quito O , O Guayaquil O NAP O Ecudador O ( O NAP.EC-UIO/NAP.EC O -GYE O ) O LAC-IXLatin O America O : O St. O George O 's O Grenada O Internet B-Protocol Exchange I-Protocol ( O GREX O ) O LAC-IXLatin O America O : O Port-au-Prince O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O , O PeeringDBLAC-IXLatin O America O : O Tegucigalpa O IXP-HNLAC-IX O Latin O America O : O Fort-de-France O Martinique O Internet B-Protocol Exchange I-Protocol ( O MARTIN-IX O ) O LAC-IXLatin O America O : O TijuanaMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O MexicaliMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Ciudad O JuarezMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Mexico O City O IXP B-Protocol MexicanoLAC-IXLatin O America O : O Lima O Nap O PeruLAC-IXLatin O America O : O Lima O Perú O IX O - O Lima O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O ArequipaPerú O IX O - O Arequipa O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O TrujilloPerú O IX O - O Trujillo O ( O formerly O PIT O Peru O ) O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Claro O Puerto O Rico O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Internet B-Protocol Exchange I-Protocol of O Puerto O Rico O , O ix.pr O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Puerto O Rico O Bridge O Initiative O ( O PRBI-IX O ) O , O Critical O Hub O Networks O LAC-IX O Latin O America O : O Panama O InterRed O * O LAC-IX O Latin O America O : O Asuncion O IX.PY O * O LAC-IX O Latin O America O : O Saint-Barthélemy O Saint O Barth O Internet B-Protocol Exchange I-Protocol ( O SBH-IX O ) O LAC-IX O Latin O America O : O Basseterre O St. O Kitts O & O Nevis O Internet B-Protocol Exchange I-Protocol ( O SKN-IX O ) O LAC-IX O Latin O America O : O Marigot O Saint O Martin O Internet B-Protocol Exchange I-Protocol ( O SMART-IX O ) O LAC-IX O Latin O America O : O Philipsburg O Open O Caribbean O Internet B-Protocol Exchange I-Protocol ( O OCIX O ) O LAC-IX O Latin O America O : O Barataria O Trinidad O and O Tobago O Internet B-Protocol Exchange I-Protocol ( O TTIX O ) O LAC-IXLatin O America O : O CaracasVenezuela O IX O ( O www.venezuelaix.net O ) O LAC-IXMiddle O East O : O TehranTehran O Internet O Exchange-SC2 O NIX B-Application ( O National B-Application intranet I-Application exchange O ) O Middle O East O : O TehranTehran O Internet O Exchange-SC1 O NIXMiddle O East O : O BumahenTehran O Internet O Exchange-Bomehen O NIXMiddle O East O : O IsfahanTehran O Internet O Exchange-Isfahan-SC2 O NIXMiddle O East O : O MashhadTehran O Internet O Exchange-Mashhad-SC2 O NIXMiddle O East O : O ShirazTehran O Internet O Exchange-Shiraz-SC2 O NIXMiddle O East O : O TabrizTehran O Internet O Exchange-Tabriz-SC2 O NIX B-Application Middle O East O : O Baghdad O MASARAT O telecom O ( O GCCIT O ) O Euro-IX O Middle O East O : O Petach O Tikva O Israeli O Internet B-Protocol Exchange I-Protocol ( O IIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Cairo B-Language Internet B-Protocol Exchange I-Protocol ( O CAIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Middle O East O Internet B-Protocol Exchange I-Protocol ( O MEIX O , O GPX O Cairo B-Language ) O Euro-IX O Middle O East O : O Beirut O Advanced O IX O Euro-IX O Middle O East O : O Beirut O Beirut O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O * O Euro-IX O Middle O East O : O Beirut O Pros-Services O Euro-IX O Middle O East O : O Gaza O Digital O Communication O ltd O . O Euro-IX O Middle O East O : O Ramallah O Palestine O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O PIX O ) O Euro-IX O Middle O East O Saudi O Arabia O : O RiyadhSaudi O Arabian O Internet O Exchange(SAIX ) O tbd O Middle O East O : O Dubai O UAE B-Application Internet I-Application Exchange I-Application ( O UAE-IX B-Application ) O Euro-IX O Middle O East O : O Fujairah O Etisalat O Smarthub O IPX O , O SH-IX O Euro-IX O North O America O : O Calgary O Calgary O Internet B-Protocol Exchange I-Protocol ( O YYCIX O ) O North O America O : O Edmonton O Edmonton O Internet B-Protocol Exchange I-Protocol ( O YEGIX O ) O North O America O : O Halifax O Halifax O Internet B-Protocol Exchange I-Protocol ( O HFXIX O ) O North O America O : O Saskatoon O Saskatoon O Internet B-Protocol Exchange I-Protocol ( O YXEIX O ) O North O America O : O Toronto O Greater O Toronto O International O Internet B-Protocol Exchange I-Protocol ( O GTIIX O ) O North O America O : O Toronto O Equinix O Internet B-Protocol Exchange I-Protocol North O America O : O Niagara O Region O Niagara O Region O International O Internet B-Protocol Exchange I-Protocol ( O NRIIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa O Internet B-Protocol Exchange I-Protocol ( O OttIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa-Gatineau O Internet B-Protocol Exchange I-Protocol ( O OGIX O ) O North O America O : O Ottawa O Ottawa O Federal O GigaPOPOttawa O Federal O GigaPOP O , O PeeringDB B-Protocol - O Inactive O North O America O : O Vancouver O , O Toronto O , O Montreal O Peer1 O Exchange O ( O PIX O ) O North O America O : O Montreal O Montreal O Internet B-Protocol Exchange I-Protocol ( O QIX O ) O North O America O : O Toronto O Ontario O Internet B-Protocol Exchange I-Protocol ( O ONIX O ) O North O America O : O Toronto O Toronto O Internet B-Protocol Exchange I-Protocol ( O TorIX O ) O North O America O : O Vancouver O Vancouver O Internet B-Protocol Exchange I-Protocol ( O VANIX O ) O North O America O : O Vancouver O BCNET O Vancouver O Transit O Exchange O North O America O : O Winnipeg O Manitoba O Internet B-Protocol Exchange I-Protocol ( O MBIX O ) O North O America O : O Winnipeg O Winnipeg O Internet B-Protocol Exchange I-Protocol ( O WPGIX O ) O North O America O : O Paducah O , O Kentucky O Paducah O Internet B-Protocol Exchange I-Protocol ( O Paducah O IX O , O PIE O ) O North O America O : O Baltimore O , O Baltimore O , O Maryland O DACS-IX O Baltimore O North O America O : O Orlando O , O Orlando O , O Florida O DACS-IX O Orlando O North O America O : O Fremont O FCIX O North O America O : O Fremont O Lambda O Internet B-Protocol Exchange I-Protocol North O America O : O Fremont O with O global O presence O EVIX O North O America O : O Ashland O Richmond O Virginia O Internet B-Protocol Exchange I-Protocol ( O RVA-IX O ) O North O America O : O Chicago O , O Illinois O United O IX O - O Chicago O ( O ChIX O ) O North O America O : O Chicago O , O Illinois O AMS-IX O Chicago O North O America O : O Evansville O SITCO O Evansville-IN O North O America O : O Jacksonville O Jacksonville O Internet B-Protocol Exchange I-Protocol ( O JXIX O ) O North O America O : O Kansas O City O , O Missouri O Kansas O City O Internet B-Protocol eXchange I-Protocol ( O KCIX O ) O North O America O : O Austin O , O Dallas O , O Houston O , O Phoenix O , O San O Antonio O CyrusOne O Internet B-Protocol Exchange I-Protocol ( O CyrusOne O IX O ) O North O America O : O Madison O Madison O Internet B-Protocol Exchange I-Protocol ( O MadIX O ) O North O America O : O Moffett O Field O NGIX O WestNGIX O West O , O PeeringDB B-Protocol North O America O : O Mountain O View O NASA O Ames O Internet B-Protocol eXchange I-Protocol North O America O : O Nashville O Nashville O Internet B-Protocol Exchange I-Protocol ( O NashIX O ) O North O America O : O New O Mexico O Internet B-Protocol Exchange I-Protocol New O Mexico O ( O IXNM O ) O North O America O : O Northern O Virginia O LINX O Northern O Virginia O ( O LINX O NoVa O ) O North O America O : O Ohio O OhioIX O North O America O : O Boston O , O Los O Angeles O , O Chicago O , O Denver O , O Miami O , O New O York O City O , O Reston O , O San O Jose O Any2 O North O America O : O Phoenix O ArizonaIX O , O i/o O Datacenter O North O America O : O Atlanta O , O Dallas O , O New O York O City O , O Phoenix O Digital O Realty O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Atlanta O Southeast O Network O Access O Point O ( O SNAP O ) O tbd O North O America O : O New O York O City O , O New O York O , O Big O Apple O Peering O Exchange O ( O Big O APE O ) O tbd O North O America O : O New O York O City O , O New O York O AMS-IX O New O York O tbd O North O America O : O Buffalo O , O New O York O Buffalo O Niagara O International O Internet B-Protocol Exchange I-Protocol ( O BNIIX O ) O tbd O North O America O : O Boston O Massachusetts O eXchange O Point O ( O MXP O ) O tbd O North O America O : O Boston O Markley O Boston O Internet B-Protocol Exchange I-Protocol ( O BOSIX O ) O tbd O North O America O : O Southfield O , O Michigan O Detroit O Internet B-Protocol Exchange I-Protocol DET-IX O tbd O North O America O : O Duluth O Twin O Ports O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Edison O , O NJ O ; O New O York O City O ; O Newark O , O NJ O ; O Piscataway O , O NJ O ; O Secaucus O , O NJ O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O DE-CIX O New O York O tbd O North O America O : O New O York O City O Free O NYIIX O Alternative O ( O NYCX O ) O tbd O North O America O : O Tulsa O LiveAir O Tulsa O IX O tbd O North O America O : O Atlanta O , O Chicago O metro O ( O Chicago O and O Elk O Grove O Village O ) O , O Dallas O Metroplex O ( O Dallas O and O Plano O ) O , O Denver O metro O ( O Englewood O and O Denver O ) O , O Houston O , O Los O Angeles O metro O ( O Los O Angeles O and O El O Segundo O ) O , O Miami O metro O ( O Miami O and O Boca O Raton O ) O , O New O York O metro O ( O Newark O , O NJ O ; O Secaucus O , O NJ O ; O North O Bergen O , O NJ O ; O and O New O York O City O ) O , O Seattle O metro O ( O Seattle O and O Kent O ) O , O Silicon O Valley O ( O San O Jose O , O Sunnyvale O , O Palo O Alto O and O Santa O Clara O ) O , O Washington O D.C. O metro O ( O Culpeper O , O VA O ; O and O Ashburn O , O VA O ) O Equinix O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Chicago O , O 350 O East O Cermak O Road O Greater O Chicago O International O Internet B-Protocol Exchange I-Protocol ( O GCIIX O ) O tbd O North O America O : O Los O Angeles O Fireline O Fiber O Exchange O ( O Fireline-FireXC O ) O tbd O North O America O : O Los O Angeles O , O Seattle O Pacific O Wave O Exchange O ( O PacificWave O ) O tbd O North O America O : O Los O Angeles O Los O Angeles O International O Internet B-Protocol eXchange I-Protocol ( O LAIIX O ) O tbd O North O America O : O Redding O Jefferson O State O Access O Exchange(JSAX ) O tbd O North O America O : O Los O Angeles O CENIC O International O Internet B-Protocol eXchange I-Protocol ( O CIIX O ) O , O formerly O known O as O the O Los O Angeles O Access O Point O ( O LAAP O ) O ) O tbd O North O America O : O Dallas O , O Chicago O , O New O York O City O , O San O Jose O , O Los O Angeles O MAE-Central/MAE-East/MAE O -West O tbd O North O America O : O Indianapolis O Midwest O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O McAllen O , O TexasMEX-IX O McAllentbd O North O America O : O Minneapolis O , O Minnesota O , O 511 O Building O Midwest O Internet O Cooperative O Exchange O ( O MICE O ) O tbd O North O America O : O Minneapolis O , O Minnesota O Northern O Lights O Local O Exchange O Point O ( O NLLXP O ) O tbd O North O America O : O Milwaukee O The O Milwaukee O IX O ( O MKE-IX O ) O tbd O North O America O : O Omaha O Omaha O Internet B-Protocol Exchange I-Protocol ( O OmahaIX O ) O tbd O North O America O : O Bend O , O Oregon O Central O Oregon O Internet B-Protocol eXchange I-Protocol tbd O North O America O : O Portland O , O Oregon O Oregon-IX O ( O OIX O ) O tbd O North O America O : O Portland O , O Oregon O , O Helena O , O Missoula O Northwest O Access O Exchange O , O Inc. O , O NWAX O tbd O North O America O : O New O York O ( O New O York O City O ; O Newark O NJ O ; O Secaucus O , O NJ O ) O , O Los O Angeles O , O Philadelphia O New O York O International O Internet B-Protocol eXchange I-Protocol ( O NYIIX O ) O tbd O North O America O : O Ashburn O , O VA O ; O Atlanta O ; O Chicago O ; O Dallas O ; O Denver O ; O El O Segundo O , O CA O ; O Miami O ; O Los O Angeles O ; O New O York O City O ; O Newark O , O NJ O ; O Palo O Alto O , O CA O ; O San O Jose O , O CA O ; O Santa O Clara O , O CA O ; O Secaucus O , O NJ O ; O Seattle O ; O St. O Louis O ; O Sunnyvale O , O CA O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O NetIX O tbd O North O America O : O Phoenix O AZIX O tbd O North O America O : O Phoenix O Ninja-IX O Phoenix O ( O formerly O Phoenix-IX O ) O tbd O North O America O : O Phoenix O Phoenix O Internet B-Protocol Exchange I-Protocol , O LLC O tbd O North O America O : O Baltimore O The O Baltimore O Internet B-Protocol Exchange I-Protocol ( O BaltIX O ) O tbd O North O America O : O Philadelphia O Philadelphia O Internet B-Protocol Exchange I-Protocol ( O PhillyIX O ) O tbd O North O America O : O Pittsburgh O Pittsburgh O Internet B-Protocol Exchange I-Protocol ( O PIT-IX O ) O tbd O North O America O : O Reno O Tahoe O Internet B-Protocol Exchange I-Protocol ( O TahoeIX O ) O tbd O North O America O : O San O Diego O San O Diego O NAP O ( O SD-NAP O ) O tbd O North O America O : O San O Francisco O San O Francisco O Internet B-Protocol Exchange I-Protocol ( O SFIX O ) O tbd O North O America O : O Fremont O , O San O Francisco O , O San O Jose O , O Santa O Clara O SFMIX O tbd O North O America O : O Fremont O ARIX O tbd O North O America O : O San O Francisco O , O San O Jose O AMS-IX O Bay O Area O tbd O North O America O : O San O Francisco O , O San O Jose O KDWEB O Exchange O tbd O North O America O : O Salt O Lake O City O Salt O Lake O Internet B-Protocol Exchange I-Protocol ( O SLIX O ) O tbd O North O America O : O Seattle O Seattle O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TPAIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TampaIX O ) O tbd O North O America O : O Texas O PlaynetPlaynet O , O PeeringDB B-Protocol tbd O North O America O : O Medford O , O Oregon O Southern O Oregon O Access O Exchange O ( O SOAX O ) O tbd O North O America O : O St. O George O , O Utah O Southern O Utah O Peering O Regional O Network O ( O SUPRnet O ) O tbd O North O America O : O Atlanta O , O Dallas O , O Miami O , O New O York O City O , O Palo O Alto O , O San O Jose O , O Seattle O , O Vienna O , O Virginia O Palo O Alto O Internet B-Protocol eXchange I-Protocol ( O PAIX O ) O , O dissolved O to O become O a O part O of O Equinix O Internet B-Protocol Exchange I-Protocol . O EIES-2 O used O the O X.400 B-Protocol database O standards O . O RJ61 O is O a O physical B-Protocol interface I-Protocol often O used O for O terminating O twisted O pair O type O cables O . O Old B-Protocol School I-Protocol RuneScape I-Protocol is O an O MMORPG B-Protocol with O adventure O elements O . O Most O common O download B-Protocol managers I-Protocol can O receive O files O hosted O on O FTP B-Protocol servers I-Protocol , O while O some O of O them O also O give O the O interface O to O retrieve O the O files O hosted O on O FTP B-Protocol servers I-Protocol . O In O Windows B-Application Vista I-Application , O DirectPlay B-Protocol has O been O deprecated B-General_Concept and O DirectPlay B-Protocol Voice O and O DirectPlay B-Protocol 's O NAT B-Protocol Helper O have O been O removed O . O A O downloadable B-Protocol content I-Protocol add-on O known O as O the O High O Octane O pack O was O released O on O Xbox B-Operating_System Live O marketplace O on O December O 3 O , O a O month O after O the O game O 's O release O . O X.21 B-Protocol was O primarily O used O in O Europe O and O Japan O , O for O example O in O the O Scandinavian O DATEX O and O German O circuit-switched B-Protocol networks I-Protocol during O the O 1980s O . O The O oldest O schema B-Language language O for O XML B-Protocol is O the O document B-Language type I-Language definition I-Language ( O DTD O ) O , O inherited O from O SGML B-Language . O The O algorithm O has O a O few O special O features O to O cope O with O cases O that O are O common O in O radio O networks O , O such O as O unidirectional O links O , O and O looped-transmission O caused O by O out-of-date O routing B-Protocol tables I-Protocol . O EAGLE B-Protocol was O awarded O for O its O state O maintenance O mechanism O . O This O is O due O to O IP B-Protocol addresses I-Protocol from O each O mobile O device O originating O from O a O gateway O IP B-Protocol address I-Protocol of O the O network O access O provider O . O For O example O , O in O the O context O of O Cryptographically B-Protocol Generated I-Protocol Addresses I-Protocol , O this O is O called O " O Hash B-Error_Name Extension O " O and O requires O anyone O calculating O a O fingerprint B-Algorithm to O search O for O a O hashsum B-Error_Name starting O with O a O fixed O number O of O zeroes O , O which O is O assumed O to O be O an O expensive O operation O . O When O it O receives O this O broadcast O packet O , O it O encapsulates O the O message O in O unicast B-Protocol datagram O and O sends O request O to O bootp B-Device server O . O The O best O way O to O avoid O duplex B-Protocol mismatches I-Protocol is O to O use O autonegotiation B-Protocol and O to O replace O any O legacy O equipment O that O does O not O use O autonegotiation B-Protocol or O does O not O autonegotiate B-Protocol correctly O . O Still O other O versions O of O Netscape B-Protocol would O return O various O phrases O in O response O to O an O unknown O about O URI B-Protocol , O including O " O Whatchew O talkin O ' O ' O bout O , O Willis O ? O " O Doubled O signal O voltage O between O the O differential O pair O ( O compared O to O a O single-ended O signal O of O the O same O nominal B-Algorithm level I-Algorithm ) O , O giving O 6dB O extra O headroom O . O Differential O signalling O works O for O both O analog O signalling O , O as O in O balanced B-Protocol audio I-Protocol , O and O in O digital O signalling O , O as O in O RS-422 O , O RS-485 O , O Ethernet B-Protocol over I-Protocol twisted I-Protocol pair I-Protocol , O PCI O Express O , O DisplayPort B-Protocol , O HDMI B-Protocol and O USB B-Protocol . O A6 O 38 O RFC O 2874 O RFC O 6563 O Defined O as O part O of O early O IPv6 B-Protocol but O downgraded O to O experimental O by O RFC O 3363 O ; O later O downgraded O to O historic O by O RFC O 6563 O . O NXT O 30 O RFC O 2065 O RFC O 3755 O Part O of O the O first O version O of O DNSSEC B-Protocol ( O RFC O 2065 O ) O . O NXT O was O obsoleted O by O DNSSEC B-Protocol updates O ( O RFC O 3755 O ) O . O An O example O of O cell B-Protocol relay I-Protocol is O ATM O , O a O prevalent O form O utilized O to O transfer O a O cell O with O a O fixed O size O of O 53 O bytes O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O Initially O , O anyone O who O wanted O to O share O a O file O had O to O set O up O an O FTP B-Protocol server I-Protocol in O order O to O make O the O file O available O to O others O . O Fiesta O is O a O free-to-play O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol ( O MMORPG B-Protocol ) O for O Microsoft B-Application Windows I-Application . O QUIC B-Protocol developed O with O HTTP B-Protocol in O mind O , O and O HTTP/3 B-Protocol was O its O first O application O . O Inverse O Inc O . O has O also O been O releasing O a O version O of O PacketFence B-Protocol dubbed O the O " O Zero O Effort O NAC O " O , O which O is O a O standalone O Virtual O Appliance O that O is O preconfigured O installation O of O PacketFence B-Protocol , O making O it O easier O than O ever O to O deploy O a O NAC O in O your O environment O . O Connection-oriented B-Protocol sockets O , O which O use O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP B-Protocol ) O , O Stream B-Protocol Control I-Protocol Transmission I-Protocol Protocol I-Protocol ( O SCTP B-Protocol ) O or O Datagram B-Protocol Congestion I-Protocol Control I-Protocol Protocol I-Protocol ( O DCCP B-Protocol ) O . O A O stream O socket O transmits O data O reliably B-Protocol , O in O order O , O and O with O out-of-band B-Protocol capabilities O . O On O the O Internet O , O stream O sockets O are O typically O implemented O using O TCP B-Protocol so O that O applications O can O run O across O any O networks O using O TCP/IP B-Protocol protocol I-Protocol . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O In O the O E-carrier O European O hierarchy O , O each O digroup B-Protocol supports O 15 O PCM O channels O or O their O equivalent O in O other O services O . O The O DS1 O line O rate O ( O 2 O digroups B-Protocol plus O overhead O bits O ) O is O 2.048 O Mbit/s O , O supporting O 30 O voice O channels O or O their O equivalent O in O other O services O . O To O alternate O between O the O full O screen O and O window O mode O of O remote B-Protocol desktop I-Protocol , O you O can O use O ( O on O certain O HP O laptops O ) O . O Both O can O create O a O challenge O for O students O to O succeed O in O a O Virtual B-Protocol Learning I-Protocol Environment I-Protocol . O Karpyshyn O departed O from O the O series O after O Mass B-Application Effect I-Application 2 I-Application to O work O on O Star B-Protocol Wars I-Protocol : I-Protocol The I-Protocol Old I-Protocol Republic I-Protocol . O BACnet O Encoding O Rules O ASHRAE O 135 O Octet O Encodes O elements O as O tag-length-value B-Protocol ( O TLV O ) O sequences O like O the O Basic O Encoding O Rules O ( O BER O ) O . O Features O of O the O desktop B-Application edition O include O tabbed O browsing O , O full-screen O mode O , O spell B-Application checking I-Application , O incremental B-Application search I-Application , O smart B-Protocol bookmarks I-Protocol , O bookmarking O and O downloading O through O drag O and O drop O , O a O download B-Protocol manager I-Protocol , O user O profile O management O , O private B-Protocol browsing I-Protocol , O bookmark O tags O , O bookmark O exporting B-General_Concept , O offline O mode O , O a O screenshot B-Application tool O , O web B-Application development I-Application tools I-Application , O a O " O page O info O " O feature O which O shows O a O list O of O page O metadata O and O multimedia O items O , O a O sophisticated O configuration O menu O at O about:config O for O power B-General_Concept users I-General_Concept , O and O more O location-aware O browsing O ( O also O known O as O " O geolocation O " O ) O based O on O a O Google O service O . O Firefox B-Application has O an O integrated O search O system O which O uses O Google O by O default O in O most O markets O but O an O update O for O American O users O in O 2021 O made O it O start O including O paid O promotions O by O default O in O its O suggestions O . O Owing O to O Classilla B-Protocol 's O unusual O provenance O ( O being O essentially O a O heavily O patched O version O of O Mozilla B-Operating_System 1.3.1 O ; O vestigial O proof O remains O in O its O verse O from O The B-Application Book I-Application of I-Application Mozilla I-Application ) O , O it O has O more O limited O support O for O web O standards O than O do O later O Gecko-based O browsers B-Application such O as O SeaMonkey B-Language and O Mozilla B-Application Firefox I-Application , O and O its O layout O compared O to O iCab B-Operating_System 3.0.5 I-Operating_System is O objectively O inferior O as O the O latter O browser B-Application is O Acid2 O compliant O and O Classilla B-Protocol is O not O . O LucasArts O and O BioWare O settled O on O developing O Knights O of O the B-Protocol Old I-Protocol Republic I-Protocol for O the O PC B-Device and O Xbox B-Application . O In O 2016 O , O Tresorit B-Protocol launched O a O beta O of O the O software O development O kit O ( O SDK O ) O ZeroKit O . O I/O B-General_Concept ports O : O 4 O USB O 2.0 O ports O , O 1 O FireWire B-Protocol port I-Protocol ( O optional O ) O , O 1 O Fast O Ethernet O port O , O 1 O 56K O modem O ( O optional O ) O , O 1 O VGA O output O , O 1 O HDMI O output O ( O with O ATI O Radeon O HD O 4350 O ) O , O 1 O headphone O jack O , O 2 O microphone O jacks O , O 1 O line-in O connector O , O 1 O line-out O connector O , O 1 O 19-in-1 O memory O card O reader O ( O optional O ) O , O and O 1 O power O cable O connector O . O I/O B-General_Concept ports O : O 6 O USB O 2.0 O ports O , O 1 O Fast O Ethernet O port O , O 1 O 56K O modem O , O 1 O VGA O output O , O 1 O HDMI O output O , O 1 O 19-in-1 O memory O card O reader O , O 1 O headphone O jack O , O 2 O microphone O jacks O , O 1 O line-in O connector O , O 1 O line-out O connector O and O 1 O power O cable O connector O . O Many O of O the O people O with O first O name O " O Binu B-Protocol " O , O got O their O name O in O this O period O for O this O reason O as O well O . O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Broken I-Operating_System Mirror I-Operating_System , O the O 22nd O expansion O pack O , O was O released O on O November O 18 O , O 2015 O . O Players O must O band O together O to O stop O her O plot O to O plague O Norrath B-Protocol with O war O to O disrupt O the O balance O of O life O in O order O to O gain O power O for O herself O . O Empires O of O Kunark B-Operating_System is O the O 23rd O EverQuest B-Protocol expansion O and O was O released O on O November O 16 O , O 2016 O . O Ring O of O Scale O is O the O 24th O EverQuest B-Protocol expansion O and O was O released O on O December O 12 O , O 2017 O . O Return O to O Kunark B-Operating_System and O aid O the O Combine O as O they O face O off O against O the O Sarnak O Empire O and O the O Ring O of O Scale O . O The O expansion O takes O place O on O the O continent O of O Velious B-Operating_System , O an O icy O continent O towards O the O south O of O Norrath B-Protocol . O The O title O refers O to O three O chasms O in O Velious B-Operating_System that O are O said O to O be O the O place O where O the O great O dragon O Veeshan O struck O the O continent O with O her O claws O . O The O expansion O introduced O both O Frost O giants O and O Coldain O dwarves O to O the O EverQuest B-Protocol universe O , O as O well O as O a O new O sect O of O dragons O known O as O the O Claws O of O Veeshan O . O Pascal B-Application – O Queen O 's O University O Belfast O initially O ported O the O CDC O Pascal B-Application compiler O to O the O 1900 O , O then O wrote O a O completely O new O and O well-engineered O replacement O . O FORTRAN O 77 O – O the O University O of O Salford O produced O a O FORTRAN O 77 O compiler O for O George B-General_Concept 3 I-General_Concept . O It O was O unusual O in O that O it O used O 8-bit O characters O and O the O ASCII B-Protocol character I-Protocol set I-Protocol internally O . O Silverfrost B-Application FTN95 I-Application , O a O Fortran O 95 O compiler O for O Windows O is O a O distant O descendant O . O Over O time O , O as O BSD B-Operating_System Unix I-Operating_System became O the O most O popular O operating O system O on O the O Internet O , O Sendmail B-Application became O the O most O common O MTA B-Protocol ( O mail B-Protocol transfer I-Protocol agent I-Protocol ) O . O The O original O SMTP B-Protocol protocol I-Protocol supported O only O unauthenticated O unencrypted O 7-bit B-Protocol ASCII I-Protocol text O communications O , O susceptible O to O trivial O man-in-the-middle O attack O , O spoofing O , O and O spamming O , O and O requiring O any O binary O data O to O be O encoded O to O readable O text O before O transmission O . O Final B-Protocol Fantasy I-Protocol XI I-Protocol ( O and O the O Final B-Protocol Fantasy I-Protocol XI I-Protocol : I-Protocol Rise I-Protocol of I-Protocol the I-Protocol Zilart I-Protocol , O Final B-Protocol Fantasy I-Protocol XI I-Protocol : I-Protocol Chains I-Protocol of I-Protocol Promathia I-Protocol , O Final B-Protocol Fantasy I-Protocol XI I-Protocol : I-Protocol Treasures I-Protocol of I-Protocol Aht I-Protocol Urhgan I-Protocol , O and O Final B-Protocol Fantasy I-Protocol XI:Wings I-Protocol of I-Protocol the I-Protocol Goddess I-Protocol expansions O ) O fully O installs O to O the O HDD O so O that O it O can O be O patched/updated O . O Dark B-Protocol Age I-Protocol of I-Protocol Camelot I-Protocol launched O smoothly O four O months O later O , O introducing O " O Realm O vs. O Realm O " O PvP O and O other O innovations O , O and O quickly O passed O Ultima B-Protocol Online I-Protocol and O Asheron B-Application 's I-Application Call I-Application in O popularity O , O and O became O EverQuest B-Protocol ’s O main O rival O . O Cisco O literature O refers O to O Enhanced B-Protocol Interior I-Protocol Gateway I-Protocol Routing I-Protocol Protocol I-Protocol ( O EIGRP B-Protocol ) O as O a O " O hybrid O " O protocol O , O despite O the O fact O it O distributes O routing B-Protocol tables I-Protocol instead O of O topology O maps O . O Although O the O ZX B-Device Microdrive I-Device was O initially O greeted O with O good O reviews O , O it O never O took O off O as O a O distribution O method O due O to O worries O about O the O quality O of O the O cartridges B-Protocol and O piracy O . O Genera B-Application would O , O using O hints O from O its O distributed O namespace O database O ( O somewhat O similar O to O Domain B-Protocol Name I-Protocol System I-Protocol ( O DNS B-Protocol ) O , O but O more O comprehensive O , O like O parts O of O Xerox O 's O Grapevine O ) O , O automatically O select O the O best O protocol O combination O to O use O when O connecting O to O network O service O . O The O major O difference O is O that O VLE O and O LMS B-Application are O applications O , O whereas O the O Learning B-Protocol Platform I-Protocol shares O characteristics O with O an O Operating B-General_Concept System I-General_Concept where O different O educational O web-based B-Application applications I-Application can O be O run O on O the O platform O . O Refactoring O could O be O used O to O consolidate O all O the O backups B-Protocol for O a O single O computer O onto O a O single O tape O , O creating O a O " O synthetic O full B-Protocol backup I-Protocol " O . O The O redirect O suggests O that O the O owners O of O the O original O website O have O relaunched O the O ponzi O scheme O through O Eyeline O Trading O , O following O USI B-Protocol Tech I-Protocol 's O exposure O to O law O enforcement O . O In O June O 2009 O , O Hexago O became O gogo6 O through O a O management O buyout O and O the O Freenet6 O service O became O part O of O gogoNET O , O a O social O network O for O IPv6 B-Protocol professionals O . O Polipo B-Protocol is O limited O to O 2G O or O 4G O file O sizes O on O 32 O bit O systems O which O will O cause O errors O when O serving O large O requests O . O Unlike O the O TCP/IP B-Protocol protocol I-Protocol underlying O the O internet O , O Tymnet B-Application used O a O circuit B-Protocol switching I-Protocol layout O which O allowed O the O supervisors O to O be O aware O of O every O possible O end-point O . O HexChat B-Protocol is O an O Internet B-Protocol Relay I-Protocol Chat I-Protocol client B-Protocol that O is O a O fork B-Application of O XChat B-Protocol . O An O implementation O of O the O layers O for O a O particular O application O forms O a O protocol B-Protocol stack I-Protocol . O The O co-founders O agreed O to O build O a O system O that O used O standard O browser B-Application capabilities O and O provided O an O abstraction B-Architecture layer I-Architecture for O Web O developers O to O create O stateful O Web B-Application applications I-Application that O had O a O persistent O duplex O connection O to O a O Web O server B-Application by O holding O two O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O connections O open O and O recycling O them O before O standard O browser B-Application time-outs O if O no O further O data O were O exchanged O . O Juniper O Networks O entered O the O business O in O 1996 O , O focusing O primarily O on O core B-Protocol routers I-Protocol and O addressing O the O need O for O a O radical O increase O in O routing O capability O that O was O driven O by O the O increased O link O speed O . O Barcodes O are O loaded O into O the O game O by O connecting O the O scanner O to O a O computer O 's O serial B-Protocol port I-Protocol . O PMTUD B-Protocol was O originally O intended O for O routers O in O Internet B-Protocol Protocol I-Protocol Version I-Protocol 4 I-Protocol ( O IPv4 B-Protocol ) O . O It O provided O the O reliability O mechanism O by O utilising O similar O methods O for O connection O , O sequence B-Protocol numbers I-Protocol , O acknowledgements O and O re-transmission O of O lost O packets O . O It O was O discovered O that O Slirp B-Protocol has O the O full O NAPT B-Protocol implementation O as O a O stand-alone O user-space B-Operating_System code O , O whereas O other O NAT B-Protocol engines O are O usually O embedded O into O a O network B-Protocol protocol I-Protocol stack I-Protocol and/or O do O not O cooperate O with O the O host O OS O when O doing O PAT O ( O use O their O own O port O ranges O and O require O packet B-Protocol injection I-Protocol ) O . O Hiawatha B-Application has O many O security O features O that O no O other O web B-Application server I-Application has O , O like O preventing O SQL-injection B-Language , O cross-site O scripting O ( O XSS O ) O , O Cross-site B-Protocol request I-Protocol forgery I-Protocol ( O CSRF B-Protocol ) O prevention O , O denial-of-service O protection O , O control O external O image O linking O , O banning O of O potential O hackers O and O limiting O the O runtime O of O CGI B-Language applications O . O The O Total O Length O field O of O IPv4 B-Protocol and O the O Payload O Length O field O of O IPv6 B-Protocol each O have O a O size O of O 16 O bits O , O thus O allowing O data O of O up O to O . O Ham B-Protocol Radio I-Protocol Deluxe I-Protocol is O an O amateur O radio O software O program O which O is O used O with O external O RF O hardware O . O SeeVolution B-Protocol uses O an O X-ray B-Operating_System tool I-Operating_System to O capture O data O about O how O users O interact O with O different O parts O of O a O website O . O Intersymbol O interference O can O be O avoided O if O the O multipath O time-spreading O ( O the O time O between O the O reception O of O the O first O and O the O last O echo O ) O is O shorter O than O the O guard B-Protocol interval I-Protocol ( O i.e. O , O 125 O microseconds O ) O . O Protocol B-Protocol Independent I-Protocol Multicast I-Protocol ( O PIM O ) O is O then O used O between O the O local O and O remote O multicast O routers B-Protocol to O direct O multicast O traffic O from O hosts B-Device sending O multicasts O to O hosts B-Device that O have O registered O through O IGMP O to O receive O them O . O Professional O and O semi-professional O photo O cameras O , O and O especially O digital B-Algorithm camera I-Algorithm backs I-Algorithm , O offer O FireWire B-Protocol interfaces O to O transfer O image O data O and O to O control O the O camera O . O PVST+ O can O tunnel O across O an O MSTP B-Protocol Region O . O Electronic O Arts O removed O some O of O its O games O from O Steam O because O of O restrictive O terms O of O service O related O to O downloadable B-Protocol content I-Protocol in O 2011 O and O launched O its O games O beginning O with O Mass B-Application Effect I-Application 3 I-Application on O its O Origin B-Operating_System service O and O other O stores O in O 2012 O . O A O network O implementing O NCS O is O designed O according O to O the O media B-Protocol gateway I-Protocol control I-Protocol protocol I-Protocol architecture O for O interconnecting O a O packet O network O with O the O traditional O public O switched O telephone O network O ( O PSTN O ) O . O WEP B-Protocol was O superseded O in O 2003 O by O WPA O , O a O quick O alternative O at O the O time O to O improve O security O over O WEP B-Protocol . O This O approach O decouples O the O domain O model O ( O Java B-Language ) O from O the O service O interface O ( O input O and O output O XML B-Protocol documents I-Protocol ) O in O a O way O that O is O consistent O with O the O goals O of O Service-Oriented O Architecture O ( O SOA O ) O . O It O is O a O subset O of O X.25 B-Protocol , O a O CCITT O standard O for O packet-switched B-Protocol networks I-Protocol . O Two O X.25 B-Protocol hosts O could O , O of O course O , O call O one O another O directly O ; O no O PAD O is O involved O in O this O case O . O The O game O was O released O on O February O 6 O , O 2014 O , O for O iOS B-Application devices O and O later O ported O to O Android B-Application , O Xbox B-Device One I-Device , O and O Windows B-Protocol Phone I-Protocol . O Ragnarok B-Protocol Online I-Protocol 2 I-Protocol : I-Protocol Legend I-Protocol of I-Protocol The I-Protocol Second I-Protocol ( O ) O is O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol developed O and O published O by O Gravity O Co O . O and O is O the O sequel O to O Ragnarok B-Protocol Online I-Protocol . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O Despite O its O limited O range O of O characters O , O uuencoded O data O is O sometimes O corrupted O on O passage O through O certain O computers O using O non-ASCII O character O sets O such O as O EBCDIC B-Language . O More O common O today O is O the O Base64 B-Protocol format O , O which O is O based O on O the O same O concept O of O alphanumeric-only O as O opposed O to O ASCII B-Protocol 32 O – O 95 O . O The O most O common O form O of O encryption O for O this O task O has O been O the O use O of O SSL B-Protocol while O in O transport O . O RJE B-Protocol is O well O suited O to O organizations O that O had O a O single O large O central O computer O center O . O However O , O they O forward O all O traffic O that O matches O the O criteria O , O as O they O do O not O have O the O functionality O to O select O from O ingress O or O egress B-Protocol traffic O like O SPAN B-Protocol ports I-Protocol . O In O addition O to O service B-Protocol discovery I-Protocol , O it O now O provides O a O full-featured O service B-General_Concept mesh I-General_Concept for O secure O service O segmentation O across O any O cloud B-Architecture or O runtime B-Device environment I-Device , O and O distributed O key-value B-Data_Structure storage I-Data_Structure for O application O configuration O . O This O system O is O a O distributed B-Operating_System hash I-Operating_System table I-Operating_System implementation O which O allows O the O client O to O use O torrents B-Protocol that O do O not O have O a O working O BitTorrent B-Protocol tracker I-Protocol . O The O server O , O located O on O 01 O Communique O 's O premise O , O brokers O the O remote B-Protocol access I-Protocol session O and O communicates O with O the O user O 's O computer O . O The O volumes O included O .hack//Infection B-Protocol , O .hack//Mutation B-Protocol , O .hack//Outbreak B-Protocol and O .hack//Quarantine B-Protocol . O .hack//frägment O , O the O first O .hack B-Protocol Massively B-Application multiplayer I-Application online I-Application game I-Application ( O online O role-playing O game O ) O . O In O 2003 O , O Linksys O was O forced O to O open-source O the O firmware B-Application of O its O WRT54G B-Application router B-Protocol series O ( O the O best-selling O routers B-Protocol of O all O time O ) O after O people O on O the O Linux B-Application kernel I-Application mailing I-Application list I-Application discovered O that O it O used O GPL B-License Linux B-Application code O . O As O a O self-service B-General_Concept business I-General_Concept intelligence I-General_Concept product O , O Power B-Operating_System Pivot I-Operating_System is O intended O to O allow O users O with O no O specialized O business B-General_Concept intelligence I-General_Concept or O analytics O training O to O develop O data O models O and O calculations O , O sharing O them O either O directly O or O through O SharePoint B-Protocol document O libraries O . O This O means O that O when O there O is O a O change O in O the O network O or O a O failure O occurs O between O two O statically O defined O devices O , O traffic O will O not O be O re-routed O . O As O a O result O , O the O network O is O unusable O until O the O failure O is O repaired O or O the O static B-Protocol route I-Protocol is O manually O reconfigured O by O an O administrator O . O This O is O a O list O of O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O response O status O codes O . O Status O codes O are O issued O by O a O server B-Application in O response O to O a O client B-Protocol 's I-Protocol request I-Protocol made O to O the O server B-Application . O It O includes O codes O from O IETF O Request O for O Comments O ( O RFCs O ) O , O other O specifications O , O and O some O additional O codes O used O in O some O common O applications O of O the O HTTP B-Protocol . I-Protocol Unless O otherwise O stated O , O the O status O code O is O part O of O the O HTTP B-Protocol standard O ( O ) O . O The O Internet O Assigned O Numbers O Authority O ( O IANA O ) O maintains O the O official O registry O of O HTTP B-Protocol status O codes O . O All O HTTP B-Protocol response O status O codes O are O separated O into O five O classes O or O categories O . O As O the O HTTP/1.0 B-Protocol standard O did O not O define O any O 1xx O status O codes O , O servers O send O a O 1xx O response O to O an O HTTP/1.0 B-Protocol compliant O client O except O under O experimental O conditions O . O The O server B-Application has O received O the O request O headers O and O the O client O should O proceed O to O send O the O request O body O ( O in O the O case O of O a O request O for O which O a O body O needs O to O be O sent O ; O for O example O , O a O POST B-Protocol request I-Protocol ) O . O Sending O a O large O request O body O to O a O server B-Application after O a O request O has O been O rejected O for O inappropriate O headers O would O be O inefficient O . O To O have O a O server B-Application check O the O request O 's O headers O , O a O client O must O send O Expect O : O 100-continue O as O a O header O in O its O initial O request O and O receive O a O 100 O Continue O status O code O in O response O before O sending O the O body O . O The O response O 417 O Expectation O Failed O indicates O that O the O request O should O be O repeated O without O the O Expect O header O as O it O indicates O that O the O server B-Application does O not O support O expectations O ( O this O is O the O case O , O for O example O , O of O HTTP/1.0 B-Protocol servers O ) O . O The O requester O has O asked O the O server B-Application to O switch O protocols O and O the O server B-Application has O agreed O to O do O so O . O A O WebDAV B-Protocol request O may O contain O many O sub-requests O involving O file O operations O , O requiring O a O long O time O to O complete O the O request O . O This O code O indicates O that O the O server B-Application has O received O and O is O processing O the O request O , O but O no O response O is O available O yet O . O Used O to O return O some O response O headers O before O final O HTTP B-Protocol message O . O Standard O response O for O successful O HTTP B-Protocol requests I-Protocol . O In O a O POST B-Protocol request I-Protocol , O the O response O will O contain O an O entity O describing O or O containing O the O result O of O the O action O . O The O server B-Application is O a O transforming O proxy B-Application ( O e.g. O The O server B-Application successfully O processed O the O request O , O and O is O not O returning O any O content O . O The O server B-Application successfully O processed O the O request O , O asks O that O the O requester O reset O its O document O view O , O and O is O not O returning O any O content O . O The O server B-Application is O delivering O only O part O of O the O resource O ( O byte B-Protocol serving I-Protocol ) O due O to O a O range O header O sent O by O the O client O . O The O range O header O is O used O by O HTTP B-Protocol clients O to O enable O resuming O of O interrupted O downloads O , O or O split O a O download O into O multiple O simultaneous O streams O . O The O message O body O that O follows O is O by O default O an O XML B-Protocol message O and O can O contain O a O number O of O separate O response O codes O , O depending O on O how O many O sub-requests O were O made O . O The O server B-Application has O fulfilled O a O request O for O the O resource O , O and O the O response O is O a O representation O of O the O result O of O one O or O more O instance-manipulations O applied O to O the O current O instance O . O Indicates O multiple O options O for O the O resource O from O which O the O client O may O choose O ( O via O agent-driven O content B-Protocol negotiation I-Protocol ) O . O For O example O , O this O code O could O be O used O to O present O multiple O video O format O options O , O to O list O files O with O different O filename O extensions O , O or O to O suggest O word-sense B-General_Concept disambiguation I-General_Concept . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O The O HTTP/1.0 B-Protocol specification O ( O RFC O 1945 O ) O required O the O client O to O perform O a O temporary O redirect O with O the O same O method O ( O the O original O describing O phrase O was O " O Moved O Temporarily O " O ) O , O but O popular O browsers O implemented O 302 B-Protocol redirects I-Protocol by O changing O the O method O to O GET O . O Therefore O , O HTTP/1.1 B-Protocol added O status O codes O 303 O and O 307 O to O distinguish O between O the O two O behaviours O . O The O response O to O the O request O can O be O found O under O another O URI B-Protocol using O the O GET O method O . O When O received O in O response O to O a O POST B-Protocol ( O or O PUT/DELETE O ) O , O the O client O should O presume O that O the O server B-Application has O received O the O data O and O should O issue O a O new O GET O request O to O the O given O URI B-Protocol . O The O requested O resource O is O available O only O through O a O proxy B-Application , O the O address O for O which O is O provided O in O the O response O . O For O security O reasons O , O many O HTTP B-Protocol clients O ( O such O as O Mozilla B-Application Firefox I-Application and O Internet B-Application Explorer I-Application ) O do O not O obey O this O status O code O . O Originally O meant O " O Subsequent O requests O should O use O the O specified O proxy. O " O In O this O case O , O the O request O should O be O repeated O with O another O URI B-Protocol ; O however O , O future O requests O should O still O use O the O original O URI B-Protocol . O For O example O , O a O POST B-Protocol request I-Protocol should O be O repeated O using O another O POST B-Protocol request I-Protocol . O This O and O all O future O requests O should O be O directed O to O the O given O URI B-Protocol . O Except O when O responding O to O a O HEAD O request O , O the O server B-Application include O an O entity O containing O an O explanation O of O the O error O situation O , O and O whether O it O is O a O temporary O or O permanent O condition O . O The O server B-Application cannot O or O will O not O process O the O request O due O to O an O apparent O client O error O ( O e.g. O , O malformed O request O syntax O , O size O too O large O , O invalid O request O message O framing O , O or O deceptive O request O routing O ) O . O Similar O to O 403 B-Protocol Forbidden I-Protocol , O but O specifically O for O use O when O authentication O is O required O and O has O failed O or O has O not O yet O been O provided O . O See O Basic B-Protocol access I-Protocol authentication I-Protocol and O Digest B-Protocol access I-Protocol authentication I-Protocol . O Some O sites O incorrectly O issue O HTTP B-Protocol 401 O when O an O IP B-Protocol address I-Protocol is O banned O from O the O website O ( O usually O the O website O domain O ) O and O that O specific O address O is O refused O permission O to O access O a O website O . O The O original O intention O was O that O this O code O might O be O used O as O part O of O some O form O of O digital O cash O or O micropayment O scheme O , O as O proposed O , O for O example O , O by O GNU B-Application Taler I-Application , O but O that O has O not O yet O happened O , O and O this O code O is O not O widely O used O . O Google B-Application Developers I-Application API O uses O this O status O if O a O particular O developer O has O exceeded O the O daily O limit O on O requests O . O Stripe B-Application uses O this O code O for O failed O payments O where O parameters O were O correct O , O for O example O blocked O fraudulent O payments O . O The O request O contained O valid O data O and O was O understood O by O the O server B-Application , O but O the O server B-Application is O refusing O action O . O This O code O is O also O typically O used O if O the O request O provided O authentication O by O answering O the O WWW-Authenticate O header O field O challenge O , O but O the O server B-Application did O not O accept O that O authentication O . O A O request O method O is O not O supported O for O the O requested O resource O ; O for O example O , O a O GET O request O on O a O form O that O requires O data O to O be O presented O via O POST B-Protocol , O or O a O PUT O request O on O a O read-only O resource O . O See O Content B-Protocol negotiation I-Protocol . O The O client O must O first O authenticate O itself O with O the O proxy B-Application . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O Most O use O cases O do O not O require O clients O and O search O engines O to O purge O the O resource O , O and O a O " O 404 B-Protocol Not I-Protocol Found I-Protocol " O may O be O used O instead O . O The O server B-Application does O not O meet O one O of O the O preconditions O that O the O requester O put O on O the O request O header O fields O . O The O request O is O larger O than O the O server B-Application is O willing O or O able O to O process O . O Previously O called O " O Request O Entity O Too O Large O " O in O RFC B-Protocol 2616 I-Protocol . O The O Internet B-Protocol Group I-Protocol Management I-Protocol Protocol I-Protocol with I-Protocol Access I-Protocol Control I-Protocol ( O IGMP-AC O ) O has O been O designed O for O incorporating O AAA O protocol O functionality O in O the O existing O IP B-Protocol multicast I-Protocol model O . O Overall O , O this O game O provided O children O and O fans O of O the O Disney O Fairies O franchise O a O chance O to O escape O into O the O world O of O Pixie B-Protocol Hollow I-Protocol . O After O the O final O version O was O launched O in O Germany O on O 10 O November O 2005 O , O and O quietly O released O to O all O countries O through O the O Opera B-Protocol Mini I-Protocol website O in O December O , O the O browser B-Application was O officially O launched O worldwide O on O 24 O January O 2006 O . O Roy O Fielding O 's O dissertation O Architectural O Styles O and O the O Design O of O Network-based O Software B-Architecture Architectures I-Architecture at O UC O Irvine O in O 2000 O outlined O Representational B-Protocol state I-Protocol transfer I-Protocol ( O REST O ) O and O described O the O idea O of O a O " O network-based O Application B-Application Programming I-Application Interface I-Application " O that O Fielding O contrasted O with O traditional O " O library-based O " O APIs B-Application . O If O an O ACK O is O not O eventually O received O , O a O retransmit O timer O re-sends O DATA B-Protocol packet I-Protocol . O Operated O at O 1 O Mbit/s O over B-Protocol twisted I-Protocol pair I-Protocol to O an O active B-Protocol hub I-Protocol , O star B-Architecture topology I-Architecture . O MINIX B-Operating_System 1987 O 2000 O BSD-3-Clause B-Operating_System Motif B-Application 1980s O 2012 O LGPL-2.1-or-later B-Application Movable B-Protocol Type I-Protocol 2001 O 2007 O GPL B-License Weblog O software B-Application MP/M B-Operating_System family O 1979 O 1997 O , O 2001 O MS-DOS B-Application 1.25 O and O 2.0 O 1982 O – O 1983 O 2018 O MIT B-License Originally O uploaded O by O the O Computer O History O Museum O in O 2014 O under O a O non-commercial O license O , O on O 28 O September O 2018 O , O Microsoft O uploaded O the O source O code O to O GitHub B-Application under O the B-License MIT I-License license I-License . O ITU-T B-Protocol G.8262 I-Protocol defines O Synchronous B-Protocol Ethernet I-Protocol clocks O compatible O with O SDH O clocks O . O Implementing O CIDR O required O every O host B-Device and O router B-Protocol on O the O Internet O to O be O reprogrammed O in O small O ways O — O no O small O feat O at O a O time O when O the O Internet O was O entering O a O period O of O rapid O growth O . O Differential O Manchester B-Protocol encoding I-Protocol is O also O the O original O modulation O method O used O for O single-density O floppy B-Device disks I-Device , O followed O by O double-density O modified B-Protocol frequency I-Protocol modulation I-Protocol ( O MFM B-Protocol ) O . O That O bus B-General_Concept was O also O used O to O directly O support O the O Programmable O Serial O Interface O ( O PSI O ) O cards O , O which O offered O multi-protocol O support O for O networking O , O notably O IBM B-Protocol Bisync I-Protocol and O similar O systems.The O 920 O , O 922 O and O 932 O series O supported O up O to O three O PSI O cards O , O and O up O to O five O cards O in O the O 948 O and O 958 O series O . O In O January O 2002 O , O Ultima B-Protocol Onlines I-Protocol second O official O fanfest O was O called O Online O Worlds O FanFest O , O also O held O in O Austin O . O YAM O supported O the O zero O packet B-Protocol format O , O but O it O was O ignored O by O many O 3rd O party O implementations O of O YMODEM B-Protocol . O DocBook B-Protocol 1992 O The O Davenport O Group O , O OASIS O XML B-Protocol editor I-Protocol Output O to O HTML B-Language , O PDF B-Application , O CHM B-Protocol , O javadoc B-Language , O others O . O Starting O in O the O early O 1970s O , O the O Advanced O Research O Projects O Agency O sponsored O a O series O of O experimental O ARPANET B-Protocol encryption I-Protocol devices I-Protocol , O at O first O for O native O ARPANET O packet B-Protocol encryption O and O subsequently O for O TCP/IP B-Protocol packet B-Protocol encryption O ; O some O of O these O were O certified O and O fielded O . O The O reason O is O that O routing B-Protocol and O network B-Protocol address I-Protocol translation I-Protocol ( O NAT O ) O will O not O work O if O the O same O address O ranges O occur O on O both O inside O and O outside O network O interfaces O . O The O use O of O helper B-Protocol applications I-Protocol was O more O common O in O the O early O days O of O the O World O Wide O Web O , O when O HTML O and O file O formats O were O still O becoming O standardized O and O computers O were O less O powerful O . O Twenty-nine O full O expansions O for O the O MMORPG B-Protocol EverQuest B-Protocol have O been O released O . O Additionally O , O the O game O is O updated O through O downloaded B-Application patches O . O Expansions O were O traditionally O shipped O in O boxes O to O stores O , O but O have O also O been O able O to O be O downloaded B-Application through O a O digital O service O . O The O first O expansion O pack O for O EverQuest B-Protocol was O EverQuest B-Protocol : I-Protocol The I-Protocol Ruins I-Protocol of I-Protocol Kunark I-Protocol , O released O on O April O 24 O , O 2000 O . O It O introduced O a O new O land O area O to O the O game O , O the O continent O of O Kunark B-Operating_System , O which O had O been O previously O unexplored O . O Through O a O mix O of O in-game O events O and O fiction O published O on O the O web O by O Verant O Interactive O , O the O storyline O of O the O discovery O of O Kunark B-Operating_System was O established O . O In O the O United O States O , O The B-Protocol Ruins I-Protocol of I-Protocol Kunark I-Protocol sold O 92,172 O units O between O February O 2001 O through O the O first O week O of O November O alone O . O Desslock O of O GameSpot O reported O that O the O game O and O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System " O sold O well O early O in O the O year O , O but O sales O evaporated O during O the O course O of O the O summer O , O especially O after O the O release O of O Camelot. O " O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System was O released O on O December O 5 O , O 2000 O . O The O expansion O takes O place O on O the O continent O of O Velious B-Operating_System , O an O icy O continent O towards O the O south O of O Norrath B-Protocol . O The O title O refers O to O three O chasms O in O Velious B-Operating_System that O are O said O to O be O the O place O where O the O great O dragon O Veeshan O struck O the O continent O with O her O claws O . O The O expansion O introduced O both O Frost O giants O and O Coldain O dwarves O to O the O EverQuest B-Protocol universe O , O as O well O as O a O new O sect O of O dragons O known O as O the O Claws O of O Veeshan O . O The O first O players O completing O this O zone O led O to O the O first O world O changing O event O , O where O The O Sleeper O would O awaken O and O rampage O his O way O through O Norrath B-Protocol . O Scars B-Operating_System of I-Operating_System Velious I-Operating_System also O reintroduced O Ethereal O Planes O such O as O the O Plane O of O Growth O , O home O of O Tunare O ( O goddess O of O nature O ) O and O the O Plane O of O Mischief O . O In O the O United O States O , O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System sold O 66,496 O units O from O February O 2001 O through O the O first O week O of O November O . O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System holds O a O 85% O rating O on O GameRankings O . O The O third O expansion O pack O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System , O was O released O on O December O 4 O , O 2001 O , O a O year O after O the O second O . O The O expansion O takes O place O on O a O moon O of O Norrath B-Protocol called O Luclin B-Operating_System and O introduces O the O Vah B-Protocol Shir I-Protocol , O a O playable O catlike O race O , O and O the O Beastlord O character O class O . O Notable O NPC O races O that O were O added O to O the O EverQuest B-Protocol universe O are O the O Shissar O , O a O snake-like O race O , O and O the O Akhevans O . O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System also O incorporates O a O new O game O engine O , O new O character O models O and O gives O players O the O ability O to O design O graphic B-Application user I-Application interfaces I-Application . O Alternate O Advancement O started O with O the O Luclin B-Operating_System expansion O which O allows O players O to O further O grow O and O customize O their O classes O . O The O Shissars O ( O serpent-like O creatures O ) O were O extremely O powerful O beings O who O once O roamed O the O continent O of O Kunark B-Operating_System where O they O had O enslaved O the O Iksars B-Protocol . O Rile O , O an O Iksar B-Protocol hero O , O started O a O revolution O and O called O upon O a O mystical O force O referred O to O as O the O Greenmist O , O who O then O killed O the O Shissars O . O Fleeing O Norrath B-Protocol because O the O atmosphere O became O toxic O , O the O surviving O Shissars O were O helped O by O the O Combine O Empire O and O were O sent O to O Luclin B-Operating_System and O the O underwater O sanctuary O introduced O years O later O with O " O The O Buried O Sea O " O . O On O Luclin B-Operating_System , O the O Shissars O built O the O temple O of O Ssraeshza O - O home O of O the O powerful O Emperor O Ssraeshza O ( O powerful O enough O to O slay O gods O according O to O game O lore O ) O . O In O the O United O States O , O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System sold O 360,000 O copies O ( O $9.9 O million O ) O by O August O 2006 O , O after O its O release O in O December O 2001 O . O Combined O sales O of O all O EverQuest B-Protocol computer O games O released O between O January O 2000 O and O August O 2006 O had O reached O 2.7 O million O units O in O the O United O States O by O the O latter O date O . O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System holds O a O 86% O rating O on O GameRankings O . O In O 2012 O , O The O AbleGamers O Foundation O awarded O Star B-Protocol Wars I-Protocol : I-Protocol The I-Protocol Old I-Protocol Republic I-Protocol as O their O Mainstream O Game O for O 2011 O for O being O able O to O accommodate O gamers O with O special O needs O . O It O is O most O often O used O to O provide O IPv6 B-Protocol transit O over O an O IPv4 B-Protocol network I-Protocol link O when O network B-Protocol address I-Protocol translation I-Protocol masquerades O a O private O network O with O a O single O IP B-Protocol address I-Protocol that O may O change O frequently O because O of O DHCP B-Protocol provisioning O by O Internet O service O providers O . O IPFire B-Protocol originally O started O as O a O fork B-Application of O IPCop O and O has O been O rewritten O on O basis O of O Linux B-Application From O Scratch O since O version O 2 O . O Protocols O that O use O in-band B-General_Concept control I-General_Concept include O HTTP B-Protocol and O SMTP B-Protocol . O In O an O earnings O call O to O investors O in O October O 2019 O , O Electronic O Arts O announced O that O Star B-Protocol Wars I-Protocol : I-Protocol The I-Protocol Old I-Protocol Republic I-Protocol was O closing O in O on O a O billion O dollars O in O lifetime O revenue O , O making O it O a O financial O success O based O on O the O reported O $200 O million O development O budget O . O Usually O referred O to O as O ANY O ( O e.g. O , O in O dig B-Protocol , O Windows O nslookup B-Protocol , O and O Wireshark B-Language ) O . O In O 2019 O , O RFC8482 O standards-track O publication O led O many O DNS B-Protocol providers O , O including O Cloudflare B-Application , O to O provide O only O minimal O responses O to O " O ANY O " O queries O , O instead O of O enumerating O records.AXFR252RFC O 1035 O Authoritative O Zone O TransferTransfer O entire O zone B-Protocol file I-Protocol from O the O primary O name O server O to O secondary O name O servers O . O IXFR251RFC O 1996 O Incremental O Zone B-Protocol Transfer I-Protocol Requests O a O zone B-Protocol transfer I-Protocol of O the O given O zone O but O only O differences O from O a O previous O serial O number O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O The O server B-Application cannot O meet O the O requirements O of O the O Expect O request-header O field O . O This O code O was O defined O in O 1998 O as O one O of O the O traditional O IETF O April O Fools O ' O jokes O , O in O RFC B-Protocol 2324 I-Protocol , O Hyper B-Protocol Text I-Protocol Coffee I-Protocol Pot I-Protocol Control I-Protocol Protocol I-Protocol , O and O is O not O expected O to O be O implemented O by O actual O HTTP B-Protocol servers O . O This O HTTP B-Protocol status O is O used O as O an O Easter O egg O in O some O websites O , O such O as O com B-Application 's I-Application " O I O 'm O a O teapot O " O easter O egg O . O Sometimes O , O this O status O code O is O also O used O as O a O response O to O a O blocked O request O , O instead O of O the O more O appropriate O 403 B-Protocol Forbidden I-Protocol . O Defendant O Sharman B-Protocol Networks I-Protocol reached O a O tentative O settlement O agreement O in O August O 2006 O . O Remote B-Protocol Desktop I-Protocol Gateway O Enables O authorized O users O to O connect O to O virtual O desktops O , O Remote-App O programs O , O and O session-based O desktops O over O a O private O network B-Architecture or O the O Internet O . O Since O 802.1aq O ensures O that O its O unicast B-Protocol and O multicast B-Protocol packets B-Protocol for O a O given O virtual B-General_Concept LAN I-General_Concept ( O VLAN B-General_Concept ) O follow O the O same O forward O and O reverse O path O and O use O completely O standard O 802 O encapsulations O , O all O of O the O methods O of O 802.1ag O and O Y.1731 O operate O unchanged O on O an O 802.1aq O network O . O The O cartridge B-Protocol contains O a O collection O of O 12 O games O , O including O 4 O that O required O the O use O of O the O light B-Device gun I-Device . O Secure64 B-Protocol has O a O patent O pending O for O the O queued O , O non-blocking O and O self-protecting O communications O architecture O used O by O SourceT O . O Game B-Protocol cartridges I-Protocol for O the O Speak O & O Read O were O identical O in O shape O to O those O of O the O main O Speak B-Application & I-Application Spell I-Application line O , O and O they O could O be O physically O inserted O into O units O from O the O wrong O line O ; O however O , O they O did O not O function O except O in O members O of O their O own O line O . O In O 2012 O NetSupport O introduced O new O software O versions O allowing O Remote B-Protocol Control I-Protocol from O iOS B-Operating_System and O Android B-Application tablets O and O smartphones O as O well O as O a O new O Mac O OS O Control O . O Thus O , O users O are O encouraged O to O switch O from O phone O calls O to O pure O VoIP O apps O such O as O FaceTime B-Operating_System , O Google B-Application Duo I-Application , O WhatsApp B-Application , O Facebook B-Protocol Messenger I-Protocol , O and/or O Telegram B-Application when O voice O call O quality O remains O poor O despite O good O network O connectivity O . O The O entire O system O enables O authentication O and O encryption O of O the O contactless O communication O between O the O SAM O and O host B-Protocol system I-Protocol . O Twenty-nine O full O expansions O for O the O MMORPG B-Protocol EverQuest B-Protocol have O been O released O . O Additionally O , O the O game O is O updated O through O downloaded B-Application patches O . O Expansions O were O traditionally O shipped O in O boxes O to O stores O , O but O have O also O been O able O to O be O downloaded B-Application through O a O digital O service O . O The O first O expansion O pack O for O EverQuest B-Protocol was O EverQuest B-Protocol : I-Protocol The I-Protocol Ruins I-Protocol of I-Protocol Kunark I-Protocol , O released O on O April O 24 O , O 2000 O . O It O introduced O a O new O land O area O to O the O game O , O the O continent O of O Kunark B-Operating_System , O which O had O been O previously O unexplored O . O Through O a O mix O of O in-game O events O and O fiction O published O on O the O web O by O Verant O Interactive O , O the O storyline O of O the O discovery O of O Kunark B-Operating_System was O established O . O In O the O United O States O , O The B-Protocol Ruins I-Protocol of I-Protocol Kunark I-Protocol sold O 92,172 O units O between O February O 2001 O through O the O first O week O of O November O alone O . O Desslock O of O GameSpot O reported O that O the O game O and O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System " O sold O well O early O in O the O year O , O but O sales O evaporated O during O the O course O of O the O summer O , O especially O after O the O release O of O Camelot. O " O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System was O released O on O December O 5 O , O 2000 O . O The O expansion O takes O place O on O the O continent O of O Velious B-Operating_System , O an O icy O continent O towards O the O south O of O Norrath B-Protocol . O The O title O refers O to O three O chasms O in O Velious B-Operating_System that O are O said O to O be O the O place O where O the O great O dragon O Veeshan O struck O the O continent O with O her O claws O . O The O expansion O introduced O both O Frost O giants O and O Coldain O dwarves O to O the O EverQuest B-Protocol universe O , O as O well O as O a O new O sect O of O dragons O known O as O the O Claws O of O Veeshan O . O The O first O players O completing O this O zone O led O to O the O first O world O changing O event O , O where O The O Sleeper O would O awaken O and O rampage O his O way O through O Norrath B-Protocol . O Scars B-Operating_System of I-Operating_System Velious I-Operating_System also O reintroduced O Ethereal O Planes O such O as O the O Plane O of O Growth O , O home O of O Tunare O ( O goddess O of O nature O ) O and O the O Plane O of O Mischief O . O In O the O United O States O , O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System sold O 66,496 O units O from O February O 2001 O through O the O first O week O of O November O . O The B-Operating_System Scars I-Operating_System of I-Operating_System Velious I-Operating_System holds O a O 85% O rating O on O GameRankings O . O The O third O expansion O pack O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System , O was O released O on O December O 4 O , O 2001 O , O a O year O after O the O second O . O The O expansion O takes O place O on O a O moon O of O Norrath B-Protocol called O Luclin B-Operating_System and O introduces O the O Vah B-Protocol Shir I-Protocol , O a O playable O catlike O race O , O and O the O Beastlord O character O class O . O Notable O NPC O races O that O were O added O to O the O EverQuest B-Protocol universe O are O the O Shissar O , O a O snake-like O race O , O and O the O Akhevans O . O The B-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System also O incorporates O a O new O game O engine O , O new O character O models O and O gives O players O the O ability O to O design O graphic B-Application user I-Application interfaces I-Application . O Alternate O Advancement O started O with O the O Luclin B-Operating_System expansion O which O allows O players O to O further O grow O and O customize O their O classes O . O Thus O , O the O spectral B-Protocol efficiency I-Protocol can O not O exceed O 2N O ( O bit/s O ) O /Hz O in O the O baseband B-Algorithm transmission I-Algorithm case O . O In O 1993 O , O the O Internet O Engineering O Task O Force O published O a O new O set O of O standards O , O and O , O to O define O this O new O scheme O for O allocating O of O IP B-Protocol address I-Protocol blocks O and O routing O IPv4 B-Protocol packets O . O After O a O period O of O experimentation O with O various O alternatives O , O Classless B-Protocol Inter-Domain I-Protocol Routing I-Protocol was O based O on O variable-length B-Protocol subnet I-Protocol masking I-Protocol ( O VLSM O ) O , O which O allows O each O network O to O be O divided O into O various O power-of-two-sized O subnets B-Protocol , O so O that O each O network O or O subnet B-Protocol can O be O sized O appropriately O for O local O needs O . O It O also O has O one O Gigabit O Ethernet O and O one O USB B-Protocol connection O . O BitTorrent B-Protocol is O an O example O of O this O , O as O is O the O InterPlanetary B-Protocol File I-Protocol System I-Protocol ( O IPFS B-Protocol ) O . O SeaMonkey B-Language is O a O free B-License and I-License open-source I-License Internet B-Protocol suite I-Protocol . O These O include O the O Internet B-Application Explorer I-Application web O browser O , O DriveSpace B-General_Concept compression O , O OpenGL B-Application , O DirectX B-Application , O FAT32 B-Application file O system O support O , O UltraDMA O mode O for O disk O drives O , O Universal B-Protocol Serial I-Protocol Bus I-Protocol , O IEEE B-Protocol 1394 I-Protocol ( O FireWire B-Protocol ) O , O and O Accelerated B-Architecture Graphics I-Architecture Port I-Architecture . O The O HTTP B-Protocol Location I-Protocol header B-Protocol field I-Protocol is O returned O in O responses O from O an O HTTP B-Protocol server B-Application under O two O circumstances O : O It O helps O a O network O administrator O locate O and O troubleshoot O bottlenecks O like O network B-Protocol delay I-Protocol , O data B-General_Concept loss I-General_Concept and O availability O of O any O network O link O across O on-premises O networks O , O Microsoft B-Application Azure I-Application VNets O , O Amazon B-Application Web I-Application Services I-Application VPCs O , O hybrid O networks O , O VPNs O or O even O public O internet O links O . O UDP B-Protocol MS-DOS B-Application , O Windows B-Application SMB B-Operating_System , O also O known O as O CIFS B-Operating_System TCP B-Protocol , O MIUI B-Protocol does O not O ship O with O Google B-Application Play I-Application Services I-Application in O mainland O China O . O Transmission B-Protocol Control I-Protocol Protocol I-Protocol ( O TCP B-Protocol ) O uses O a O congestion O control O algorithm O that O includes O various O aspects O of O an O additive O increase/multiplicative O decrease O ( O AIMD O ) O scheme O , O along O with O other O schemes O including O slow O start O and O congestion O window O ( O CWND O ) O , O to O achieve O congestion O avoidance O . O Qik B-Protocol , O Inc O . O was O originally O a O video O messaging B-Protocol company O , O it O was O acquired O by O Skype B-Application Technologies O in O 2011 O , O and O was O eventually O integrated O into O Skype B-Protocol 's I-Protocol features I-Protocol with O the O original O Qik B-Protocol client O being O retired O by O Microsoft O in O April O 2014 O . O The O original O RADIUS B-Protocol standard O specified O that O RADIUS B-Protocol is O stateless B-Protocol and O should O run O over O the O User B-Protocol Datagram I-Protocol Protocol I-Protocol ( O UDP B-Protocol ) O . O when O entering O or O leaving O a O VPN O ) O , O dnsResolve O may O give O outdated O results O due O to O DNS B-Protocol caching O . O Security O issues O like O a O same-site O attack O can O arise O if O the O Public B-Protocol Suffix I-Protocol List I-Protocol is O incorrect O , O or O if O browsers O or O sites O are O not O properly O configured O . O Websites O supporting O the O Universal B-Operating_System Edit I-Operating_System Button I-Operating_System include O wikiHow O , O AboutUs.org, O Wikimedia O ( O including O Wikipedia O , O Wiktionary O , O Wikimedia O Commons O and O all O other O Wikimedia O projects O ) O , O MediaWiki B-Application software I-Application , O DokuWiki B-Protocol , O MoinMoin B-Application , O PhpWiki B-Language , O Socialtext O , O TWiki B-Language , O the O Creative O Commons O wiki B-Protocol , O Foodista O , O Wikia O , O PBworks O , O WikkaWiki O , O Memory O Alpha O , O Wired O 's O How-To O blog O , O WordPress B-Application ( O as O a O plug-in B-Application ) O , O and O many O others O . O The O company O determined O that O intense O online O gaming O required O the O throughput O of O a O broadband B-General_Concept connection O and O the O storage O space O of O a O hard B-Device disk I-Device drive I-Device , O and O thus O these O features O would O be O vital O to O the O new O platform O . O This O would O allow O not O only O for O significant O downloadable B-Protocol content I-Protocol , O such O as O new O levels O , O maps O , O weapons O , O challenges O and O characters O , O to O be O downloaded O quickly O and O stored O , O but O also O would O make O it O possible O to O standardize O bandwidth O intensive O features O such O as O voice O communication O . O Trident B-Application is O developed O by O Microsoft O for O use O in O the O Windows B-Application versions O of O Internet B-Protocol Explorer I-Protocol 4 I-Protocol to O Internet B-Application Explorer I-Application 11 I-Application . O Rhythm O Square O Enix O Square O Enix O Minefield O Puzzle O Kodobur O Kodobur O Mobile O Suit O Gundam O : O Battle O Operation O 2 O Mech-combat O Bandai O Namco O Bandai O Namco O Mobile O Suit O Gundam O : O Battle O Operation O Code O Fairy O Volume O 1 O Action B-Application Bandai O Namco O Bandai O Namco O Mobile O Suit O Gundam O : O Battle O Operation O Code O Fairy O Volume O 2 O Action B-Application Bandai O Namco O Bandai O Namco O Mobile O Suit O Gundam O : O Battle O Operation O Code O Fairy O Volume O 3 O Action B-Application Bandai O Namco O Bandai O Namco O My O Hero O Academia O : O Ultra O Rumble O Battle O royale O Bandai O Namco O Bandai O Namco O Naughty O Kitties O Tower O defence O Coconuts O Island O Studio O Coconuts O Island O StudioReleased O exclusively O in O China O ( O ) O NBA B-Application 2K17 I-Application : I-Application The I-Application Prelude I-Application Sports O Visual O Concepts O 2K O Sports O NBA B-Application 2K18 I-Application : I-Application The I-Application Prelude I-Application Sports O Visual O Concepts O 2K O Sports O NBA B-Application 2K19 I-Application : I-Application The I-Application Prelude I-Application Sports O Visual O Concepts O 2K O Sports O NBA B-Application 2K20 I-Application : I-Application The I-Application Prelude I-Application Sports O Visual O Concepts O 2K O Sports O Nebula O Realms O Xaloc O Studios O Xaloc O Studios O Neverwinter B-Protocol Massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol Cryptic O Studios O Perfect O World O Entertainment O Nobunaga B-Application 's I-Application Ambition I-Application Online I-Application Tactical O role-playing O Tecmo O Koei O Tecmo O Koei O Onigiri B-Protocol Massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol CyberStep O CyberStep O Operation7 O Showdown O Third-person O shooter O Park O ESM O Park O ESM O Orcs O Must O Die O ! O ANSI B-Protocol art I-Protocol is O considerably O more O flexible O than O ASCII O art O , O because O the O particular O character O set O it O uses O contains O symbols O intended O for O drawing O , O such O as O a O wide O variety O of O box-drawing O characters O and O block O characters O that O dither O the O foreground O and O background O color O . O while O the O server B-Application sends O events O asynchronously O , O Xlib B-Language stores O events O received O by O the O client B-Protocol in O a O queue B-Application ; O the O client B-Protocol program I-Protocol can O only O access O them O by O explicitly O calling O functions O of O the O X11 B-Operating_System library O ; O in O other O words O , O the O client B-Protocol is O forced O to O block O or O busy-wait B-Operating_System if O expecting O an O event O . O Furthermore O , O a O host O can O provide O a O single O " O SSL B-Application proxy I-Application " O to O provide O SSL B-Protocol encryption I-Protocol for O an O arbitrary O number O of O hosts O , O removing O the O need O for O a O separate O SSL O server B-Application certificate O for O each O host O , O with O the O downside O that O all O hosts O behind O the O SSL B-Application proxy I-Application have O to O share O a O common O DNS B-Protocol name I-Protocol or O IP B-Protocol address I-Protocol for O SSL O connections O . O Type O I O Hybrid B-Error_Name ARQ I-Error_Name is O used O in O ITU-T O G.hn, O a O high-speed O Local B-General_Concept area I-General_Concept network I-General_Concept standard O that O can O operate O at O data O rates O up O to O 1 O Gbit/s O over O existing O home O wiring O ( O power B-Device lines I-Device , O phone O lines O and O coaxial B-Protocol cables I-Protocol ) O . O The O table O of O contents O is O stored O as O a O zlib B-Language compressed O , O UTF-8 O encoded O , O XML B-Protocol document I-Protocol . O Secure B-Application Web I-Application SmartFilter I-Application EDU I-Application , O formerly O known O as O Bess B-Application , O is O a O brand O of O content-control B-Protocol software I-Protocol made O by O Secure O Computing O Corporation O , O which O acquired O maker O N2H2 O in O 2003 O ; O it O is O usually O used O in O libraries O and O schools O . O Softwires B-Protocol are O used O for O various O purposes O , O one O of O which O is O to O carry O IPv4 B-Protocol traffic O over O IPv6 B-Protocol and O vice O versa O , O in O order O to O support O IPv6 B-Protocol transition I-Protocol mechanisms I-Protocol . O Model O Release O ( O US O ) O Dimensions O Weight O ( O min O ) O CPU O Chipset O Memory O ( O max O ) O Graphics O Storage O Networking O ScreenBattery O Other O 11.6 O " O 11e O Yoga O 2020 O 19.9 O x O 293 O x O 207 O colspan O = O " O 2 O " O Intel O HD O Graphics O 615 O Wi-Fi O + O BT B-Protocol M.2 O Card O 13.3 O " O L13 O Yoga O 2019 O colspan O = O " O 2 O " O Intel O UHD O Graphics O Gigabit O EthernetWi-Fi O + O BT B-Protocol M.2 O Card O ThinkShutter O X13 O Yoga O 2020 O colspan O = O " O 2 O " O Intel O UHD O Graphics O Gigabit O EthernetIntel O AX201 O + O ( O ) O Anti-reflective O ( O glossy O , O ploarized O ) O , O anti-smudge O : O Ziggeo B-Protocol is O headquartered O in O New O York O City O . O FTP B-Protocol bouncers O are O commonly O used O to O hide O the O topsite B-Application 's O real O IP B-Protocol address I-Protocol , O and O to O share B-Protocol network I-Protocol load I-Protocol . O Many O common O network B-General_Concept services I-General_Concept are O provided O such O as O NTP B-Protocol , O SNMP B-Protocol , O web B-Application server I-Application ( O Apache B-Application ) O , O mail B-Protocol server I-Protocol ( O Postfix B-Application and O Cyrus B-Protocol ) O , O LDAP B-Protocol ( O OpenLDAP B-Language ) O , O AFP B-Protocol , O and O print O server O . O DECT B-Protocol phones O use O allocated O spectrum O outside O the O ISM B-Algorithm bands I-Algorithm that O differs O in O Europe O and O North O America O . O The O client B-Protocol responds O with O a O ClientKeyExchange O message O , O which O may O contain O a O PreMasterSecret O , O public B-Application key I-Application , O or O nothing O . O Zend O Technologies O provides O a O PHP B-Application stack O , O Zend B-Protocol Server I-Protocol ( O or O Zend B-Protocol Server I-Protocol Community O Edition O ) O , O which O is O advertised O to O be O optimized O for O running O Laminas B-Language applications O . O During O Star B-Protocol Wars I-Protocol : I-Protocol The I-Protocol Old I-Protocol Republics I-Protocol launch O week O , O long O queue O times O were O seen O on O some O servers O , O with O BioWare O increasing O population O caps O and O adding O more O servers O to O attempt O to O resolve O them O . O An O 802.11ac O ( O AC2600 O ) O dual-band O MU-MIMO O gigabit O router B-Protocol . O In O April O 2022 O , O Blizzard O announced O Wrath B-Protocol of I-Protocol the I-Protocol Lich I-Protocol King I-Protocol Classic O , O scheduled O for O release O later O in O the O year O . O FORTRAN O 77 O – O the O University O of O Salford O produced O a O FORTRAN O 77 O compiler O for O George B-General_Concept 3 I-General_Concept . O It O was O unusual O in O that O it O used O 8-bit O characters O and O the O ASCII B-Protocol character I-Protocol set I-Protocol internally O . O Silverfrost B-Application FTN95 I-Application , O a O Fortran O 95 O compiler O for O Windows O is O a O distant O descendant O . O BCPL B-Language – O Bernard B-Application Sufrin I-Application ported O Martin O Richards O 's O IBM B-Application 360 I-Application compiler O to O the O 1900 O architecture O in O mid-1969 O at O Essex O University O . O By O precisely O tracing O the O origin O of O a O particular O bitcoin B-General_Concept , O it O is O possible O to O distinguish O a O group O of O bitcoins B-General_Concept from O the O others O , O a O process O known O as O bitcoin B-General_Concept coloring O ( O a O term O that O served O as O a O basis O to O the O name O of O the O Colored B-Protocol Coins I-Protocol protocol O ) O . O GoBlog O , O a O content B-Protocol management I-Protocol system I-Protocol written O entirely O in O Go O . O The O BIND O DNS B-Protocol daemon O caches B-General_Concept a O mapping O of O domain O names O to O IP B-Protocol addresses I-Protocol , O as O does O a O resolver O library O . O When O used O over O a O TCP/IP B-Protocol network I-Protocol such O as O the O Internet O , O additional O session O level O security O is O available O by O using O OFTP B-Protocol 2 O over O Transport B-Protocol Layer I-Protocol Security I-Protocol ( O TLS O ) O . O This O PADI O packet B-Protocol contains O the O MAC O address O of O the O computer O sending O it O . O RFC O Title O Date O published O Related O article O Related O RFCs O Note O RFC O 2058 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O January O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2138 O RFC O 2059 O RADIUS B-Protocol Accounting O January O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2139 O RFC O 2138 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O April O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2865 O RFC O 2139 O RADIUS B-Protocol Accounting O April O 1997 O RADIUS B-Protocol Obsoleted O by O RFC O 2866 O RFC O 2548 O Microsoft O Vendor-specific O RADIUS B-Protocol Attributes O March O 1999 O RADIUS B-Protocol RFC O 2607 O Proxy B-Application Chaining I-Application and O Policy O Implementation O in O Roaming O June O 1999 O RFC O 2618 O RADIUS B-Protocol Authentication O Client O MIB O Management O information O base O Obsoleted O by O RFC O 4668 O RFC O 2619 O RADIUS B-Protocol Authentication O Server O MIB O Management O information O base O Obsoleted O by O RFC O 4669 O RFC O 2620 O RADIUS B-Protocol Accounting O Client O MIB O June O 1999 O Management O information O base O Obsoleted O by O RFC O 4670 O RFC O 2621 O RADIUS B-Protocol Accounting O Server O MIB O June O 1999 O Management O information O base O Obsoleted O by O RFC O 4671 O RFC O 2809 O Implementation O of O L2TP B-Application Compulsory O Tunneling O via O RADIUS B-Protocol April O 2000 O RFC O 2865 O Remote B-Protocol Authentication I-Protocol Dial I-Protocol In I-Protocol User I-Protocol Service I-Protocol ( O RADIUS B-Protocol ) O June O 2000 O RADIUS B-Protocol Updated O by O RFC O 2868 O , O RFC O 3575 O , O RFC O 5080 O This O standard O describes O RADIUS B-Protocol authentication O and O authorization O between O a O Network O Access O Server O ( O NAS O ) O and O a O shared O RADIUS B-Protocol authentication O server O . O It O uses O an O XML B-Protocol container O whose O specifications O were O published O . O Particularly O , O the O advent O of O the O 80386 B-General_Concept processor O in O 1985 O and O its O capacity O for O 32-bit O transfers O ( O although O great O improvements O in O the O efficiency O of O address O calculation O and O block O memory B-General_Concept moves O in O Intel O CPUs O after O the O 80186 B-Device meant O that O PIO B-General_Concept transfers O even O by O the O 16-bit-bus O 286 B-General_Concept and O 386SX O could O still O easily O outstrip O the O 8237 B-Device ) O , O as O well O as O the O development O of O further O evolutions O to O ( O EISA B-Device ) O or O replacements O for O ( O MCA B-Device , O VLB O and O PCI B-Protocol ) O the O " O ISA B-Architecture " O bus O with O their O own O much O higher-performance O DMA O subsystems O ( O up O to O a O maximum O of O 33MB/s O for O EISA B-Device , O 40MB/s O MCA B-Device , O typically O 133MB/s O VLB/PCI O ) O made O the O original O DMA B-General_Concept controllers I-General_Concept seem O more O of O a O performance O millstone O than O a O booster O . O Five O variants O are O : O DVI-I B-Protocol single O link O , O DVI-I B-Protocol dual B-Protocol link I-Protocol , O DVI-D O single O link O , O DVI-D O dual B-Protocol link I-Protocol , O and O DVI-A.150pxMale O Mini-DVI B-Protocol plug O on O top O of O a O 12-inch O PowerBook O G4 O ; O female O port O is O second O from O left.Mini-DVIVGA O , O DVI B-Protocol , O television O . O Saber O Interactive O justified O its O purchase O by O arguing O that O Teardowns B-Application technology O could O be O expanded O into O a O larger O platform O and O compete O with O Minecraft B-Application and O Roblox B-Protocol . O The O project O has O been O superseded O by O the O SeaMonkey B-Language Internet I-Language suite I-Language ( O SeaMonkey B-Language was O the O original O code O name O for O the O project O ) O , O a O community-driven O Internet B-Protocol suite I-Protocol that O is O based O on O the O same O source O code O , O and O continues O to O be O developed O with O the O newer O Mozilla O codebase O . O Both O are O smaller O than O the O XFP B-Protocol transceiver I-Protocol . O While O LTS O ( O long O term O supported O ) O releases O are O maintained O for O 5 O years O , O accumulated O delays O in O release O time O frames O tend O to O force O operating B-General_Concept system I-General_Concept vendors O to O stay O on O the O last O supported O release O longer O , O leaving O less O margin O when O the O new O version O is O available O . O While O the O QUIC B-Protocol transport O layer O was O being O worked O on O to O support O the O third O version O of O the O HTTP B-Protocol protocol I-Protocol , O it O was O proposed O to O use O TLS B-Protocol to O provide O security O , O and O identified O that O some O adaptations O to O TLS B-Protocol libraries O would O be O needed O . O Such O modifications O were O brought O to O BoringSSL O which O was O the O library B-Library being O primarily O used O by O QUIC B-Protocol developers O by O then O , O and O later O ported O to O other O libraries O . O The O correctness O of O operations O can O be O checked O by O using O zero-knowledge B-Protocol proofs I-Protocol , O so O that O players O do O not O need O to O reveal O their O strategy O to O verify O the O game O 's O correctness O . O This O contains O the O nodes O to O which O the O client B-Protocol was O connected O and O the O nodes O learned O from O pong O packets O . O Windows B-Device NT I-Device 4.0 I-Device Server O , O Windows B-Application 2000 I-Application Server O and O Windows B-Application Server I-Application 2003 I-Application implemented O OSPFv2 B-Protocol in O the O Routing B-Library and I-Library Remote I-Library Access I-Library Service I-Library , O although O the O functionality O was O removed O in O Windows B-Device Server I-Device 2008 I-Device . O The O most O commonly O used O BGP B-Protocol implementation O used O in O dn42 B-Application are O BIRD B-Protocol and O FRR B-Protocol , O but O some O participants O use O OpenBGPD B-Application , O XORP B-Protocol , O GoBGP O or O the O implementation O of O JunOS B-Application or O Cisco B-Protocol IOS I-Protocol . O The O SIGTRAP O signal O is O sent O to O a O process B-Operating_System when O an O exception B-General_Concept ( O or O trap B-Application ) O occurs O : O a O condition O that O a O debugger B-Application has O requested O to O be O informed O of O for O example O , O when O a O particular O function O is O executed O , O or O when O a O particular O variable O changes O value O . O The O SIGURG B-Protocol signal O is O sent O to O a O process B-Operating_System when O a O socket B-Protocol has O urgent O or O out-of-band B-Protocol data I-Protocol available O to O read O . O The O SIGUSR1 O and O SIGUSR2 O signals O are O sent O to O a O process B-Operating_System to O indicate O user-defined O conditions O . O The O SIGXCPU O signal O is O sent O to O a O process B-Operating_System when O it O has O used O up O the O CPU B-General_Concept for O a O duration O that O exceeds O a O certain O predetermined O user-settable O value O . O The O arrival O of O a O SIGXCPU O signal O provides O the O receiving O process B-Operating_System a O chance O to O quickly O save O any O intermediate O results O and O to O exit O gracefully O , O before O it O is O terminated O by O the O operating O system O using O the O SIGKILL O signal O . O The O SIGXFSZ O signal O is O sent O to O a O process B-Operating_System when O it O grows O a O file O that O exceeds O the O maximum O allowed O size O . O The O SIGWINCH O signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept changes O its O size O ( O a O window O change O ) O . O In O early O 2011 O , O only O 16 O – O 26% O of O computers O were O IPv6 B-Protocol capable O , O while O only O 0.2 O % O preferred O IPv6 B-Protocol addressing O with O many O using O transition O methods O such O as O Teredo B-Protocol tunneling I-Protocol . O Awkward O extensibility O : O Due O to O the O lack O of O a O generic O extension O mechanism O , O new O features O have O to O be O added O in O the O protocol O specification O , O which O makes O the O protocol O less O flexible O than O H.323 B-Protocol , O SIP B-Application or O MGCP B-Protocol . O It O is O the O primary O technology O used O in O IBM O 's O ILE/400 O COBOL B-Application compiler B-Language , O and O the O ZMailer B-Application mail B-Protocol transfer I-Protocol agent I-Protocol uses O S/SL B-Application for O defining O both O its O mail O router O processing O language O and O its O RFC O 822 O email O address O validation O . O On O July O 1 O , O 2010 O , O Activision O re-released O the O DLC B-Protocol on O Xbox B-Application Live I-Application and O the O PlayStation B-Device Network I-Device shortly O thereafter O , O at O Xbox B-Application Live I-Application where O it O was O released O on O July O 3 O , O 2010 O , O and O at O PlayStation B-Device Network I-Device where O it O was O released O on O July O 20 O , O 2010 O . O Analog-to-digital O conversion O is O achieved O by O a O single O signed O 14-bit O 70,000 O samples/s O A/D O converter O and O a O 32-channel O multiplexer B-Protocol . O Furthermore O , O the O addition O of O Mini B-Protocol DisplayPort I-Protocol instead O of O the O more O popular O HDMI B-Protocol was O criticized O . O Covid B-Application Watch I-Application 's O TCN B-Protocol Protocol I-Protocol received O significant O news O coverage O and O was O followed O by O similar O decentralized O protocols O in O early O April O 2020 O like O DP-3T B-Protocol , O PACT O , O and O Google/Apple O Exposure B-Application Notification I-Application framework B-Architecture . O Server-side O sessions O are O handy O and O efficient O , O but O can O become O difficult O to O handle O in O conjunction O with O load-balancing/high O -availability O systems O and O are O not O usable O at O all O in O some O embedded O systems O with O no O storage O . O The O load-balancing O problem O can O be O solved O by O using O shared O storage O or O by O applying O forced O peering O between O each O client B-Protocol and O a O single O server B-Application in O the O cluster B-Architecture , O although O this O can O compromise O system O efficiency O and O load O distribution O . O Many O players O report O that O the O emotions O they O feel O while O playing O an O MMORPG B-Protocol are O very O strong O , O to O the O extent O that O 8.7 O % O of O male O and O 23.2 O % O of O female O players O in O a O statistical O study O have O had O an O online O wedding O . O A O single O downloadable B-Protocol content I-Protocol pack O was O released O for O the O game O . O A O further O problem O is O jitter O , O a O type O of O packet B-Protocol delay I-Protocol due O to O changes O in O latency O over O time O , O which O results O in O choppy O or O distorted O sound O . O It O supports O reading O , O writing O ( O mutating O ) O , O and O subscribing O to O changes O to O data O ( O realtime O updates O – O most O commonly O implemented O using O Websockets B-Protocol ) O . O A O mail B-Protocol retrieval I-Protocol agent I-Protocol such O as O fetchmail B-Protocol can O invoke O procmail B-Protocol as O needed O . O Panel O manufacturers O are O slowly O replacing O LVDS B-Architecture with O Internal O DisplayPort B-Protocol and O Embedded O DisplayPort B-Protocol , O which O allow O sixfold O reduction O of O the O number O of O differential O pairs O . O The B-Protocol World I-Protocol 's I-Protocol Online I-Protocol Festival I-Protocol ( O WOLF O ) O is O a O messaging O and O gaming O platform O with O apps O for O iOS B-Application and O Android B-Application . O In O early O versions O of O the O serial B-Protocol digital I-Protocol interface I-Protocol , O it O was O always O possible O to O uniquely O determine O the O video O format O by O counting O the O number O of O lines O and O samples O between O H O and O V O transitions O in O the O TRS O . O These O connections O , O however O , O are O not O quite O suited O to O the O network O speeds O that O fast-action O games O require O , O as O this O type O of O protocol O ( O Real B-Protocol Time I-Protocol Streaming I-Protocol Protocols I-Protocol ) O automatically O groups O data O into O packets O ( O which O will O not O be O sent O until O a O certain O volume O of O information O is O reached O , O unless O this O algorithm O - O Nagle B-Protocol 's I-Protocol algorithm I-Protocol - O is O disabled O ) O which O will O be O sent O through O the O connection O established O between O the O machines O , O rather O than O directly O ( O sacrificing O speed O for O security O ) O . O In O the B-Protocol prime I-Protocol DC I-Protocol universe I-Protocol , O the O Joker O also O attempts O to O destroy O Metropolis O with O a O nuke O supplied O by O Lex O Luthor O , O but O the O villains O are O foiled O by O the O Justice O League O . O Convergence O is O not O gated O by O incremental O discovery O of O a O bridge O 's O place O on O a O multicast B-Protocol tree O by O the O use O of O separate O signaling O transactions O . O However O , O SPBM O on O a O node O does O not O operate O completely O independently O of O its O peers O , O and O enforces O agreement O on O the O current O network B-Architecture topology I-Architecture with O its O peers O . O The O smartphones O were O released O with O MIUI B-Protocol 12.5 O based O on O Android B-Application 11 I-Application and O were O updated O to O MIUI B-Protocol 13 I-Protocol based O on O Android B-Application 12 I-Application . O Researchers O from O Digital O Asset O Research O ( O DAR O ) O discovered O multiple O instances O of O code O copied O from O other O projects O in O the O Tron B-Protocol code O base O . O In O mid-1989 O , O Software O Bargains O announced O an O expansion O providing O different O levels O of O Plus O 1 O functionality O , O offered O as O a O bare O printed O circuit O board O without O casing O and O in O three O different O variants O : O the O basic O model O offered O one O cartridge B-Protocol port O and O was O bundled O with O View O and O Viewsheet O cartridges B-Protocol for O £29.95 O ; O an O extended O model O offered O one O cartridge B-Protocol port O and O a O printer O port O with O the O two O bundled O cartridges B-Protocol for O £36.95 O ; O the O full O model O offered O two O cartridge B-Protocol ports O , O printer O port O and O the O bundled O cartridges B-Protocol for O £39.95 O . O Classical O multihoming B-Protocol is O the O dominant O technique O for O IPv4 O . O When O operating O over O a O network O , O syslog B-Protocol uses O a O client-server B-Operating_System architecture I-Operating_System where O the O server O listens O on O a O well-known O or O registered B-Protocol port I-Protocol for O protocol O requests O from O clients O . O Juniper O Networks O use O several O MTU B-Protocol terms O : O Physical O Interface O MTU B-Protocol ( O L3 O MTU B-Protocol plus O some O unspecified O protocol O overhead O ) O , O Logical O Interface O MTU B-Protocol ( O consistent O with O IETF O MTU B-Protocol ) O and O Maximum O MTU B-Protocol ( O maximum O configurable O frame B-Protocol size O for O jumbo B-Protocol frames I-Protocol ) O . O Router B-Protocol discovery O is O useful O for O accessing O computer O systems O on O other O nonlocal O area O networks O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Conditional O execution O on O XT-compatible O machines O only O . O ZeniMax O also O announced O that O it O would O be O coming O to O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device on O June O 9 O , O 2015 O , O and O that O it O would O be O rebranded O as O The B-Protocol Elder I-Protocol Scrolls I-Protocol Online I-Protocol : I-Protocol Tamriel I-Protocol Unlimited I-Protocol . O MMFM O , O ( O Modified O Modified B-Protocol Frequency I-Protocol Modulation I-Protocol ) O , O also O abbreviated O M²FM O , O or O M2FM O , O is O similar O to O MFM B-Protocol , O but O suppresses O additional O clock O bits O , O producing O a O longer O maximum O run O length O ( O a O ( O 1 O , O 4 O ) O RLL B-Protocol code I-Protocol ) O . O In O Second-Order O ( O SO O ) O state O , O the O compressor O is O suppressing O all O dynamic O fields O such O as O RTP B-Protocol sequence B-Protocol numbers I-Protocol , O and O sending O only O a O logical O sequence B-Protocol number I-Protocol and O partial O checksum O to O cause O the O other O side O to O predictively O generate O and O verify O the O headers O of O the O next O expected O packet O . O SPB O ( O the O generic O term O for O both O ) O combines O an O Ethernet O data O path O ( O either O IEEE O 802.1Q O in O the O case O of O SPBV O , O or O Provider O Backbone O Bridges O ( O PBBs O ) O IEEE O 802.1ah O in O the O case O of O SPBM O ) O with O an O IS-IS B-Protocol link B-Protocol state I-Protocol control O protocol O running O between O Shortest O Path O bridges O ( O network-to-network B-Protocol interface I-Protocol ( O NNI O ) O links O ) O . O The O link B-Protocol state I-Protocol protocol I-Protocol is O used O to O discover O and O advertise O the O network B-Architecture topology I-Architecture and O compute O shortest O path O trees O ( O SPT O ) O from O all O bridges O in O the O SPT O Region O . O Because O of O this O , O a O 6to4 B-Protocol host O is O not O guaranteed O to O be O reachable O by O all O native O IPv6 B-Protocol hosts O . O The O request O was O directed O at O a O server B-Application that O is O not O able O to O produce O a O response O ( O for O example O because O of O connection O reuse O ) O . O Indicates O that O the O server B-Application is O unwilling O to O risk O processing O a O request O that O might O be O replayed O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O The O origin O server B-Application requires O the O request O to O be O conditional O . O The O commercial O CAs O that O issue O the O bulk O of O certificates O for O HTTPS B-Protocol servers O typically O use O a O technique O called O " O domain B-Protocol validation I-Protocol " O to O authenticate O the O recipient O of O the O certificate O . O The O techniques O used O for O domain B-Protocol validation I-Protocol vary O between O CAs O , O but O in O general O domain B-Protocol validation I-Protocol techniques O are O meant O to O prove O that O the O certificate O applicant O controls O a O given O domain O name O , O not O any O information O about O the O applicant O 's O identity O . O General O reception O was O later O re-evaluated O as O positive O after O free O additional B-Protocol content I-Protocol was O later O added O , O being O praised O for O adding O a O new O layer O of O difficulty O . O Microsoft B-Protocol SharePoint I-Protocol Workspace I-Protocol ( O formerly O Microsoft B-Protocol Office I-Protocol Groove I-Protocol ) O is O a O discontinued O desktop O application O designed O for O document O collaboration O in O teams O with O members O who O are O regularly O off-line O or O who O do O not O share O the O same O network O security O clearance O . O A O context O menu O allows O users O to O open O the O directory O inside O the O Windows B-Protocol Explorer I-Protocol , O hide O and O un-hide O it O from O the O diagram O as O well O as O deleting O the O pie O from O the O disk O either O via O the O Recycle B-Application Bin I-Application or O permanently O . O A O device B-Application driver I-Application used O these O pins O to O implement O a O bidirectional O serial B-Protocol port I-Protocol , O which O worked O in O joystick B-Protocol port I-Protocol 1 O or O 2 O . O More O recent O Cisco O IOS O versions O support O a O new O feature O called O PIM B-Protocol Dense I-Protocol Mode I-Protocol State O Refresh O , O since O 12.1(5 ) O T O . O This O feature O uses O a O PIM O state O refresh O messages O to O refresh O the O Prune O state O on O outgoing O interfaces B-Application . O The O whereis O man B-Protocol page I-Protocol provides O the O following O sample O usage O : O In O response O , O most O web O site O administrators O check O the O referrer B-Protocol and O user B-Protocol agent I-Protocol headers O sent O by O the O requesting O client B-Protocol software I-Protocol to O prevent O their O images O from O being O " O fuskered O " O , O or O require O users O to O log B-General_Concept in I-General_Concept . O Continuing O the O wireless O example O , O the O node B-Protocol awaits O receipt O of O an O acknowledgement O packet O from O the O Access O Point O to O indicate O the O packet O was O received O and O checksummed O correctly O . O The O uucp B-Protocol community O administered O itself O and O did O not O mesh O well O with O the O administration O methods O and O regulations O governing O the O DNS B-Protocol ; O .uucp B-Protocol works O where O it O needs O to O ; O some O hosts O punt O mail O out O of O SMTP B-Protocol queue O into O uucp B-Protocol queues O on O gateway O machines O if O a O .uucp B-Protocol address O is O recognized O on O an O incoming O SMTP B-Protocol connection O . O This O is O a O list B-Protocol of I-Protocol causal I-Protocol mapping I-Protocol software I-Protocol . O Among O the O methods O used O for O key O exchange/agreement O are O : O public O and O private B-Application keys I-Application generated O with O RSA B-Architecture ( O denoted O TLS_RSA O in O the O TLS O handshake B-Protocol protocol B-Protocol ) O , O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH O ) O , O ephemeral B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DHE O ) O , O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDH O ) O , O ephemeral O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDHE O ) O , O anonymous O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH_anon O ) O , O pre-shared B-Protocol key I-Protocol ( O TLS_PSK O ) O and O Secure B-Protocol Remote I-Protocol Password I-Protocol ( O TLS_SRP O ) O . O When O a O document O is O transmitted O via O a O MIME B-Protocol message O or O a O transport O that O uses O MIME B-Protocol content O types O such O as O an O HTTP B-Protocol response O , O the O message O may O signal O the O encoding O via O a O Content-Type O header O , O such O as O Content-Type O : O text/html B-Language ; O charset B-General_Concept = O UTF-8 O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O IOS B-Device XE I-Device is O a O release O train O of O Cisco O Systems O ' O widely O deployed O Internetworking B-Protocol Operating I-Protocol System I-Protocol ( O IOS B-Protocol ) O , O introduced O with O the O ASR B-Protocol 1000 I-Protocol series O . O These O components O consist O of O networking O protocol O stacks O like O CAN B-Protocol , O TCP/IP B-Protocol , O FTP B-Protocol , O HTTP B-Protocol , O and O HTTPS B-Protocol , O and O also O included O storage O capabilities O like O FAT B-Application and O flash B-Device memory I-Device management O systems O . O Developing O of O TAC B-Protocol and O TiK B-Language began O in O 1998 O . O Netscape B-Application Composer I-Application is O a O WYSIWYG B-Application HTML B-General_Concept editor I-General_Concept initially O developed O by O Netscape B-Application Communications O Corporation O in O 1997 O , O and O packaged O as O part O of O the O Netscape B-Protocol Communicator I-Protocol , O Netscape B-Protocol 6 I-Protocol and O Netscape B-Protocol 7 I-Protocol range O of O Internet B-Protocol suites I-Protocol . O Subtext B-Protocol was O announced O on O May O 4 O , O 2005 O , O but O the O first O release O ( O Subtext B-Protocol Nautilus O Edition O ) O was O n't O announced O until O March O 2 O , O 2006 O . O Fixed O interfaces O No O No O No O No O Six O 10/100 B-Protocol Ethernet I-Protocol Two O 1000BASE-SX O and O two O 10/100 B-Protocol Ethernet I-Protocol No O No O Expansion B-Device cards I-Device supported O ? O The O value O is O set O to O 4 O for O IP B-Protocol in I-Protocol IP I-Protocol . O It O also O has O ethernet O support O ( O Network B-Protocol File I-Protocol System I-Protocol ( O NFS O ) O , O File B-Protocol Transfer I-Protocol Protocol I-Protocol ( O FTP O ) O , O Telnet B-Protocol protocols O ) O , O long O filename O File B-Application Allocation I-Application Table I-Application ( O VFAT O ) O and O a O tar B-Application file I-Application systems O , O floppy B-Device disk I-Device drive I-Device ( O FDD O ) O and O hard B-Device disk I-Device drive I-Device ( O HDD O ) O driver O support O . O eM B-Protocol Client I-Protocol uses O Microsoft O .NET B-Application 6 I-Application . O InLoox B-Operating_System collaboration B-Application software I-Application that O offers O web-based O and O on-premises O solutions O , O supports O task O management O , O document O management O , O and O workflow O Jira O Work O Management O collaboration B-Application software I-Application that O offers O web-based O and O on-premises O solutions O , O and O workflow O Jive B-Protocol web-based O suite O integrating O forums O , O blogs O , O wiki B-Protocol , O chat O , O VOIP O JotSpot B-Application wiki I-Application supports O calendars B-Application , O spreadsheets O , O file O repositories O , O photo O galleries O ; O made O for O ease O of O use O Kahootz B-Application online O cloud B-General_Concept collaboration B-Application software I-Application , O specialising O in O public O sector O and O enterprise O scalable O solutions O Knowledge B-Protocol Plaza I-Protocol web-based O social O knowledge O management O tool O Kolab B-Language security-focused O open B-Application source I-Application groupware B-Application collaboration O solution O with O web O client O , O CalDAV B-Protocol and O ActiveSync B-Operating_System and O its O own O native O client O Kumospace O virtual O office O software O company O for O remote O work O Kune B-Application free/open O -source O distributed O social O network O focused O on O collaboration O rather O than O just O on O communication O LibreOffice O Online O online O edition O of O LibreOffice O , O a O free B-Application and O open-source B-Application office O suite O Liferay B-Language portal I-Language , O web O content O management O and O social O collaboration B-Application platform I-Application LiquidPlanner O wiki-like O pages O , O document O sharing O , O Twitter-like O commenting O LogicalDOC B-Language on-line O and O on-premises O document O management O system O with O collaboration O and O workflow O features O LucidChart B-Protocol collaborative O diagramming O and O website/software O prototyping O , O supports O real-time O collaboration O , O built O on O web O standards O Microsoft B-Operating_System Exchange I-Operating_System Server I-Operating_System Microsoft B-Application Outlook I-Application Microsoft B-Protocol Live I-Protocol Meeting I-Protocol Microsoft B-Protocol Lync I-Protocol Server I-Protocol Microsoft B-Protocol Office I-Protocol Live I-Protocol Communications I-Protocol Server I-Protocol Microsoft B-Operating_System 365 I-Operating_System collaboration O office O suite O including O document O , O spreadsheet O , O presentation O editing O and O others O Microsoft B-Operating_System Project I-Operating_System Server I-Operating_System Microsoft B-Protocol SharePoint I-Protocol Foundation I-Protocol Microsoft B-Protocol SharePoint I-Protocol Server I-Protocol Microsoft B-Protocol SharePoint I-Protocol Workspace I-Protocol desktop O collaboration O application O Microsoft B-Application Team I-Application Foundation O Server O developer B-Application and O Agile O tools O collaboration B-Application platform I-Application Microsoft B-Application Teams I-Application platform O that O combines O workplace B-Application chat O , O meetings O , O notes O , O and O attachments O Microsoft B-Application Windows I-Application Live O messenger O , O office O web O apps O , O skydrive O , O mail O Mikogo B-Operating_System desktop O sharing O software O application O for O web B-Protocol conferencing I-Protocol , O online B-Protocol meetings I-Protocol and O web B-General_Concept collaboration I-General_Concept Mindjet B-Protocol mindmapping O software O , O collaborative O project O management O , O social O task O management O , O cloud-based O file O sharing O MindMeister B-Protocol collaborative O mindmapping O software O Mixedink B-Protocol combines O collaborative O editing O with O voting O Monday.com B-Protocol web O and O mobile O application O designed O to O improve O the O way O teams O communicate O and O collaborate B-Protocol . O HTTP B-Protocol Message I-Protocol Body I-Protocol is O the O data O bytes O transmitted O in O an O HTTP B-Protocol transaction O message O immediately O following O the O headers B-Protocol if O there O are O any O ( O in O the O case O of O no O headers B-Protocol are O transmitted O ) O . O The O relaunched O MSN.com O contained O a O whole O family O of O sites O , O including O original O content O , O channels O that O were O carried O over O from O ' O web O shows O ' O that O were O part O of O Microsoft O 's O MSN B-Protocol 2.0 O experiment O with O its O Internet O service O provider O in O 1996 O – O 97 O , O and O new O features O that O were O rapidly O added O . O Failure O to O include O an O NFO B-Protocol or O SFV B-Algorithm file I-Algorithm in O the O release O will O generally O result O in O a O nuke B-Application , O as O these O are O essential O components O of O the O warez B-Application standard I-Application to O which O The B-Application Scene I-Application adheres O . O MindManager B-Protocol also O received O a O number O of O awards O , O including O " O Collaboration O Product O of O the O Year O " O for O 2008 O by O Intranet O Journal O , O a O Jolt O Productivity O award O for O Design O and O Modeling O tools O from O Dr. O Dobb O 's O Journal O , O and O " O Best O of O CeBIT O " O in O the O Personal O Software O category O in O 2004 O . O Player O vs O player O combat O in O Asheron B-Protocol 's I-Protocol Call I-Protocol 2 I-Protocol : I-Protocol Fallen I-Protocol Kings I-Protocol was O always O consensual O , O and O was O not O considered O necessary O for O advancement O of O your O character O . O The O MIME B-Protocol ( O Multipurpose B-Protocol Internet I-Protocol Mail I-Protocol Extensions I-Protocol ) O specification O lists O Base64 B-Protocol as O one O of O two O binary-to-text O encoding O schemes O ( O the O other O being O quoted-printable O ) O . O For O best O performance O , O the O MSS O should O be O set O small O enough O to O avoid O IP B-Protocol fragmentation I-Protocol , O which O can O lead O to O packet B-Protocol loss I-Protocol and O excessive O retransmissions B-Protocol . O Metavid B-Protocol is O a O free-software B-Application wiki-based O community O archive O project O for O audio O video O media O . O In O 2016 O , O the O heading O of O the O official O website O changed O to O ' O World B-Protocol of I-Protocol the I-Protocol Living I-Protocol Dead I-Protocol book O coming O in O 2016 O ' O along O with O the O website O name O to O ' O World B-Protocol of I-Protocol the I-Protocol Living I-Protocol Dead I-Protocol - O Do O you O love O reading O about O zombies O ? O Heroes B-Protocol of I-Protocol Might I-Protocol and I-Protocol Magic I-Protocol Online I-Protocol finally O went O offline O on O 31 O March O 2014 O . O CardDAV B-Protocol is O based O on O WebDAV B-Protocol , O which O is O based O on O HTTP B-Protocol , O and O it O uses O vCard O for O contact O data O . O K-Meleon B-Protocol ' O s O custom O configuration B-Protocol files I-Protocol can O trigger O macros O . O InfoPath B-Operating_System Forms I-Operating_System Services I-Operating_System ( O or O Office B-Operating_System Forms I-Operating_System Services O ) O takes O over O the O features O of O Form O Server O 2007 O , O allowing O InfoPath O forms O to O be O hosted O in O a O SharePoint B-Protocol web O site O and O served O via O web B-Application browser I-Application . O Originally O a O component O of O Microsoft B-Protocol Office I-Protocol SharePoint I-Protocol Server I-Protocol 2007 I-Protocol Enterprise O edition O , O in O 2013 O , O it O was O made O available O with O : O If O there O is O no O routing B-Protocol table I-Protocol entries O for O the O entire O address B-Protocol space O , O it O must O be O completed O by O adding O dummy O entries O , O which O only O carries O the O information O that O no O route O is O present O for O that O range O . O On O 100 B-Protocol Megabit I-Protocol Ethernet I-Protocol networks O it O can O display O more O than O 50 O Megapixels/second O with O perceptually O lossless O image O quality O . O TurboVNC O also O extends O TightVNC B-Language to O include O client-side O double O buffering O and O other O features O targeted O at O 3D O applications O , O such O as O the O ability O to O send O a O lossless O copy O of O the O screen O image O during O periods O of O inactivity O . O The O list O below O describes O known O standards O for O .well-known B-Protocol services O that O a O web B-Application server I-Application can O implement O . O Autodocs O produced O ASCII B-Protocol output O only O . O The O table O below O lists O the O mappings O of O XML B-Protocol Schema O ( O XSD O ) O data O types O to O Java B-Language data O types O in O JAXB B-Language . O The O name O was O changed O to O IBM O Lotus B-Protocol Team I-Protocol Workplace I-Protocol in O release O 6.5.1 O . O In O the O Windows B-Application Live I-Application Essentials I-Application " O Wave O 3 O " O release O , O Windows B-Protocol Live I-Protocol FolderShare I-Protocol was O again O rebranded O as O Windows B-Protocol Live I-Protocol Sync I-Protocol . O Web B-Protocol Services I-Protocol for I-Protocol Devices I-Protocol or O Web O Services O on O Devices O ( O WSD O ) O is O a O Microsoft O API B-Application to O enable O programming O connections O to O web O service O enabled O devices O , O such O as O printers O , O scanners O and O file O shares O . O Rappelz B-Protocol is O a O free-to-play O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol . O New O Zealand O New O Zealand O adopted O the O full O FDD O APT B-Protocol band I-Protocol plan I-Protocol and O auctioned O the O spectrum B-Algorithm in O October O 2013.Vodafone O deployed O the O first O 4G B-Architecture services O on O 700 O MHz O in O New O Zealand O in O July O 2014 O Panama O In O October O 2012 O , O Panama O adopted O APT B-Protocol band I-Protocol plan I-Protocol one O week O before O the O XX O CITEL O 's O PCC.II O meeting O in O Mexico O City O . O The O distance O bound O computed O by O a O radio O frequency O distance O bounding O protocol O is O very O sensitive O to O even O the O slightest O processing B-Protocol delay I-Protocol . O DOLLx8 B-Architecture use O ASCII B-Protocol characters I-Protocol in O its O data O protocol O , O differential O signaling O in O the O bus O system O , O where O the O communication O consists O of O an O active O long-distance O technology O based O on O system O logic O where O handling O of O the O communication O is O done O automatically O by O the O microcontroller B-Architecture and O its O internal O embedded O Real-time B-Operating_System operating I-Operating_System system I-Operating_System ( O RTOS B-Operating_System ) O and O software O . O Goverlan O is O an O on-premises O client O management O software O designed O for O medium B-Application to I-Application large I-Application enterprises I-Application for O remote B-Protocol control I-Protocol , O active B-Protocol directory I-Protocol management O , O global O configuration O change B-Application management I-Application , O and O reporting O within O a O Windows O IT O Infrastructure O . O Kazaa B-Protocol was O subsequently O under O license O as O a O legal O music O subscription O service O by O Atrinsic O , O Inc. O , O which O lasted O until O August O 2012 O . O In O January O 2018 O , O players O flooded O the O virtual O reality O game O VRChat B-Protocol with O avatars O depicting O " O Ugandan O Knuckles O " O , O a O deformed O version O of O Knuckles O the O Echidna O . O They O are O renting O out O the O hardware O to O be O used O for O mining O by O other O people O ( O buyers O ) O in O a O similar O concept O to O cloud B-Protocol mining I-Protocol . O The O SIGURG B-Protocol signal O is O sent O to O a O process B-Operating_System when O a O socket B-Protocol has O urgent O or O out-of-band B-Protocol data I-Protocol available O to O read O . O The O SIGUSR1 O and O SIGUSR2 O signals O are O sent O to O a O process B-Operating_System to O indicate O user-defined O conditions O . O The O SIGXCPU O signal O is O sent O to O a O process B-Operating_System when O it O has O used O up O the O CPU B-General_Concept for O a O duration O that O exceeds O a O certain O predetermined O user-settable O value O . O The O arrival O of O a O SIGXCPU O signal O provides O the O receiving O process B-Operating_System a O chance O to O quickly O save O any O intermediate O results O and O to O exit O gracefully O , O before O it O is O terminated O by O the O operating O system O using O the O SIGKILL O signal O . O The O SIGXFSZ O signal O is O sent O to O a O process B-Operating_System when O it O grows O a O file O that O exceeds O the O maximum O allowed O size O . O The O SIGWINCH O signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept changes O its O size O ( O a O window O change O ) O . O Neverwinter B-Protocol comes O under O a O death O curse O . O The O turning O point O for O XyWrite B-Application came O in O the O form O of O a O disastrous O near-partnership O with O IBM O , O which O was O seeking O a O modern O replacement O for O its O venerable O DisplayWrite B-Protocol word B-General_Concept processor I-General_Concept . O Upload O Manager O ( O mintUpload B-Application ) O : O Defines O upload O services O for O FTP B-Protocol , O SFTP B-Protocol and O SCP B-Protocol servers O . O One O of O the O early O APL B-General_Concept line B-General_Concept terminals I-General_Concept ( O line-mode O operation O only O , O not O full O screen O ) O was O the O Texas O Instruments O TI O Model O 745 O ( O ) O with O the O full O APL B-General_Concept character B-General_Concept set I-General_Concept which O featured O half O and O full O duplex O telecommunications O modes O , O for O interacting O with O an O APL B-General_Concept time-sharing B-General_Concept service O or O remote O mainframe O to O run O a O remote O computer O job O , O called B-Protocol an I-Protocol RJE I-Protocol . O While O it O implements O the O SPICE B-Protocol protocol I-Protocol , O it O cannot O talk O directly O to O a O regular O SPICE B-Protocol server O . O Landmark B-Protocol was O a O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol game I-Protocol developed O and O published O by O Daybreak O Game O Company O ( O originally O Sony O Online O Entertainment O ) O for O Microsoft B-Application Windows I-Application . O Programs O such O as O pmount O allow O ordinary O users O to O mount B-Application and O unmount B-Application filesystems B-Application without O a O corresponding O fstab B-Protocol entry O ; O traditional B-Application Unix I-Application has O always O allowed O privileged O users O ( O the O root B-Application user I-Application and O users O in O the O wheel B-Operating_System group I-Operating_System ) O to O mount B-Application or O unmount B-Application devices O without O a O corresponding O fstab B-Protocol entry O . O The O election O process O is O made O orderly O through O the O use O of O skew O time O , O derived O from O a O router B-Protocol 's O priority O , O and O used O to O reduce O the O chance O of O the O thundering B-Operating_System herd I-Operating_System problem I-Operating_System occurring O during O the O election O . O A O number O of O alternate O outfits O for O Batman B-General_Concept and O Robin O were O made O available O by O completing O in-game O tasks O and O as O downloadable B-Protocol content I-Protocol . O Networking O The O X B-Operating_System Window I-Operating_System System I-Operating_System is O an O architecture B-Protocol that O was O designed O at O its O core O to O run O over O a O network O . O Wayland O does O not O offer O network B-General_Concept transparency I-General_Concept by O itself O ; O however O , O a O compositor O can O implement O any O remote B-Protocol desktop I-Protocol protocol I-Protocol to O achieve O remote O display O . O The O IP B-Protocol header I-Protocol is O different O from O the O modern O IPv4 B-Protocol header B-General_Concept . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Home B-Application servers I-Application often O run O headless B-Application , O and O can O be O administered O remotely O through O a O command O shell O , O or O graphically O through O a O remote B-Protocol desktop I-Protocol system O such O as O RDP B-Protocol , O VNC B-Protocol , O Webmin B-Application , O Apple B-Operating_System Remote I-Operating_System Desktop I-Operating_System , O or O many O others O . O Euro-IX O Europe O : O Prague O GRAPE O SC O , O a.s. O Euro-IX O Europe O : O Prague O Neutral O Internet B-Protocol Exchange I-Protocol of O the O Czech O Republic O ( O NIX.CZ O ) O Euro-IX O Europe O : O Prague O Peering.cz O ( O PCZ O ) O Euro-IX O Europe O : O Copenhagen O GlobalConnect O Content-IX O Euro-IX O Europe O : O Copenhagen O COMIX O by O Netnod O Euro-IX O Europe O : O Kongens O Lyngby O Danish O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Governmental O Internet B-Protocol Exchange I-Protocol ( O RTIX O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O TIX-LAN O ) O Euro-IX O Europe O : O Tallinn O Tallinn O Internet B-Protocol Exchange I-Protocol ( O 2 O ) O ( O TLLIX O ) O http://www.tllix.net O Euro-IX O Europe O : O Helsinki O , O Espoo O , O Oulu O Finnish O Communication O and O Internet B-Protocol Exchange I-Protocol ( O FICIX O ) O Euro-IX O Europe O : O Tampere O Tampere O Region O Exchange O ( O TREX O ) O Euro-IX O Europe O : O Clermont-Ferrand O AuvernIX O Euro-IX O Europe O : O Grenoble O GrenoblIX O Euro-IX O Europe O : O Lille O Northern O France O and O Eurometropolis O GIX O ( O Lillix O ) O Euro-IX O Europe O : O Lyon O Lyon O Internet B-Protocol Exchange I-Protocol ( O LyonIX O ) O Euro-IX O Europe O : O Marseille O DE-CIX O Marseille O Euro-IX O Europe O : O Nice O Nice O Internet B-Protocol eXchange I-Protocol ( O NicIX O ) O Euro-IX O Europe O : O Normandy O NormandIXNormandIX O , O PeeringDB B-Protocol Euro-IX O Europe O : O Paris O Gigabit O European O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Paris O WIFI O eXchange O point O ( O WiFIX O ) O Euro-IX O Europe O : O Paris O , O Marseille O France O Internet B-Protocol Exchange I-Protocol ( O France-IX O ) O Euro-IX O Europe O : O Paris O French O National O Internet B-Protocol Exchange I-Protocol IPv6 O ( O FNIX6 O ) O Euro-IX O Europe O : O Paris O FR-IX O Euro-IX O Europe O Lyonix O + O FR-IX O Euro-IX O Europe O : O Paris O Paris O Internet B-Protocol Exchange I-Protocol ( O PARIX O ) O Euro-IX O Europe O : O Paris O Paris O Operators O for O Universal O Internet B-Protocol Exchange I-Protocol ( O POUIX O ) O Euro-IX O Europe O : O Paris O Service O for O French O Internet B-Protocol Exchange I-Protocol ( O SFINX O ) O Euro-IX O Europe O : O Paris O StuffIX O Euro-IX O Europe O : O Paris O Equinix O Internet B-Protocol Exchange I-Protocol Paris O Euro-IX O Europe O : O Paris O NetIX O Euro-IX O Europe O : O Rhône-Alpes O SainteTiX O Euro-IX O Europe O : O Saint-Trivier-sur-Moignans O Maxnod O Euro-IX O Europe O : O Saint-Étienne O PhibIX O Gix O & O Nap O Euro-IX O Europe O : O Strasbourg O EuroGIX O Euro-IX O Europe O : O Toulouse O Toulouse O Internet B-Protocol eXchange I-Protocol ( O TOUIX O ) O Euro-IX O Europe O : O Valence O Ardèche O and O Drôme O Internet B-Protocol eXchange I-Protocol ( O ADN-IX O ) O Euro-IX O Europe O : O Munich O Alps O Internet B-Protocol Exchange I-Protocol ( O ALP-IX O ) O Euro-IX O Europe O : O Berlin O Berlin O Commercial O Internet B-Protocol Exchange I-Protocol ( O BCIX O ) O Euro-IX O Europe O : O Bremen O Bremen O Internet B-Protocol Exchange I-Protocol ( O BREM-IX O ) O Euro-IX O Europe O : O Frankfurt O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Frankfurt O Deutscher O Commercial O Internet B-Protocol Exchange I-Protocol ( O DE-CIX O ) O Euro-IX O Europe O : O Hamburg O DE-CIX O Hamburg O Euro-IX O Europe O : O Munich O DE-CIX O Munich O Euro-IX O Europe O : O Dortmund O Dortmund O Internet B-Protocol eXchange I-Protocol ( O DO-IX O ) O Euro-IX O Europe O : O Frankfurt O , O Düsseldorf O , O Berlin O , O Hamburg O European O Commercial O Internet B-Protocol Exchange I-Protocol ( O ECIX O ) O Euro-IX O Europe O : O Frankfurt O Frankfurt O Network O Access O Point O ( O fraNAP O ) O Euro-IX O Europe O : O Munich O INXS O Munich O ( O INXS O MUC O ) O Euro-IX O Europe O : O Münster O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Frankfurt O Kleyer O Rebstöcker O InternetExchange O ( O KleyReX O ) O Euro-IX O Europe O : O Nuremberg O Nürnberger O Internet B-Protocol Exchange I-Protocol ( O N-IX O ) O Euro-IX O Europe O : O Frankfurt O NetIX O Euro-IX O Europe O : O Düsseldorf O , O Frankfurt O OpenCarrier O eG O Member O IX O ( O OCIX O Duesseldorf/OCIX O Frankfurt O ) O Euro-IX O Europe O : O Stuttgart O Stuttgarter O Internet B-Protocol eXchange I-Protocol ( O S-IX O ) O Euro-IX O Europe O : O Athens O Greek O Internet B-Protocol Exchange I-Protocol ( O GR-IX O ) O Euro-IX O Europe O : O Budapest O Budapest O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O Euro-IX O Europe O : O Reykjavík O Reykjavík O Internet B-Protocol Exchange I-Protocol ( O RIX O ) O Euro-IX O Europe O : O Cork O Cork O Neutral O Internet B-Protocol Exchange I-Protocol ( O CNIX O ) O Euro-IX O Europe O : O Dublin O Internet O Neutral O Exchange O Association O Ltd O . O ( O INEX O ) O Euro-IX O Europe O : O Galway O Exchange O West O Euro-IX O Europe O : O Bologna O Nexus O srl O Euro-IX O Europe O : O Florence B-Application Tuscany O Internet B-Protocol Exchange I-Protocol ( O TIX O ) O Euro-IX O Europe O : O Milan O Milan O Internet B-Protocol eXchange I-Protocol ( O MIX O ) O Euro-IX O Europe O : O Milan O Milan O Neutral O Access O Point O ( O MINAP O ) O Euro-IX O Europe O : O Palermo O DE-CIX O Palermo O Euro-IX O Europe O : O Padova O VSIX O Nap O del O Nord O Est O Euro-IX O Europe O : O Rome O Nautilus O Mediterranean O eXchange O point O ( O NaMeX O ) O Euro-IX O Europe O : O Turin O Torino-Piemonte O Exchange O Point O ( O TOPIX O ) O Euro-IX O Europe O : O Udine O Friuli O Venezia O Giulia O Internet B-Protocol Exchange I-Protocol ( O FVG-IX O ) O Euro-IX O Europe O : O Pristina O Kosova O Internet B-Protocol Exchange I-Protocol ( O KOSIX O ) O Euro-IX O Europe O : O Riga O Latvian O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O Euro-IX O Europe O : O Riga O Santa O Monica O Internet O Local O Exchange O ( O SMILE-IXP O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Baltneta O Internet B-Protocol Exchange I-Protocol , O Didžiausias O Lietuviško O interneto O apsikeitimo O taškas O ( O BALT-IX O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Lietuvos O Interneto O ( O LIPTAM O ) O Euro-IX O Europe O : O Vilnius O Lithuanian O Internet B-Protocol eXchange I-Protocol Point I-Protocol , O Lietuvos O Interneto O apsikeitimo O taskas O ( O LIXP O ) O Euro-IX O Europe O : O Vilnius O New O Lithuanian O Internet B-Protocol Exchange I-Protocol , O Naujas O Lietuviško O interneto O apsikeitimo O taškas O ( O LITIX O ) O Euro-IX O Europe O : O Luxembourg O LU-CIX O ( O LUxembourg O Commercial O Internet B-Protocol eXchange I-Protocol ; O merged O with O Luxemburg O Internet B-Protocol Exchange I-Protocol ( O LIX O ) O ) O Euro-IX O Europe O : O Msida O Malta O Internet B-Protocol Exchange I-Protocol ( O MIX O Malta O ) O Euro-IX O Europe O : O Chișinău O Moldavian O Internet B-Protocol Exchange I-Protocol ( O MD-IX O ) O Euro-IX O Europe O : O Amsterdam O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Amsterdam O Amsterdam O Internet B-Protocol Exchange I-Protocol ( O AMS-IX O ) O Euro-IX O Europe O : O Amsterdam O Neutral O Internet B-Protocol Exchange I-Protocol ( O NL-ix O ) O Euro-IX O Europe O : O Dronten O Speed O Internet B-Protocol Exchange I-Protocol ( O Speed-IX O ) O Euro-IX O Europe O : O Enschede O Nederlands-Duitse O Internet B-Protocol Exchange I-Protocol ( O NDIX O ) O Euro-IX O Europe O : O Groningen O Groningen O Internet B-Protocol Exchange I-Protocol ( O GN-IX O ) O Euro-IX O Europe O : O Amsterdam O XchangePoint O Amsterdam O IPP O Euro-IX O Europe O : O Rotterdam O Rotterdam O Internet B-Protocol eXchange I-Protocol ( O R-iX O ) O Euro-IX O Europe O : O Amsterdam O NetIX O Euro-IX O Europe O : O Oslo O , O Bergen O , O Stavanger O , O Trondheim O Norwegian O Internet B-Protocol Exchange I-Protocol ( O NIX-NO O ) O Euro-IX O Europe O : O Oslo O Free O Internet B-Protocol eXchange I-Protocol Oslo O ( O FIXO O ) O Euro-IX O Europe O : O Gdańsk O Gdańsk O Internet B-Protocol eXchange I-Protocol Euro-IX O Europe O : O Katowice O , O Silesia O Stowarzyszenie O na O Rzecz O Rozwoju O Spoleczenstwa O Informacyjnego O e-Poludnie O ( O EPIX O ) O Euro-IX O Europe O : O Mogilno O Central O Polish O Internet B-Protocol eXchange I-Protocol ( O CPIX-PL O ) O Euro-IX O Europe O : O Kraków O Cracow O Internet B-Protocol Exchange I-Protocol ( O CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Warsaw B-Application Krajowa O Izba O Komunikacji O Ethernetowej O ( O KIX O ) O Euro-IX O Europe O : O Warsaw B-Application Polish O Internet B-Protocol Exchange I-Protocol ( O PLIX O ) O Euro-IX O Europe O : O Warsaw B-Application Thinx O Poland O ( O THINX O ) O Euro-IX O Europe O : O Warsaw B-Application Warsaw B-Application Internet B-Protocol Exchange I-Protocol ( O WIX O ) O Euro-IX O Europe O : O Warsaw B-Application Telekomunikacja O Polska O Internet B-Protocol Exchange I-Protocol ( O TPIX O ) O Euro-IX O Europe O : O Poznań O Poznań O Internet B-Protocol eXchange I-Protocol ( O POZIX O ) O Euro-IX O Europe O : O Lisbon O , O Porto O GIGAbit O Portuguese O Internet B-Protocol Exchange I-Protocol ( O GIGAPIX O ) O Euro-IX O Europe O : O Bucharest O Balcan-IX O ( O Balcan-IX O ) O Euro-IX O Europe O : O Bucharest O Romanian O Network O for O Internet B-Protocol Exchange I-Protocol ( O RoNIX O ) O Euro-IX O Europe O : O BucharestInterLAN O Internet B-Protocol Exchange I-Protocol ( O InterLAN O ) O Euro-IX O Europe O : O Constanța O Tomis O Internet B-Protocol eXchange I-Protocol ( O TomIX O ) O Euro-IX O Europe O : O Bucharest O NetIX O Euro-IX O Europe O : O Bucharest O DreamServer O Internet B-Protocol Exchange I-Protocol ( O DSIX O ) O Euro-IX O Europe O : O Krasnodar O South O Russia O IX O ( O Sea-IX O ) O Euro-IX O Europe O : O Nizhny O Novgorod O Nizhny O Novgorod O Internet B-Protocol Exchange I-Protocol ( O NNOV-IX O ) O Euro-IX O Europe O : O Saratov O Saratov O Internet B-Protocol Exchange I-Protocol ( O Saratov-IX O ) O Euro-IX O Europe O : O Rostov-on-Don O LTD O Irida O telecom O Euro-IX O Europe O : O Rostov-on-Don O Rostov-on-Don O IX O Euro-IX O Europe O : O Moscow O Eurasia O Peering O Euro-IX O Europe O : O Moscow O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Moscow O SVAO-IX O Euro-IX O Europe O : O Moscow O Home O Networks O eXchange O ( O NET-IX O ) O Euro-IX O Europe O : O Moscow O Home-IX O Euro-IX O Europe O : O Moscow O ROILCOM O Ltd O Euro-IX O Europe O : O Saint O Petersburg O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Saint O Petersburg O PIRIX O Euro-IX O Europe O : O Moscow O MediaSoft O Expert O Euro-IX O Europe O : O Moscow O Moscow O Internet B-Protocol Exchange I-Protocol ( O MSK-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O North-West O Internet B-Protocol Exchange I-Protocol ( O NW-IX O ) O Euro-IX O Europe O : O Saint O Petersburg O Westcom O Euro-IX O Europe O : O Saint O Petersburg O MSK-IX O Saint-Petersburg O ( O formerly O Saint O Petersburg O Internet B-Protocol Exchange I-Protocol ( O SPB-IX O ) O ) O Euro-IX O Europe O : O Samara O Samara O IX O Euro-IX O Europe O : O Ulyanovsk O Ulyanovsk O Internet B-Protocol eXchange I-Protocol ( O ULN-IX O ) O Euro-IX O Europe O : O Yaroslavl O Yaroslavl O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Belgrade O Serbian O Open O eXchange O ( O SOX O ) O Euro-IX O Europe O : O Bratislava O Neutral O Internet B-Protocol eXchange I-Protocol Slovakia O ( O NIX.SK O ) O Euro-IX O Europe O : O Bratislava O , O Košice O Slovak O Internet B-Protocol eXchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Ljubljana O Slovenian O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O Euro-IX O Europe O : O Barcelona O Catalunya O Neutral O Internet B-Protocol Exchange I-Protocol ( O CATNIX O ) O Euro-IX O Europe O : O Madrid O Nap O de O las O Americas O , O Verizon B-Application Enterprise I-Application Solutions I-Application Euro-IX O Europe O : O Madrid O Madrid O Internet B-Protocol Exchange I-Protocol ( O MAD-IX O ) O Euro-IX O Europe O : O Madrid O España O Internet B-Protocol Exchange I-Protocol ( O ESPANIX O ) O Euro-IX O Europe O : O Leioa O , O Basque O Country O Basque O Country O Internet B-Protocol Exchange I-Protocol Point I-Protocol , O Punto O Neutro O Vasco O ( O EuskoNIX O ) O Euro-IX O Europe O : O Borås O BOR-IX O Euro-IX O Europe O : O Malmö O COMIX O Euro-IX O Europe O : O Malmö O Internet B-Protocol eXchange I-Protocol point I-Protocol of O the O Oresund O Region O ( O IXOR/MalmIX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O , O Malmö O , O Sundsvall O , O Luleå O Netnod O Internet B-Protocol Exchange I-Protocol i O Sverige O ( O Netnod O ) O Euro-IX O Europe O : O Göteborg O Gothenburg O Internet B-Protocol Exchange I-Protocol ( O GIX O ) O Euro-IX O Europe O : O Stockholm O Stockholm O Open O Local O Internet B-Protocol Exchange I-Protocol ( O SOL-IX O ) O Euro-IX O Europe O : O Stockholm O , O Göteborg O Stockholm O Internet B-Protocol eXchange I-Protocol ( O STHIX O ) O Euro-IX O Europe O : O Umeå O NorrNod O Euro-IX O Europe O : O Uppsala O Uppsala O regional O Internet B-Protocol exchange I-Protocol ( O UPPrix O ) O Euro-IX O Europe O : O Geneva O CERN O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O CIXP O ) O Euro-IX O Europe O : O Zürich O Equinix O Zürich O Euro-IX O Europe O : O Zürich O , O Bern O , O Basel O , O Lupfig O Swiss O Internet B-Protocol Exchange I-Protocol ( O SwissIX O ) O Euro-IX O Europe O : O Istanbul O CityNet O Telekom O Euro-IX O Europe O : O Istanbul O DE-CIX O Istanbul O ( O formerly O Istanbul O Internet B-Protocol Exchange I-Protocol ( O IST-IX O ) O ) O Euro-IX O Europe O : O Dnipro O Fregat O Euro-IX O Europe O : O Donetsk O Donetsk O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DN-IX/EUNIC O -IX O ) O Euro-IX O Europe O : O Kharkiv O Kharkiv O Internet B-Protocol Exchange I-Protocol ( O KH-IX O ) O Euro-IX O Europe O : O Kherson O Kherson O Internet B-Protocol Exchange I-Protocol ( O IX.ks.ua O ) O Euro-IX O Europe O : O Kyiv O Global O Internet B-Protocol Exchange I-Protocol and O Peering O Network O ( O GE-CIX O ) O Euro-IX O Europe O : O Kyiv O Ukrainian O Internet B-Protocol Exchange I-Protocol Network O ( O UA-IX O ) O Euro-IX O Europe O : O Kyiv O Digital O Telecom O Internet B-Protocol Exchange I-Protocol ( O DTEL-IX O ) O Euro-IX O Europe O : O Lviv O Lviv O Internet B-Protocol Exchange I-Protocol Point I-Protocol Euro-IX O Europe O : O Odesa O Odesa O Internet B-Protocol Exchange I-Protocol ( O OD-IX O ) O Euro-IX O Europe O : O Simferopol O Crimea-IX O Euro-IX O Europe O : O Zaporizhia O Zaporizhia O Internet B-Protocol Exchange I-Protocol ( O ZPIX O ) O Euro-IX O Europe O : O Bradford B-Application Bradford B-Application Internet B-Protocol Exchange I-Protocol ( O IXBradford B-Architecture ) O Euro-IX O Europe O : O Brighton O Brighton O Internet B-Protocol Exchange I-Protocol ( O IX O Brighton O ) O Euro-IX O Europe O : O Cardiff O IXCardiff O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Edinburgh O IXScotland O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Europe O : O Leeds O Leeds O Internet B-Protocol Exchange I-Protocol ( O IXLeeds O ) O Euro-IX O Europe O : O Liverpool B-Application IX O Liverpool B-Application Euro-IX O Europe O : O London O London O Internet B-Protocol Exchange I-Protocol ( O LINX O ) O Euro-IX O Europe O : O London O London O Network O Access O Point O ( O LONAP O ) O Euro-IX O Europe O : O London O NetIX O Euro-IXEurope O : O LondonRapidIXEuro-IX O Europe O : O Manchester O IX O Manchester O operated O by O London O Internet B-Protocol Exchange I-Protocol Euro-IX O Latin O America O : O Bahía O Blanca O , O Buenos O Aires O , O Córdoba O , O Mar O del O Tuyú O , O La O Plata O , O Mendoza O , O Neuquén O , O Rosario O , O Santa O Fe O IXP B-Protocol Argentina O Group O , O CABASELAC-IXLatin O America O : O Belize O City O Belize O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O BIXP O ) O LAC-IXLatin O America O : O La O Paz O IXP-MEGALINKLAC-IXLatin O America O : O Aracaju O , O Belém O , O Belo O Horizonte O , O Brasília O , O Campina O Grande O , O Campinas O , O Caxias O do O Sul O , O Cuiabá O , O Curitiba O , O Florianópolis O , O Fortaleza O , O Foz O do O Iguacu O , O Goiânia O , O João O Pessoa O , O Lajeado O , O Londrina O , O Maceio O , O Manaus O , O Maringá O , O Natal O , O Porto O Alegre O , O Recife O , O Rio O de O Janeiro O , O Salvador O , O Santa O Maria O , O São O Carlos O , O São O José O dos O Campos O , O São O José O do O Rio O Preto O , O São O Luis O , O São O Paulo O , O Teresina O , O VitóriaPTT O MetroLAC-IXLatin O America O : O Rio O de O Janeiro O PTT O MoebiusLAC-IXLatin O America O : O Rio O de O Janeiro O PIX O LINKFULLLAC-IXLatin O America O : O São O Paulo O NAP O do O Brasil O , O EquinixLAC-IXLatin O America O : O Rio O de O Janeiro O Equinix O Rio O de O JaneiroLAC-IXLatin O America O : O São O Paulo O Equinix O São O PauloLAC-IXLatin O America O : O Santiago O NAP O Chile O , O Intercambio O de O Tráfico O NacionalLAC-IXLatin O America O : O Santiago O PIT O Chile O , O Intercambio O de O Tráfico O Nacional O y O CDN'sLAC-IXLatin O America O : O Santiago O SCL-IX O , O Intercambio O de O Tráfico O Neutral O de O ChileLAC-IXLatin O America O : O Bogotá O NAP O Colombia O ( O CCIT O ) O LAC-IXLatin O America O : O WillemstadAMS-IX O CaribbeanLAC-IXLatin O America O : O San O José O Costa O Rica O Internet B-Protocol Exchange I-Protocol ( O CRIX O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol INFOCOM O Costa O RicaLAC-IXLatin O America O : O Alajuela O IXP B-Protocol Instituto O Costarricense O de O Electricidad O ( O ICE O ) O LAC-IXLatin O America O : O San O José O IXP B-Protocol NavégaloLAC-IXLatin O America O : O San O José O Tigo O Costa O Rica O , O Amnet O Cable O Costa O RicaLAC-IXLatin O America O : O Roseau O Dominica O National O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O DANIX O ) O LAC-IXLatin O America O : O Santo O Domingo O NAP O del O CaribeLAC-IXLatin O America O : O Santo O Domingo O Tricom O S.A.LAC-IXLatin O America O : O Quito O , O Guayaquil O NAP O Ecudador O ( O NAP.EC-UIO/NAP.EC O -GYE O ) O LAC-IXLatin O America O : O St. O George O 's O Grenada O Internet B-Protocol Exchange I-Protocol ( O GREX O ) O LAC-IXLatin O America O : O Port-au-Prince O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O Haiti O Internet B-Protocol Exchange I-Protocol ( O HIX O ) O , O PeeringDBLAC-IXLatin O America O : O Tegucigalpa O IXP-HNLAC-IX O Latin O America O : O Fort-de-France O Martinique O Internet B-Protocol Exchange I-Protocol ( O MARTIN-IX O ) O LAC-IXLatin O America O : O TijuanaMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O MexicaliMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Ciudad O JuarezMexico O Internet B-Protocol Exchange I-Protocol ( O MIE O ) O www.mie.mxLAC-IXLatin O America O : O Mexico O City O IXP B-Protocol MexicanoLAC-IXLatin O America O : O Lima O Nap O PeruLAC-IXLatin O America O : O Lima O Perú O IX O - O Lima O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O ArequipaPerú O IX O - O Arequipa O ( O formerly O PIT O Peru O ) O LAC-IXLatin O America O : O TrujilloPerú O IX O - O Trujillo O ( O formerly O PIT O Peru O ) O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Claro O Puerto O Rico O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Internet B-Protocol Exchange I-Protocol of O Puerto O Rico O , O ix.pr O LAC-IX O Latin O America O United O States O : O San O Juan O , O PR O Puerto O Rico O Bridge O Initiative O ( O PRBI-IX O ) O , O Critical O Hub O Networks O LAC-IX O Latin O America O : O Panama O InterRed O * O LAC-IX O Latin O America O : O Asuncion O IX.PY O * O LAC-IX O Latin O America O : O Saint-Barthélemy O Saint O Barth O Internet B-Protocol Exchange I-Protocol ( O SBH-IX O ) O LAC-IX O Latin O America O : O Basseterre O St. O Kitts O & O Nevis O Internet B-Protocol Exchange I-Protocol ( O SKN-IX O ) O LAC-IX O Latin O America O : O Marigot O Saint O Martin O Internet B-Protocol Exchange I-Protocol ( O SMART-IX O ) O LAC-IX O Latin O America O : O Philipsburg O Open O Caribbean O Internet B-Protocol Exchange I-Protocol ( O OCIX O ) O LAC-IX O Latin O America O : O Barataria O Trinidad O and O Tobago O Internet B-Protocol Exchange I-Protocol ( O TTIX O ) O LAC-IXLatin O America O : O CaracasVenezuela O IX O ( O www.venezuelaix.net O ) O LAC-IXMiddle O East O : O TehranTehran O Internet O Exchange-SC2 O NIX B-Application ( O National B-Application intranet I-Application exchange O ) O Middle O East O : O TehranTehran O Internet O Exchange-SC1 O NIXMiddle O East O : O BumahenTehran O Internet O Exchange-Bomehen O NIXMiddle O East O : O IsfahanTehran O Internet O Exchange-Isfahan-SC2 O NIXMiddle O East O : O MashhadTehran O Internet O Exchange-Mashhad-SC2 O NIXMiddle O East O : O ShirazTehran O Internet O Exchange-Shiraz-SC2 O NIXMiddle O East O : O TabrizTehran O Internet O Exchange-Tabriz-SC2 O NIX B-Application Middle O East O : O Baghdad O MASARAT O telecom O ( O GCCIT O ) O Euro-IX O Middle O East O : O Petach O Tikva O Israeli O Internet B-Protocol Exchange I-Protocol ( O IIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Cairo B-Language Internet B-Protocol Exchange I-Protocol ( O CAIX O ) O Euro-IX O Middle O East O : O Cairo B-Language Middle O East O Internet B-Protocol Exchange I-Protocol ( O MEIX O , O GPX O Cairo B-Language ) O Euro-IX O Middle O East O : O Beirut O Advanced O IX O Euro-IX O Middle O East O : O Beirut O Beirut O Internet B-Protocol Exchange I-Protocol ( O BIX O ) O * O Euro-IX O Middle O East O : O Beirut O Pros-Services O Euro-IX O Middle O East O : O Gaza O Digital O Communication O ltd O . O Euro-IX O Middle O East O : O Ramallah O Palestine O Internet B-Protocol Exchange I-Protocol Point I-Protocol ( O PIX O ) O Euro-IX O Middle O East O Saudi O Arabia O : O RiyadhSaudi O Arabian O Internet O Exchange(SAIX ) O tbd O Middle O East O : O Dubai O UAE B-Application Internet I-Application Exchange I-Application ( O UAE-IX B-Application ) O Euro-IX O Middle O East O : O Fujairah O Etisalat O Smarthub O IPX O , O SH-IX O Euro-IX O North O America O : O Calgary O Calgary O Internet B-Protocol Exchange I-Protocol ( O YYCIX O ) O North O America O : O Edmonton O Edmonton O Internet B-Protocol Exchange I-Protocol ( O YEGIX O ) O North O America O : O Halifax O Halifax O Internet B-Protocol Exchange I-Protocol ( O HFXIX O ) O North O America O : O Saskatoon O Saskatoon O Internet B-Protocol Exchange I-Protocol ( O YXEIX O ) O North O America O : O Toronto O Greater O Toronto O International O Internet B-Protocol Exchange I-Protocol ( O GTIIX O ) O North O America O : O Toronto O Equinix O Internet B-Protocol Exchange I-Protocol North O America O : O Niagara O Region O Niagara O Region O International O Internet B-Protocol Exchange I-Protocol ( O NRIIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa O Internet B-Protocol Exchange I-Protocol ( O OttIX O ) O - O Inactive O North O America O : O Ottawa O Ottawa-Gatineau O Internet B-Protocol Exchange I-Protocol ( O OGIX O ) O North O America O : O Ottawa O Ottawa O Federal O GigaPOPOttawa O Federal O GigaPOP O , O PeeringDB B-Protocol - O Inactive O North O America O : O Vancouver O , O Toronto O , O Montreal O Peer1 O Exchange O ( O PIX O ) O North O America O : O Montreal O Montreal O Internet B-Protocol Exchange I-Protocol ( O QIX O ) O North O America O : O Toronto O Ontario O Internet B-Protocol Exchange I-Protocol ( O ONIX O ) O North O America O : O Toronto O Toronto O Internet B-Protocol Exchange I-Protocol ( O TorIX O ) O North O America O : O Vancouver O Vancouver O Internet B-Protocol Exchange I-Protocol ( O VANIX O ) O North O America O : O Vancouver O BCNET O Vancouver O Transit O Exchange O North O America O : O Winnipeg O Manitoba O Internet B-Protocol Exchange I-Protocol ( O MBIX O ) O North O America O : O Winnipeg O Winnipeg O Internet B-Protocol Exchange I-Protocol ( O WPGIX O ) O North O America O : O Paducah O , O Kentucky O Paducah O Internet B-Protocol Exchange I-Protocol ( O Paducah O IX O , O PIE O ) O North O America O : O Baltimore O , O Baltimore O , O Maryland O DACS-IX O Baltimore O North O America O : O Orlando O , O Orlando O , O Florida O DACS-IX O Orlando O North O America O : O Fremont O FCIX O North O America O : O Fremont O Lambda O Internet B-Protocol Exchange I-Protocol North O America O : O Fremont O with O global O presence O EVIX O North O America O : O Ashland O Richmond O Virginia O Internet B-Protocol Exchange I-Protocol ( O RVA-IX O ) O North O America O : O Chicago O , O Illinois O United O IX O - O Chicago O ( O ChIX O ) O North O America O : O Chicago O , O Illinois O AMS-IX O Chicago O North O America O : O Evansville O SITCO O Evansville-IN O North O America O : O Jacksonville O Jacksonville O Internet B-Protocol Exchange I-Protocol ( O JXIX O ) O North O America O : O Kansas O City O , O Missouri O Kansas O City O Internet B-Protocol eXchange I-Protocol ( O KCIX O ) O North O America O : O Austin O , O Dallas O , O Houston O , O Phoenix O , O San O Antonio O CyrusOne O Internet B-Protocol Exchange I-Protocol ( O CyrusOne O IX O ) O North O America O : O Madison O Madison O Internet B-Protocol Exchange I-Protocol ( O MadIX O ) O North O America O : O Moffett O Field O NGIX O WestNGIX O West O , O PeeringDB B-Protocol North O America O : O Mountain O View O NASA O Ames O Internet B-Protocol eXchange I-Protocol North O America O : O Nashville O Nashville O Internet B-Protocol Exchange I-Protocol ( O NashIX O ) O North O America O : O New O Mexico O Internet B-Protocol Exchange I-Protocol New O Mexico O ( O IXNM O ) O North O America O : O Northern O Virginia O LINX O Northern O Virginia O ( O LINX O NoVa O ) O North O America O : O Ohio O OhioIX O North O America O : O Boston O , O Los O Angeles O , O Chicago O , O Denver O , O Miami O , O New O York O City O , O Reston O , O San O Jose O Any2 O North O America O : O Phoenix O ArizonaIX O , O i/o O Datacenter O North O America O : O Atlanta O , O Dallas O , O New O York O City O , O Phoenix O Digital O Realty O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Atlanta O Southeast O Network O Access O Point O ( O SNAP O ) O tbd O North O America O : O New O York O City O , O New O York O , O Big O Apple O Peering O Exchange O ( O Big O APE O ) O tbd O North O America O : O New O York O City O , O New O York O AMS-IX O New O York O tbd O North O America O : O Buffalo O , O New O York O Buffalo O Niagara O International O Internet B-Protocol Exchange I-Protocol ( O BNIIX O ) O tbd O North O America O : O Boston O Massachusetts O eXchange O Point O ( O MXP O ) O tbd O North O America O : O Boston O Markley O Boston O Internet B-Protocol Exchange I-Protocol ( O BOSIX O ) O tbd O North O America O : O Southfield O , O Michigan O Detroit O Internet B-Protocol Exchange I-Protocol DET-IX O tbd O North O America O : O Duluth O Twin O Ports O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Edison O , O NJ O ; O New O York O City O ; O Newark O , O NJ O ; O Piscataway O , O NJ O ; O Secaucus O , O NJ O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O DE-CIX O New O York O tbd O North O America O : O New O York O City O Free O NYIIX O Alternative O ( O NYCX O ) O tbd O North O America O : O Tulsa O LiveAir O Tulsa O IX O tbd O North O America O : O Atlanta O , O Chicago O metro O ( O Chicago O and O Elk O Grove O Village O ) O , O Dallas O Metroplex O ( O Dallas O and O Plano O ) O , O Denver O metro O ( O Englewood O and O Denver O ) O , O Houston O , O Los O Angeles O metro O ( O Los O Angeles O and O El O Segundo O ) O , O Miami O metro O ( O Miami O and O Boca O Raton O ) O , O New O York O metro O ( O Newark O , O NJ O ; O Secaucus O , O NJ O ; O North O Bergen O , O NJ O ; O and O New O York O City O ) O , O Seattle O metro O ( O Seattle O and O Kent O ) O , O Silicon O Valley O ( O San O Jose O , O Sunnyvale O , O Palo O Alto O and O Santa O Clara O ) O , O Washington O D.C. O metro O ( O Culpeper O , O VA O ; O and O Ashburn O , O VA O ) O Equinix O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O Chicago O , O 350 O East O Cermak O Road O Greater O Chicago O International O Internet B-Protocol Exchange I-Protocol ( O GCIIX O ) O tbd O North O America O : O Los O Angeles O Fireline O Fiber O Exchange O ( O Fireline-FireXC O ) O tbd O North O America O : O Los O Angeles O , O Seattle O Pacific O Wave O Exchange O ( O PacificWave O ) O tbd O North O America O : O Los O Angeles O Los O Angeles O International O Internet B-Protocol eXchange I-Protocol ( O LAIIX O ) O tbd O North O America O : O Redding O Jefferson O State O Access O Exchange(JSAX ) O tbd O North O America O : O Los O Angeles O CENIC O International O Internet B-Protocol eXchange I-Protocol ( O CIIX O ) O , O formerly O known O as O the O Los O Angeles O Access O Point O ( O LAAP O ) O ) O tbd O North O America O : O Dallas O , O Chicago O , O New O York O City O , O San O Jose O , O Los O Angeles O MAE-Central/MAE-East/MAE O -West O tbd O North O America O : O Indianapolis O Midwest O Internet B-Protocol Exchange I-Protocol tbd O North O America O : O McAllen O , O TexasMEX-IX O McAllentbd O North O America O : O Minneapolis O , O Minnesota O , O 511 O Building O Midwest O Internet O Cooperative O Exchange O ( O MICE O ) O tbd O North O America O : O Minneapolis O , O Minnesota O Northern O Lights O Local O Exchange O Point O ( O NLLXP O ) O tbd O North O America O : O Milwaukee O The O Milwaukee O IX O ( O MKE-IX O ) O tbd O North O America O : O Omaha O Omaha O Internet B-Protocol Exchange I-Protocol ( O OmahaIX O ) O tbd O North O America O : O Bend O , O Oregon O Central O Oregon O Internet B-Protocol eXchange I-Protocol tbd O North O America O : O Portland O , O Oregon O Oregon-IX O ( O OIX O ) O tbd O North O America O : O Portland O , O Oregon O , O Helena O , O Missoula O Northwest O Access O Exchange O , O Inc. O , O NWAX O tbd O North O America O : O New O York O ( O New O York O City O ; O Newark O NJ O ; O Secaucus O , O NJ O ) O , O Los O Angeles O , O Philadelphia O New O York O International O Internet B-Protocol eXchange I-Protocol ( O NYIIX O ) O tbd O North O America O : O Ashburn O , O VA O ; O Atlanta O ; O Chicago O ; O Dallas O ; O Denver O ; O El O Segundo O , O CA O ; O Miami O ; O Los O Angeles O ; O New O York O City O ; O Newark O , O NJ O ; O Palo O Alto O , O CA O ; O San O Jose O , O CA O ; O Santa O Clara O , O CA O ; O Secaucus O , O NJ O ; O Seattle O ; O St. O Louis O ; O Sunnyvale O , O CA O ; O Wall O Township O , O NJ O ; O Westbury O , O NY O NetIX O tbd O North O America O : O Phoenix O AZIX O tbd O North O America O : O Phoenix O Ninja-IX O Phoenix O ( O formerly O Phoenix-IX O ) O tbd O North O America O : O Phoenix O Phoenix O Internet B-Protocol Exchange I-Protocol , O LLC O tbd O North O America O : O Baltimore O The O Baltimore O Internet B-Protocol Exchange I-Protocol ( O BaltIX O ) O tbd O North O America O : O Philadelphia O Philadelphia O Internet B-Protocol Exchange I-Protocol ( O PhillyIX O ) O tbd O North O America O : O Pittsburgh O Pittsburgh O Internet B-Protocol Exchange I-Protocol ( O PIT-IX O ) O tbd O North O America O : O Reno O Tahoe O Internet B-Protocol Exchange I-Protocol ( O TahoeIX O ) O tbd O North O America O : O San O Diego O San O Diego O NAP O ( O SD-NAP O ) O tbd O North O America O : O San O Francisco O San O Francisco O Internet B-Protocol Exchange I-Protocol ( O SFIX O ) O tbd O North O America O : O Fremont O , O San O Francisco O , O San O Jose O , O Santa O Clara O SFMIX O tbd O North O America O : O Fremont O ARIX O tbd O North O America O : O San O Francisco O , O San O Jose O AMS-IX O Bay O Area O tbd O North O America O : O San O Francisco O , O San O Jose O KDWEB O Exchange O tbd O North O America O : O Salt O Lake O City O Salt O Lake O Internet B-Protocol Exchange I-Protocol ( O SLIX O ) O tbd O North O America O : O Seattle O Seattle O Internet B-Protocol Exchange I-Protocol ( O SIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TPAIX O ) O tbd O North O America O : O Tampa O Tampa O Internet B-Protocol Exchange I-Protocol ( O TampaIX O ) O tbd O North O America O : O Texas O PlaynetPlaynet O , O PeeringDB B-Protocol tbd O North O America O : O Medford O , O Oregon O Southern O Oregon O Access O Exchange O ( O SOAX O ) O tbd O North O America O : O St. O George O , O Utah O Southern O Utah O Peering O Regional O Network O ( O SUPRnet O ) O tbd O North O America O : O Atlanta O , O Dallas O , O Miami O , O New O York O City O , O Palo O Alto O , O San O Jose O , O Seattle O , O Vienna O , O Virginia O Palo O Alto O Internet B-Protocol eXchange I-Protocol ( O PAIX O ) O , O dissolved O to O become O a O part O of O Equinix O Internet B-Protocol Exchange I-Protocol . O Although O higher O MTUs B-Protocol are O becoming O more O common O in O providers O ' O networks O , O usually O the O workaround O is O to O use O TCP B-Protocol MSS O ( O Maximum O Segment O Size O ) O " O clamping O " O or O " O rewrite O " O , O whereby O the O access O concentrator O rewrites O the O MSS O to O ensure O TCP B-Protocol peers O send O smaller O datagrams O . O This O document O contains O a O data O model O including O information O about O NETCONF B-Protocol datastores O , O sessions O , O locks O , O and O statistics O that O facilitates O the O management O of O a O NETCONF B-Protocol server O . O On O July O 6 O , O 2015 O , O Microsoft O announced O the O re-branding O of O Xbox B-Application Music I-Application as O Groove B-Protocol to O tie O in O with O the O impending O release O of O Windows B-Operating_System 10 I-Operating_System . O Modern O versions O of O VMS O support O both O the O traditional O Phase O IV O DECnet B-Protocol protocol O , O as O well O as O the O OSI-compatible B-Protocol Phase O V O ( O also O known O as O DECnet-Plus O ) O . O Some O early O X.25 B-Protocol networks O tolerated O a O connection O scheme O where O transparent O Bisync B-Protocol data O frames O encapsulated O HDLC O LAPB B-Protocol data O and O control O packets O . O Gox O , O United O Kingdom-based O exchange O Bitstamp B-Protocol announced O that O their O exchange O would O be O taken O offline O while O they O investigate O a O hack O which O resulted O in O about O 19,000 O bitcoins B-Protocol ( O equivalent O to O roughly O US$5 O million O at O that O time O ) O being O stolen O from O their O hot O wallet O . O Bitstamp B-Protocol resumed O trading O on O 9 O January O after O increasing O security O measures O and O assuring O customers O that O their O account O balances O would O not O be O impacted O . O AOL O 's O OSCAR B-Application network O protocol O used O by O ICQ B-Protocol is O proprietary B-Application and O using O a O third O party O client O is O a O violation O of O ICQ B-Protocol Terms O of O Service O . O The O majority O of O the O 17 O circuits O and O 32 O cars O have O been O recycled O from O Ferrari B-Application Challenge I-Application Trofeo I-Application Pirelli I-Application ( O including O both O DLC B-Protocol packs O ) O . O Some O DOS O games O do O not O work O with O these O joystick B-Protocol ports I-Protocol , O but O those O that O support O Tandy O 1000 O graphics O and O sound O work O . O Early O Tandy O 1000 O models O use O a O non-standard O card-edge O parallel B-Device printer I-Device port I-Device rather O than O industry O standard O DB-25 O printer B-Device port I-Device . O It O requires O a O Tandy-1000 O compatible O printer O cable O to O connect O to O a O standard O printer O parallel B-Device port I-Device . O Tandy O shipped O PCs O with O their O own O customized O version O of O MS-DOS B-Application , O which O are O compatible O with O Tandy O graphics O and O keyboard O . O The O primary O business O model O for O Influenster B-Protocol involves O brands O working O with O Influenster B-Protocol through O VoxBox O or O VirtualVox O campaigns O . O Often O domains O such O as O info O , O mobi O , O and O eu O are O picked O up O by O companies O during O the O sunrise B-Protocol period I-Protocol that O precedes O the O larger O landrush B-Protocol period I-Protocol . O Switzerland B-Protocol ( O named O after O the B-Protocol European I-Protocol country I-Protocol of I-Protocol the I-Protocol same I-Protocol name I-Protocol ) O is O an O open-source B-Application network O monitoring O utility O developed O and O released O by O the O Electronic O Frontier O Foundation O ( O EFF O ) O . O Other O control B-Protocol panels I-Protocol allow O direct O access O using O telnet B-Protocol or O secure B-Protocol shell I-Protocol ( O SSH B-Protocol ) O . O A O chatbot B-Protocol 's O efficiency O highly O depends O on O language O processing O and O is O limited O because O of O irregularities O , O such O as O accents O and O mistakes O . O Ballardia O ( O games O developer O ) O launched O World B-Protocol of I-Protocol the I-Protocol Living I-Protocol Dead I-Protocol : I-Protocol Resurrection I-Protocol in O October O 2013 O , O which O has O incorporated O OpenStreetMap O into O its O game O engine O , O along O with O census O information O , O to O create O a O browser-based O game O mapping O over O 14,000 O square O kilometres O of O greater O Los O Angeles O and O survival O strategy O gameplay O . O SAINT B-Protocol Corporation I-Protocol ( O formerly O World O Wide O Digital O Security O , O Inc O . O ( O WWDSI B-Protocol ) O ) O continued O development O and O released O SAINT O in O July O 1998 O . O When O started O for O the O first O time O , O the O server B-Application would O install O itself O on O the O host O computer O , O including O modifying O the O Windows B-Protocol registry I-Protocol so O that O it O starts O automatically O on O each O system O startup O . O To O avoid O intersymbol O interference O in O multipath O fading O channels O , O a O guard B-Protocol interval I-Protocol of O length O is O inserted O prior O to O the O OFDM O block O . O There O was O no O generally O supported O way O of O specifying O byte-exact O file B-Operating_System sizes O . O The O current O size O of O a O file B-Operating_System was O maintained O in O the O file B-Operating_System 's O File B-Operating_System Control I-Operating_System Block I-Operating_System ( O FCB O ) O by O the O operating B-General_Concept system I-General_Concept . O Since O many O application O programs O ( O such O as O text B-Application editors I-Application ) O prefer O to O deal O with O files O as O sequences O of O characters O rather O than O as O sequences O of O records O , O by O convention O text B-General_Concept files I-General_Concept were O terminated O with O a O control-Z O character O ( O ASCII B-Protocol SUB O , O hexadecimal O 1A O ) O . O Determining O the O end B-Language of O a O text B-General_Concept file I-General_Concept therefore O involved O examining O the O last O record O of O the O file B-Operating_System to O locate O the O terminating O control-Z O . O This O also O meant O that O inserting O a O control-Z O character O into O the O middle O of O a O file B-Operating_System usually O had O the O effect O of O truncating O the O text O contents O of O the O file B-Operating_System . O With O the O advent B-Application of O larger O removable O and O fixed B-Device disk I-Device drives I-Device , O disk O de-blocking O formulas O were O employed O which O resulted O in O more O disk O blocks O per O logical O file B-Operating_System allocation O block O . O While O this O allowed O for O larger O file B-Operating_System sizes O , O it O also O meant O that O the O smallest O file B-Operating_System which O could O be O allocated O increased O in O size O from O 1KB O ( O on O single-density O drives O ) O to O 2KB O ( O on O double-density O drives O ) O and O so O on O , O up O to O 32KB O for O a O file B-Operating_System containing O only O a O single O byte O . O On O March O 2 O , O 2012 O , O Jagex O had O stated O that O all O development O on O Stellar B-Protocol Dawn I-Protocol had O been O " O paused O " O so O that O 2012 O could O be O their O biggest O year O to O date O with O the O release O of O Transformers O Universe O and O improvements O on O RuneScape B-Protocol . O GetRight B-Protocol BitTorrent B-Protocol ; O HTTP/FTP O download O Windows B-Application 2011 O giFT O OpenFT O and O , O with O plugins O , O Ares O , O Gnutella B-Protocol , O FastTrack B-Protocol Free O GNU B-Operating_System , O macOS B-Application , O Windows B-Application C B-Language 2004 O , O GnucDNA B-Protocol / O Gnucleus O Gnutella B-Protocol , O Gnutella2 O Free O Windows B-Application C++ B-Language 2005 O , O GNUnet B-Language / O gnunet-fs O GNUnet B-Language Free O GNU B-Operating_System , O FreeBSD B-Operating_System , O macOS B-Application , O Windows B-Application C B-Language 2019 O , O Latest O preview O release O : O 0.11.0pre66 O / O gtk-gnutella B-Language Gnutella B-Protocol Free O GNU B-Operating_System , O Windows B-Application , O Linux B-Application C B-Language 2018 O , O I2Phex O I2P B-Protocol ( O protocol O Gnutella B-Protocol ) O Free O GNU B-Operating_System , O macOS B-Application , O Windows B-Application Java O 2011 O Need O I2P B-Protocol to O run O . O " O Ceph-iSCSI O " O is O a O gateway O which O enables O access O to O distributed O , O highly O available O block B-General_Concept storage I-General_Concept from O any O Microsoft B-Application Windows I-Application and O VMware B-Application vSphere I-Application server O or O client O capable O of O speaking O the O iSCSI B-Protocol protocol O . O By O using O ceph-iscsi O on O one O or O more O iSCSI B-Protocol gateway O hosts O , O Ceph B-Operating_System RBD O images O become O available O as O Logical O Units O ( O LUs O ) O associated O with O iSCSI B-Protocol targets O , O which O can O be O accessed O in O an O optionally O load-balanced B-Application , O highly O available O fashion O . O PPP B-Protocol is O a O set O of O industry O standard O framing O and O authentication O protocols O that O enable O remote B-Protocol access I-Protocol . O A O slightly O larger O sibling O is O the O four-lane O Quad B-Protocol Small I-Protocol Form-factor I-Protocol Pluggable I-Protocol ( O QSFP B-Protocol ) O . O Stacks B-Protocol blockchain I-Protocol is O a O " O layer O " O for O Bitcoin B-Protocol similar O to O the O Lightning B-Protocol Network I-Protocol . O VLANs B-General_Concept operate O at O the O data B-Protocol link I-Protocol layer I-Protocol of O the O OSI O model O . O Having O multiple O webcam B-Protocol emulators O installed O on O a O personal O computer O may O increase O the O risk O of O Camfecting O . O The O Windows O version O uses O the O deprecated O IPX B-Protocol protocol O to O accomplish O this O , O while O the O Macintosh O version O uses O the O TCP/IP B-Protocol stack I-Protocol . O The O server B-Application timed O out O waiting O for O the O request O . O According O to O HTTP B-Protocol specifications O : O " O The O client O did O not O produce O a O request O within O the O time O that O the O server B-Application was O prepared O to O wait O . O Indicates O that O the O request O could O not O be O processed O because O of O conflict O in O the O current O state O of O the O resource O , O such O as O an O edit B-Operating_System conflict I-Operating_System between O multiple O simultaneous O updates O . O Most O use O cases O do O not O require O clients O and O search O engines O to O purge O the O resource O , O and O a O " O 404 B-Protocol Not I-Protocol Found I-Protocol " O may O be O used O instead O . O The O server B-Application does O not O meet O one O of O the O preconditions O that O the O requester O put O on O the O request O header O fields O . O The O request O is O larger O than O the O server B-Application is O willing O or O able O to O process O . O Previously O called O " O Request O Entity O Too O Large O " O in O RFC B-Protocol 2616 I-Protocol . O The O URI B-Protocol provided O was O too O long O for O the O server B-Application to O process O . O Often O the O result O of O too O much O data O being O encoded O as O a O query-string O of O a O GET O request O , O in O which O case O it O should O be O converted O to O a O POST B-Protocol request I-Protocol . O Called O " O Request-URI O Too O Long O " O previously O in O RFC B-Protocol 2616 I-Protocol . O A O broadcast O address O is O a O network B-Protocol address I-Protocol used O to O transmit O to O all O devices O connected O to O a O multiple-access O communications O network O . O In O contrast O , O a O multicast B-Protocol address I-Protocol is O used O to O address O a O specific O group O of O devices O , O and O a O unicast B-Protocol address I-Protocol is O used O to O address O a O single O device O . O The O 5ESS B-Device has O two O different O signaling O architectures O : O Common O Network O Interface O ( O CNI O ) O Ring O and O Packet B-Protocol Switching I-Protocol Unit O ( O PSU O ) O -based O SS7 O Signaling O . O An O endpoint B-Protocol has O an O address B-Protocol ( O which O is O a O URL O specifying O where O the O endpoint B-Protocol can O be O accessed O ) O and O binding B-Operating_System properties O that O specify O how O the O data O will O be O transferred O . O The O code O is O currently O hosted O on O Google B-Protocol Code I-Protocol . O EVP-LAN O enables O any-to-any O communication O between O all O customer O locations O associated O with O the O customer O 's O Ethernet B-Protocol Virtual I-Protocol Connections I-Protocol ( O EVC O ) O . O New O in O 2.4.0 O : O Unified O LMDB O based O journal O , O new O statistics O module O , O automatic O deletion O of O retired O DNSSEC B-Protocol keys O . O The O client O should O switch O to O a O different O protocol O such O as O TLS/1.3 B-Protocol , O given O in O the O Upgrade B-Protocol header I-Protocol field O . O The O origin O server B-Application requires O the O request O to O be O conditional O . O Intended O to O prevent O the O ' O lost O update O ' O problem O , O where O a O client O GETs O a O resource O 's O state O , O modifies O it O , O and O PUTs O it O back O to O the O server B-Application , O when O meanwhile O a O third O party O has O modified O the O state O on O the O server B-Application , O leading O to O a O conflict O . O The O server B-Application is O unwilling O to O process O the O request O because O either O an O individual O header O field O , O or O all O the O header O fields O collectively O , O are O too O large O . O A O server B-Application operator O has O received O a O legal O demand O to O deny O access O to O a O resource O or O to O a O set O of O resources O that O includes O the O requested O resource O . O The O code O 451 O was O chosen O as O a O reference O to O the O novel O Fahrenheit B-Device 451 I-Device ( O see O the O Acknowledgements O in O the O RFC O ) O . O JMODEM B-Protocol is O explained O in O some O detail O in O the O John O Dvorak O book O Dvorak O 's O Guide O to O PC O Telecommunications O . O Tomato B-Protocol supported O . O An O 802.11ac O ( O AC2400 O ) O dual-band O MU-MIMO O gigabit O router B-Protocol . O SharePoint B-Protocol integration O ( O see O Integration O with O SharePoint B-Protocol ) O . O Static B-Protocol routing I-Protocol is O a O form O of O routing B-Protocol that O occurs O when O a O router B-Protocol uses O a O manually-configured O routing B-Protocol entry O , O rather O than O information O from O dynamic B-Protocol routing I-Protocol traffic O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O Some O argue O Dungeons B-Application & O Dragons O itself O has O diverged O from O its O table-top O roots O , O with O the O 4th O Edition O D&D O rules O being O compared O to O video O games O such O as O World B-Protocol of I-Protocol Warcraft I-Protocol and O Fire B-Application Emblem I-Application . O Since O the O Blackrock O Mountain O adventure O , O each O expansion O and O adventure O have O introduced O an O exclusive O card O back O for O players O that O pre-ordered O it.Hearthstone O Expansion O Announcement O - O The O Grand O Tournament O , O Hearthstone B-Application Build O 9554 O Retrieved O July O 23 O , O 2015.One O Night O in O Karazhan O - O A O Hearthstone B-Application Adventure O Hearthpwn O , O June O 29 O , O 2016 O The O Boomsday O Project O , O Rastakhan O 's O Rumble O , O Rise O of O Shadows O , O Saviors O of O Uldum O , O Descent O of O Dragons O , O Ashes O of O Outland O , O Scholomance O Academy O , O Madness O at O the O Darkmoon O Faire O , O and O Forged O in O the O Barrens O expansions O each O offered O an O alternate O hero O portrait O as O a O bonus O for O ordering O the O largest O preorder O bundle O : O Mecha-Jaraxxus O for O Warlock O , O King O Rastakhan O for O Shaman B-Protocol , O Madame O Lazul O for O Priest O , O Elise O Starseeker O for O Druid B-Protocol , O Deathwing O for O Warrior B-Protocol , O Lady O Vashj O for O Shaman B-Protocol , O Kel'Thuzad O for O Mage O , O N'Zoth O for O Warlock O , O and O Hamuul O Runetotem O for O Druid B-Protocol respectively O . O Video B-Protocol in I-Protocol video I-Protocol out I-Protocol ( O usually O seen O as O the O acronym O VIVO O ) O , O commonly O pronounced O ( O VEE-voh O ) O , O is O a O graphics B-Protocol port I-Protocol which O enables O some O video B-Device cards I-Device to O have O bidirectional O ( O input O and O output O ) O analog O video O transfer O through O a O mini-DIN B-Protocol connector I-Protocol , O usually O of O the O 9-pin O variety O , O and O a O specialised O splitter B-Device cable I-Device ( O which O can O sometimes O also O transfer O analog O audio O ) O . O The O software O is O integrated O with O Active B-Protocol Directory I-Protocol which O makes O it O the O default O DNS B-Application software O for O many O enterprise O networks O that O are O based O on O Active B-Protocol Directory I-Protocol . O Windows B-Protocol Live I-Protocol Sync I-Protocol Wave O 3 O was O released O on O December O 11 O , O 2008 O , O and O an O update O of O Windows B-Protocol Live I-Protocol Sync I-Protocol for O Mac O was O released O on O November O 2 O , O 2009 O , O to O add O support O for O Mac O OS O X O 10.6 O . O MHL B-Protocol pares O down O the O three O TMDS B-Protocol channels O in O a O standard O HDMI B-Protocol connection O to O a O single O one O running O over O any O connector O that O provides O at O least O five O pins O . O Active O HDMI B-Protocol cables O use O electronics O within O the O cable O to O boost O the O signal O and O allow O for O HDMI B-Protocol cables O of O up O to O ; O those O based O on O HDBaseT O can O extend O to O 100 O meters O ; O HDMI B-Protocol extenders O that O are O based O on O dual O Category O 5/Category O 6 O cable O can O extend O HDMI B-Protocol to O ; O while O HDMI B-Protocol extenders O based O on O optical B-Architecture fiber I-Architecture can O extend O HDMI B-Protocol to O . O In O November O 2017 O , O a O new O edition O was O released O by O ISO/IEC B-Protocol JTC I-Protocol 1/SC I-Protocol 25 I-Protocol " O Interconnection O of O information O technology O equipment O " O . O These O performance O measures O are O affected O by O mechanisms O such O as O mobility O management O , O radio B-Protocol resource I-Protocol management I-Protocol , O admission O control O , O fair B-Algorithm scheduling I-Algorithm , O channel-dependent B-Protocol scheduling I-Protocol etc O . O The O background O can O be O changed O , O however O , O to O an O image O taken O by O the O player O 's O webcam B-Protocol . O A O page O is O compressed B-General_Concept , O then O delivered O to O the O phone O in O a O markup O language O called O Opera B-Protocol Binary I-Protocol Markup I-Protocol Language I-Protocol ( O OBML B-Protocol ) O , O which O Opera B-Protocol Mini I-Protocol can O interpret B-Application . O LCP O over O PPP O packets B-Protocol have O control O code O 0xC021 O and O their O info O field O contains O the O LCP O packet B-Protocol , O which O has O four O fields O ( O Code O , O ID O , O Length O and O Data O ) O . O AppleTalk O is O a O discontinued O proprietary O suite B-Protocol of I-Protocol networking I-Protocol protocols I-Protocol developed O by O Apple O Computer O for O their O Macintosh B-Device computers I-Device . O AppleTalk O includes O a O number O of O features O that O allow O local B-General_Concept area I-General_Concept networks I-General_Concept to O be O connected O with O no O prior O setup O or O the O need O for O a O centralized O router B-Protocol or O server O of O any O sort O . O The O first O chip O is O an O SoC O that O manages O overall O functionality O of O the O camera O such O as O SD O card O storage O management O , O wired O connection O such O as O USB B-Protocol and O HDMI B-Protocol , O and O wireless O protocols O such O as O Wi-Fi O and O NFC O that O are O increasingly O common O on O modern O Sony B-Algorithm α I-Algorithm cameras O . O The O BIONZ B-Device SoC O can O be O identified O by O its O part O number O " O CXD900xx O " O . O These O patterns O , O called O Barker B-Protocol Sequences I-Protocol are O better O known O as O Barker B-Protocol code I-Protocol after O the O inventor O Ronald O Hugh O Barker O . O Fixes O for O Log4Shell O vulnerability O and O breaking O changes O to O bundled O Apache O XML-RPC B-Protocol libraries O to O resolve O security O issues O . O Port B-Protocol is O reserved O by O IANA O , O generally O to O prevent O collision O having O its O previous O use O removed O . O On O modern O versions O of O iOS B-Application , O the O sources O of O the O apps B-Application must O be O trusted O by O both O Apple O and O the O user O in O " O profiles O and O device O management O " O in O settings O ; O except O when O using O jailbreak B-Application methods O of O sideloading B-Protocol apps B-Application . O Internet B-Protocol Explorer I-Protocol 4.0 I-Protocol was O redesigned O and O resulted O in O two O products O : O the O standalone O Internet B-Protocol Explorer I-Protocol 4 I-Protocol and O Windows O Desktop O Update O , O which O updated O the O shell O with O features O such O as O Active O Desktop O , O Active B-Application Channels I-Application , O Web O folders O , O desktop O toolbars O such O as O the O Quick O Launch O bars O , O ability O to O minimize O windows O by O clicking O their O button O on O the O taskbar O , O HTML-based O folder O customization O , O single O click O launching O , O image O thumbnails O , O folder O infotips O , O web O view O in O folders O , O Back O and O Forward O navigation O buttons O , O larger O toolbar O buttons O with O text O labels O , O favorites O , O file O attributes O in O Details O view O , O and O an O address O bar O in O Windows B-Protocol Explorer I-Protocol , O among O other O features O . O For O example O , O a O wildcard B-Protocol mask I-Protocol of O 0.0.0.254 O ( O binary O equivalent O = O 00000000.00000000.00000000.11111110 O ) O applied O to O IP B-Protocol address I-Protocol 10.10.10.2 O ( O 00001010.00001010.00001010.00000010 O ) O will O match O even-numbered O IP B-Protocol addresses I-Protocol 10.10.10.0 O , O 10.10.10.2 O , O 10.10.10.4 O , O 10.10.10.6 O etc O . O Entropia B-Application Universe I-Application is O a O massively B-Protocol multiplayer I-Protocol online I-Protocol ( O MMORPG B-Protocol ) O virtual B-Application universe I-Application designed O by O the O Swedish O software O company O MindArk O , O based O in O Gothenburg O . O CSLIP B-Protocol has O no O effect O on O User B-Protocol Datagram I-Protocol Protocol I-Protocol ( O UDP O ) O datagrams B-Protocol . O Although O network B-Protocol protocol I-Protocol analyzer I-Protocol tools I-Protocol tend O to O categorize O all O protocols B-Protocol from O DIGITAL O as O " O DECnet B-Protocol " O , O strictly O speaking O , O non-routed O DIGITAL O protocols B-Protocol such O as O LAT B-General_Concept , O SCS O , O AMDS O , O LAST/LAD O are O not O DECnet B-Protocol protocols B-Protocol and O are O not O part O of O the O DIGITAL B-Protocol Network I-Protocol Architecture I-Protocol . O Eventually O , O the O limited O frequency O range O of O a O 14mm O connector O and O its O high O manufacturing O cost O overcame O its O ease O of O assembly O and O the O GR-874 B-Protocol was O supplanted O generally O by O the O 7mm O type B-Protocol N I-Protocol connector I-Protocol and O its O variants O , O the O BNC B-Protocol connector I-Protocol and O the O TNC B-Protocol connector I-Protocol , O and O the O later O higher O frequency O 3.5mm O SMA B-Protocol connectors I-Protocol . O These O reservations O form O a O virtual O energy O budget O to O ensure O a O node B-Protocol meets O its O designed O battery O lifetime O and O to O prevent O a O failed O node B-Protocol from O generating O excessive O network O traffic O . O In O the O Internet B-Protocol Protocol I-Protocol , O two O header O options O are O available O which O are O rarely O used O : O " O strict O source O and O record O route B-Protocol " O ( O SSRR O ) O and O " O loose O source O and O record O route B-Protocol " O ( O LSRR O ) O . O Similarly O the O followup O 2012 O release O of O DTLS B-Protocol is O a O delta O to O TLS O 1.2 O . O This O means O that O the O TLS O handshake B-Protocol is O usually O ( O except O in O the O STARTTLS B-Protocol case O ) O performed O before O the O application O protocol B-Protocol can O start O . O In O the O name-based O virtual O server B-Application feature O being O provided O by O the O application O layer O , O all O co-hosted O virtual O servers O share O the O same O certificate O because O the O server B-Application has O to O select O and O send O a O certificate O immediately O after O the O ClientHello O message O . O It O has O a O host O interface O of O SDIO3.0 O for O Wi-Fi O and O UART O HS O for O Bluetooth B-Protocol . O Located O in O the O same O die O is O the O Bluetooth B-Protocol system O that O can O support O both O Classic O BDR/EDR O and O BLE O mode O . O was O being O advertised O via O the O border B-Protocol gateway I-Protocol protocol I-Protocol ( O BGP B-Protocol ) O as O a O passive O honeypot O for O Internet O background O noise O and O backscatter O collection O , O based O in O the O Center O for O Applied O Internet O Data O Analysis O at O the O San O Diego O Supercomputer B-Architecture Center O . O Prior O to O July O 2001 O , O the O project O had O been O logging O unsolicited O TCP O SYN B-Protocol packets I-Protocol destined O for O IP B-Protocol addresses I-Protocol within O ; O and O after O 19 O July O 2001 O full O incoming O IP B-Protocol header I-Protocol logging O took O place O . O Both O IP B-Protocol address I-Protocol and O port B-Protocol number I-Protocol must O be O correctly O known O by O all O hosts O wishing O to O successfully O communicate O . O However O , O when O retrofitting O IPsec B-Protocol the O encapsulation O of O IP O packets B-Protocol may O cause O problems O for O the O automatic O path B-Protocol MTU I-Protocol discovery I-Protocol , O where O the O maximum B-Protocol transmission I-Protocol unit I-Protocol ( O MTU B-Protocol ) O size O on O the O network O path O between O two O IP O hosts O is O established O . O On O January O 22 O , O 2008 O , O World B-Protocol of I-Protocol Warcraft I-Protocol had O more O than O 10 O million O subscribers O worldwide O , O with O more O than O 2 O million O subscribers O in O Europe O , O more O than O 2.5 O million O in O North O America O , O and O about O 5.5 O million O in O Asia O . O In O video O games O , O a O raid B-Protocol is O a O type O of O mission O in O massively B-Protocol multiplayer I-Protocol online I-Protocol role-playing I-Protocol games I-Protocol ( O MMORPGs B-Protocol ) O where O a O number O of O people O attempt O to O defeat O either O : O ( O a O ) O another O number O of O people O at O player-vs-player O ( O PVP O ) O , O ( O b O ) O a O series O of O computer-controlled O enemies O ( O non-player O characters O ; O NPCs O ) O in O a O player-vs-environment O ( O PVE O ) O battlefield O , O or O ( O c O ) O a O very O powerful O boss O ( O superboss O ) O . O Web B-Application Messenger I-Application . O This O web O version O evolved O into O com O 's O web-based O messenger B-Protocol . O As O of O 2008 O the O last O pre-release O , O 0.0x2 O , O of O revc O is O still O available O and O Lord O is O still O interested O in O some O of O the O ideas O in O GNU B-Protocol arch I-Protocol but O does O not O have O the O resources O to O resume O development O of O revc O . O PME B-Protocol Aggregation I-Protocol Function I-Protocol ( O PAF O ) O is O a O computer B-Architecture networking I-Architecture mechanism O defined O in O Clause O 61 O of O the O IEEE O 802.3 O standard O , O which O allows O one O or O more O Physical O Medium O Entities O ( O PMEs O ) O to O be O combined O to O form O a O single O logical O Ethernet O link O . O The O sustained O captured O speed O is O the O rate O at O which O a O packet B-Protocol capture I-Protocol appliance I-Protocol can O capture O and O record O packets O without O interruption O or O error O over O a O long O period O of O time O . O Through O the O use O of O a O USB B-Protocol hub O and O two O adapters O , O up O to O eight O GameCube B-Application controllers O can O be O used O . O Published O versions O of O the O RFB B-Protocol protocol I-Protocol are O as O follows O : O Watsham O stated O that O the O developer O opted O out O of O including O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O because O it O would O have O delayed O the O release O . O Among O the O methods O used O for O key O exchange/agreement O are O : O public O and O private B-Application keys I-Application generated O with O RSA B-Architecture ( O denoted O TLS_RSA O in O the O TLS O handshake B-Protocol protocol B-Protocol ) O , O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH O ) O , O ephemeral B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DHE O ) O , O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDH O ) O , O ephemeral O elliptic-curve B-Protocol Diffie I-Protocol – I-Protocol Hellman I-Protocol ( O TLS_ECDHE O ) O , O anonymous O Diffie B-Protocol – I-Protocol Hellman I-Protocol ( O TLS_DH_anon O ) O , O pre-shared B-Protocol key I-Protocol ( O TLS_PSK O ) O and O Secure B-Protocol Remote I-Protocol Password I-Protocol ( O TLS_SRP O ) O . O Warcraft B-Application III I-Application : I-Application Reign I-Application of I-Application Chaos I-Application , O World B-Application of I-Application Warcraft I-Application : I-Application The I-Application Burning I-Application Crusade I-Application , O World B-Protocol of I-Protocol Warcraft I-Protocol : I-Protocol Wrath I-Protocol of I-Protocol the I-Protocol Lich I-Protocol King I-Protocol , O World B-Protocol of I-Protocol Warcraft I-Protocol : I-Protocol Cataclysm I-Protocol and O Diablo B-Application III I-Application have O since O surpassed O Diablo B-Application IIs I-Application record O to O become O fastest-selling O computer B-Device games O ever O at O their O times O of O release O , O according O to O Blizzard O . O Some O MacBooks B-Device are O affected O by O the O iSeeYou O vulnerability O , O potentially O allowing O their O iSight B-Protocol cameras I-Protocol to O record O the O user O without O the O user O 's O knowledge O . O Linux B-Operating_System kernel I-Operating_System 3.0 O + O internally O contains O the O driver O for O the O iSight B-Protocol camera I-Protocol . O CRTs B-Device can O be O designed O to O more O easily O accommodate O a O wide O range O of O inputs O ( O VGA B-Protocol , O XVGA O , O NTSC O , O HDTV B-Device , O etc O . O The O scalable B-General_Concept video I-General_Concept multicast I-General_Concept has O been O employed O by O many O standards O , O such O as O MBMS O , O MBS O , O and O DVB-H B-Protocol . O Further O innovations O : O EGroupware B-Protocol Firewall B-Protocol Dark O Mode O , O File O sharing O for O internal O users O , O EGroupware B-Protocol Mail B-Protocol server I-Protocol . O LocoScript B-Protocol PC O , O later O known O as O LocoScript B-Protocol PC O Easy O , O was O the O first O version O of O LocoScript B-Protocol to O be O incompatible O with O the O Amstrad B-Device PCW I-Device , O instead O targeting O IBM-compatible O PCs B-Device running O MS-DOS B-Application 3.0 O and O above O . O Often O the O result O of O too O much O data O being O encoded O as O a O query-string O of O a O GET O request O , O in O which O case O it O should O be O converted O to O a O POST B-Protocol request I-Protocol . O Called O " O Request-URI O Too O Long O " O previously O in O RFC B-Protocol 2616 I-Protocol . O The O request O entity O has O a O media B-Application type I-Application which O the O server B-Application or O resource O does O not O support O . O For O example O , O the O client O uploads O an O image O as O image/svg B-Application +xml I-Application , O but O the O server B-Application requires O that O images O use O a O different O format O . O The O client O has O asked O for O a O portion O of O the O file O ( O byte B-Protocol serving I-Protocol ) O , O but O the O server B-Application cannot O supply O that O portion O . O Called O " O Requested O Range O Not O Satisfiable O " O previously O RFC B-Protocol 2616 I-Protocol . O In O January O 2012 O , O Star B-Protocol Wars I-Protocol : I-Protocol The I-Protocol Old I-Protocol Republic I-Protocol was O officially O recognized O by O Guinness O World O Records O as O the O " O Largest O Entertainment O Voice O Over O Project O Ever O " O , O with O over O 200,000 O lines O of O recorded O dialogue O . O However O , O there O are O vulnerabilities O in O TCP O , O including O denial O of O service O , O connection B-Protocol hijacking I-Protocol , O TCP O veto O , O and O reset B-Protocol attack I-Protocol . O The O controller O used O depends O on O the O system O that O the O pad O is O intended O to O be O played O with O ( O GameCube B-Application , O PlayStation B-Device , O Xbox B-Protocol , O or O PC O ) O . O One O kind O of O bipolar B-Protocol encoding I-Protocol is O a O paired B-Protocol disparity I-Protocol code I-Protocol , O of O which O the O simplest O example O is O alternate O mark O inversion O . O Adobe B-Protocol RoboHelp I-Protocol is O a O help B-Protocol authoring I-Protocol tool I-Protocol ( O HAT O ) O developed O and O published O by O Adobe O Inc O . O for O Windows O . O Additionally O , O wiki B-Protocol markup O can O be O typed O into O the O editor O and O Confluence B-Protocol 's O autocomplete O and O auto-format O function O converts O the O wiki B-Protocol markup O to O the O new O format O . O Paper O Trail O is O a O free O downloadable B-Protocol content I-Protocol ( O DLC B-Protocol ) O with O alternate O reality O game O features O . O A O keystone B-Protocol module I-Protocol is O a O standardized O snap-in O package O for O mounting O a O variety O of O low-voltage O electrical O jacks O or O optical B-Device connectors I-Device into O a O keystone O wall O plate O , O face O plate O , O surface-mount O box O , O or O a O patch B-Protocol panel I-Protocol . O A O smaller O variation O of O the O GBIC B-Protocol called O the O small B-Protocol form-factor I-Protocol pluggable I-Protocol transceiver I-Protocol ( O SFP O ) O , O also O known O as O mini-GBIC B-Protocol , O has O the O same O functionality O but O in O a O smaller O form O factor O . O EverQuest B-Operating_System : I-Operating_System Terror I-Operating_System of I-Operating_System Luclin I-Operating_System Developer(s ) O Daybreak O Game O Company O Publisher(s ) O Daybreak O Game O Company O Release O December O 7 O , O 2021EverQuest O : O Terror O of O Luclin B-Operating_System is O the O twenty-eighth O expansion O pack O to O EverQuest B-Protocol . O The O story O revolves O around O the O return O to O the O moon O of O Luclin B-Operating_System , O the O setting O of O the O third O expansion O , O EverQuest B-Operating_System : I-Operating_System The I-Operating_System Shadows I-Operating_System of I-Operating_System Luclin I-Operating_System from O 2001 O . O A O powerful O force O known O as O the O Akheva O led O by O High O Priestess O Aten O Ha O Ra O emerge O in O an O attempt O to O re-stablish O their O empire O across O the O entirety O of O Luclin B-Operating_System while O the O vampire O lord O Mayong O Mistmoore O also O serves O as O a O primary O antagonist O . O EverQuest B-Protocol : O Night O of O Shadows O Developer(s ) O Daybreak O Game O Company O Publisher(s ) O Daybreak O Game O Company O Release O December O 6 O , O 2022EverQuest O : O Night O of O Shadows O is O the O twenty-ninth O expansion O pack O to O EverQuest B-Protocol . O EverQuest B-Protocol : O Developer(s ) O Daybreak O Game O Company O Publisher(s ) O Daybreak O Game O Company O Release O December O , O 2023EverQuest O : O ''' O is O the O thirtieth O expansion O pack O to O EverQuest B-Protocol . O Warhammer B-Protocol Online I-Protocol : I-Protocol Age I-Protocol of I-Protocol Reckoning I-Protocol featured O Mythic O Entertainment O 's O Realm B-Protocol versus I-Protocol Realm I-Protocol ( O RvR O ) O combat O system O , O originally O developed O in O Dark B-Protocol Age I-Protocol of I-Protocol Camelot I-Protocol . O Hence O , O both O client B-Protocol and O server B-Application can O easily O be O extended O and O it O requires O only O a O relatively O low O effort O to O customize O it O for O specific O sectors O or O companies O . O Constellation O Research O names O Projectplace B-Protocol to O the O 2016 O Constellation O ShortList O for O Social O Task O Management O . O The O Dynamic B-Protocol Host I-Protocol Configuration I-Protocol Protocol I-Protocol ( O DHCP B-Protocol ) O is O a O network O management O protocol O used O on O Internet B-Protocol Protocol I-Protocol ( O IP O ) O networks O for O automatically O assigning O IP B-Protocol addresses I-Protocol and O other O communication O parameters O to O devices O connected O to O the O network O using O a O client B-Operating_System – I-Operating_System server I-Operating_System architecture I-Operating_System . O Dragon B-Application Quest I-Application Builders I-Application is O a O sandbox O action B-Application role-playing I-Application game I-Application developed O and O published O by O Square O Enix O for O the O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device Vita I-Device , O Android B-Application , O and O iOS B-Application , O and O published O by O Nintendo O for O Nintendo B-Application Switch I-Application . O The O Special B-Device Function I-Device Register I-Device ( O SFR O ) O is O the O upper O area O of O addressable O memory O , O from O address O 0x80 O to O 0xFF O . O The O game O was O released O for O PlayStation B-Device 2 I-Device and O Xbox B-Application in O 2003 O . O A O special O edition O laptop B-Device was O provided O for O Australian O Year O 9 O students O as O part O of O the O Digital O Education O Revolution O ( O DER O ) O program O in O 2011 O . O Eclipse B-Application is O a O Java B-Language framework O and O allows O IBM O to O port O Notes O to O other O platforms B-Device rapidly O . O That O same O year O , O Capcom O released O a O simulation O game O of O their O own O , O Destiny B-Device of I-Device an I-Device Emperor I-Device , O also O based O on O Chinese O history O . O The O original O MacBook B-Device Pro I-Device used O the O design O of O the O PowerBook B-Operating_System G4 I-Operating_System , O but O replaced O the O PowerPC B-General_Concept G4 I-General_Concept chips O with O Intel B-Device Core I-Device processors O , O added O a O webcam B-Protocol , O and O introduced O the O MagSafe O power O connector O . O Double B-Device density I-Device ( O DD O or O 2D O ) O doubles O capacity O over O SD O by O replacing O FM B-Protocol encoding I-Protocol with O an O improved O line B-Protocol code I-Protocol , O such O as O modified B-Protocol frequency I-Protocol modulation I-Protocol ( O MFM B-Protocol ) O , O modified O modified B-Protocol frequency I-Protocol modulation I-Protocol ( O M²FM O ) O , O FM/MFM O or O group B-Device coded I-Device recording I-Device ( O GCR B-Device ) O . O In O addition O , O it O can O be O directly O interfaced O with O a O teletype O terminal O , O CRT O terminal O , O or O the O serial O port O of O an O Intellec B-Device system O . O The O art O of O mechanical O analog O computing O reached O its O zenith O with O the O differential B-Device analyzer I-Device , O built O by O H O . O L O . O Hazen O and O Vannevar O Bush O at O MIT O starting O in O 1927 O , O which O built O on O the O mechanical O integrators O of O James O Thomson O and O the O torque O amplifiers O invented O by O H O . O W O . O Nieman O . O ISO B-General_Concept files I-General_Concept store O only O the O user O data O from O each O sector B-Application on O an O optical B-Device disc I-Device ignoring O the O control O headers O and O error O correction O data O , O and O are O therefore O slightly O smaller O than O a O raw O disc B-Application image I-Application of O optical B-Device media I-Device . O 7'scarlet B-Application was O developed O by O Otomate O and O Toybox O Inc. O , O and O was O directed O and O written O by O Deadly B-Device Premonition I-Device producer O Tomio O Kanazawa O , O with O character O designs O by O Chinatsu O Kurahana O , O and O music O by O Yuki O Sugiura O . O The O Vesta O IK-30 O is O a O ZX B-Operating_System Spectrum I-Operating_System 48K O clone B-General_Concept with O a O 40-button O keyboard O , O external O power O supply O and O a O joystick B-Device . O The O Vostok O was O a O ZX B-Operating_System Spectrum I-Operating_System 48K O clone B-General_Concept , O produced O by O the O Izhevsk O Radio O Plant O . O It O came O with O a O Kempston O joystick B-Device interface O and O a O built-in O tape O recorder O . O ZX O Next O is O a O Russian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept with O two O Z80 B-General_Concept processors B-General_Concept ( O one O serving O as O a O video O processor O ) O . O It O features O an O RS-232 O port O , O turbo O mode O , O IBM O keyboard O , O 10 O Mbit/s O local B-General_Concept network I-General_Concept interface O , O and O a O CGA O graphics O mode O with O 640×200 O pixel O resolution O . O Its O RAM B-Architecture is O expandable O to O 512KB O . O Not O to O be O confused O with O the O Sinclair B-Device ZX I-Device Spectrum I-Device Next I-Device released O in O 2017 O . O Players O can O play O as O one O of O fifteen O X-Men B-Device characters O , O with O the O ability O to O switch O between O four O computer O - O or O human-controlled O characters O at O any O time O . O The O VER B-Device internal O command O reports O the O Windows O version O 4.90.3000 O , O or O 5.1 O when O created O from O newer O versions O of O Windows O . O The O GUI O is O a O multi-platform O Java B-Device client O that O contains O a O variety O of O wizards O suitable O for O novice O users O . O The O erotic O content O was O later O removed O when O the O game O was O ported O to O the O PlayStation B-Device . O IGN O preferred O the O Wand O 's O buttons O to O the O Wii B-Device Remote I-Device , O noting O that O " O the O 1 O and O 2 O buttons O are O much O easier O to O get O a O firm O grip O and O mash O mercilessly O on O , O " O the O B O trigger O had O " O improved O tactile O response O , O " O and O their O responsiveness O was O " O exceptional O " O , O while O the O Wand O 's O motion B-Device controls I-Device were O comparable O with O Nintendo O 's O controller O . O The O XMS O was O a O short-lived O model O , O and O was O superseded O by O the O Cray B-Device Y-MP I-Device EL I-Device , O which O was O under O development O by O Supertek O ( O as O the O Supertek O S-2 O and O briefly O as O the O Cray O YMS O ) O at O the O time O of O the O Cray O acquisition O . O While O initially O developed O in O the O United O States O , O pbxnsip B-Protocol has O become O a O popular O VOIP B-Application PBX B-Device worldwide O due O to O its O design O , O extensibility O , O and O excellent O feature O set O . O Retrospective O feedback O on O Satellaview B-Device has O been O positive O . O Applications O that O were O compiled O for O an O older O NetBSD B-Device release O with O 32-bit O time_t O are O supported O via O a O binary B-General_Concept compatibility I-General_Concept layer O , O but O such O older O applications O will O still O suffer O from O the O Y2038 B-Application problem I-Application . O Physically O , O the O memory O of O each O process B-Operating_System may O be O dispersed O across O different O areas O of O physical O memory O , O or O may O have O been O moved O ( O paged B-Architecture out I-Architecture ) O to O secondary O storage O , O typically O to O a O hard B-Device disk I-Device drive I-Device ( O HDD O ) O or O solid-state B-Device drive I-Device ( O SSD B-Device ) O . O ROM-DOS B-Operating_System ( O sometimes O called O Datalight O DOS B-Device ) O was O introduced O in O 1989 O as O an O MS-DOS B-Application compatible O operating O system O designed O for B-Language embedded B-Architecture systems I-Architecture . O It O is O also O possible O to O reuse O existing O coaxial O cable O when O upgrading O from O an O analogue O to O a O digital B-Device camera I-Device system O . O TI O developed O the O TM990 O series O of O computer O modules O , O including O CPU O , O memory O , O I/O O , O which O when O plugged O into O a O card O frame O could O form O a O 16-bit B-Device minicomputer B-Architecture . O Byte B-Application columnist O Jerry O Pournelle O described O the O keyboard B-Device as O " O infuriatingly O excellent O " O . O The O game O received O " O mixed O " O reviews O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O In O Japan O , O Famitsu O gave O it O a O score O of O one O six O , O two O sevens O , O and O one O six O for O a O total O of O 26 O out O of O 40 O , O while O Famitsu O DS B-Device + O Wii O gave O it O a O score O of O one O eight O and O three O sevens O for O a O total O of O 29 O out O of O 40 O . O The O " O Tingle O Tuner O " O is O a O special O item O allowing O a O second O player O to O control O the O character O Tingle O if O the O system O is O connected O to O a O Game B-Device Boy I-Device Advance I-Device by O a O link B-Device cable I-Device . O The O grappling B-Application hook I-Application , O for O example O , O serves O as O a O crane O for O recovering O sunken O treasure O . O The O 32016 B-Device first O shipped O in O 1982 O in O a O 46-pin O DIP B-Algorithm package O . O 05h O MBR B-Device , O EBR B-Application CHS B-Device , O ( O LBA B-Device ) O , O AAP O Container O IBM O Some O versions O of O DOS B-Device 3.2 O , O DOS B-Device 3.3 O + O Extended B-Application partition I-Application with O CHS B-Device addressing O . O These O additions O allowed O the O RIVA B-Device 128 I-Device ZX O to O support O higher O resolutions O and O refresh O rates O . O He O also O called O it O an O exception O to O the O DS B-Device ' O library O in O 2009 O , O which O was O otherwise O not O exciting O . O T4 O is O used O within O Microsoft O in O ASP.NET B-Language MVC I-Language for O the O creation O of O the O views O and O controllers O , O ADO.NET B-Application Entity I-Application Framework I-Application for O entity O generation O , O and O ASP.NET B-Device Dynamic I-Device Data I-Device . O Although O not O an O extension O of O the O Apple B-Device II I-Device line O , O in O 1990 O the O Apple B-Device IIe I-Device Card I-Device , O an O expansion B-Device card I-Device for O the O LC B-Device line O of O Macintosh B-Device computers O , O was O released O . O AMSDOS B-Operating_System is O for O the O Amstrad B-Device CPC I-Device computers O . O As O the O Nucleus B-Device enemies O get O damaged O they O become O more O and O more O violent O , O producing O more O spore O and O eventually O attacking O the O player O directly O . O Riding B-Device Spirits I-Device ( O also O known O as O RS O : O Riding B-Device Spirits I-Device ) O is O a O 2002 O motorcycle O racing O video O game O published O by O Spike O in O Japan O and O BAM O ! O While O it O is O always O possible O that O the O Supreme O Court O could O overturn O this O ruling O , O the O more O likely O reemergence O of O the O broadcast B-Device flag I-Device is O in O legislation O of O the O United O States O Congress O granting O such O authority O to O the O FCC O . O Destiny O Cable O : O In O March O 2009 O , O Destiny O Cable O began O to O offer O its O own O digital B-Device cable I-Device services O , O investing O Php O 500 O to O Php O 700 O million O on O headend O and O infrastructure O updates O and O the O distribution O of O digital O set-top O boxes O for O its O subscribers O . O June O 6 O , O 2005 O : O Apple O announced O its O plans O to O switch O to O Intel O processors O at O the O Worldwide O Developer O Conference O and O released O a O Developer O Transition O System O , O a O PC O running O an O Intel O build O of O Mac O OS O X O 10.4.1 O in O a O modified O Power B-Device Mac I-Device G5 I-Device case O , O to O all O Select O and O Premier O members O of O the O Apple O Developer O Connection O at O a O price O of O $999 O . O They O deemed O the O 3DO B-Device hardware O overhyped O but O still O very O good O for O its O time O , O especially O praising O the O DMA B-General_Concept engine I-General_Concept . O According O to O Sierra O On-Line O , O combined O sales O of O the O King B-Device 's I-Device Quest I-Device series O surpassed O 3.8 O million O units O by O the O end O of O March O 1996 O . O The O sort O order O is O not O preserved O in O the O library O like O Windows B-Device Media I-Device Player I-Device 10 I-Device as O long O as O the O player O is O open O . O Really O ! O Kadokawa O ShotenKadokawa O ShotenRec O Room O GamesDestineerDestineerRed O Stone O DS B-Device : O Akaki O Ishi O ni O Michibikareshi O MonotachiGameOnGameOnRed O Bull O BC O OneSmack O Down O ProductionsRekiken O DSRocket O CompanyRocket O CompanyRekishi O Adventure O : O Quiz O San O Goku O Shi O Tsuu O DSMainichi O CommunicationsMainichi O CommunicationsRekishi O Gunzou O Presents O : O Monoshiri O San O Goku O ShiGlobal O AGlobal O ARekishi O Taisen O Gettenka O : O Tenkaichi O Battle O RoyaleSegaSegaRelaxuma O * O Rhythm O : O Mattari O Kibun O de O Da O Run O Run O RunRocket O CompanyRocket O CompanyRemindelightJapan O Art O MediaTaito O CorporationRemyuouru O no O RenkinjutsushiMainichi O CommunicationsMainichi O CommunicationsResident O Evil O : O Deadly O SilenceCapcomCapcom O , O NintendoRestaurant O TycoonForeign O MediaForeign O MediaRetro O Arcade O ToppersEngine O SoftwareMedia O Sales O & O LicensingRetro O Atari O ClassicsTanikoAtariRetro O Game O ChallengeindieszeroBandai O Namco O Games O , O Xseed O GamesReversal O ChallengeCyberPlanet O InteractiveUFO O Interactive O GamesRhapsody O : O A O Musical O AdventureNippon O Ichi O SoftwareNippon O Ichi O Software O , O NIS O America O , O Square O Enix O , O UbisoftRhythm O ' O n O Notes O : O Improve O Your O Music O SkillsSuccess O CorporationAgetec O , O Success O CorporationRhythm O de O CookingMTOMTORhythm O de O Run O Run O RunAlpha O UnitAlpha O UnitRhythm O HeavenNintendoNintendoRidge O Racer O DSNamcoRiding O AcademyReal O Stories O Cheval O AcademyFRPferd O & O Pony O : O Die O ReitakademieDEMindscapeMindscapeRiding O Academy O 2Die O Reitakademie O : O Das O Entscheidende O TurnierDEMindscapeMindscapeRiku O to O Johan O : O Kaeta O Nimai O no O EfonfunfonfunRingling O Bros O . O and O Barnum O & O Bailey O : O Circus O Friends O - O Asian O ElephantsRingling O Bros O . O and O Barnum O & O Bailey O : O It O 's O My O Circus O - O Elephant O FriendEUCat O Daddy O Games2K O GamesRio1st O Playable O ProductionsTHQRise O of O the O GuardiansTorus O GamesD3 O PublisherRiver O City O Soccer O HooligansKunio-Kun O no O Chou O Nekketsu O ! O In O particular O , O the O Teletype B-Application Model I-Application 33 I-Application machine O assignments O for O codes O 17 O ( O control-Q O , O DC1 O , O also O known O as O XON O ) O , O 19 O ( O control-S O , O DC3 O , O also O known O as O XOFF O ) O , O and O 127 O ( O delete B-Device ) O became O de O facto O standards O . O This O partitioning O substantially O reduced O the O amount O of O microcode B-Device required O and O was O referred O to O as O the O " O MicroVAX B-Device " O architecture O . O The O compilers B-Language or O special O checking O programs O like O " O lint B-Device " O check O to O see O if O types O of O data O are O compatible O with O the O operations O on O them O , O also O such O tools O are O regularly O used O to O enforce O strict O usage O of O valid O programming O language O subsets O and O programming O styles O . O There O is O confusion O as O to O whether O the O X1 B-Device used O 48000 O or O 64000 O bytes O of O the O I/O O map O to O address O VRAM O , O so O all O of O the O 64K O memory O maps O could O be O RAM B-Architecture ( O except O for O a O small O BIOS/IPL O ROM B-Device ) O .Casio O FX-9000P19804K32 O ×16 O Text O in O 256×128 O Graphics O Mono(256x128 ) O None O ? O However O , O the O newer O Wii B-Device Remote I-Device Plus O eliminates O the O need O for O such O elongated O jackets O by O integrating O the O MotionPlus B-Application technology O into O the O Remote O itself O . O The O report O also O reveals O that O a O chipset B-Device codenamed O " O RD550 O " O , O named O as O " O AMD B-Device 550X I-Device CrossFire O chipset B-Device " O , O provides O 2 O PCI-E O lanes O for O Dual O card O CrossFire O configurations O , O and O is O focused O in O the O mainstream O market O . O A O console O version O of O Section B-Device Z I-Device was O released O for O the O Nintendo O Entertainment O System O in O North O America O and O Europe O in O 1987 B-Application . O Prior O to O launch O , O the O Saturn B-Device version O of O Cotton B-Application 2 O was O unveiled O at O the O September O 1997 O Tokyo O Game O Show O just O days O after O the O game O was O released O in O arcades O . O Unlike O PDP O , O Hori O 's O controllers O look O identical O to O real O GameCube B-Device controllers I-Device while O also O including O the O same O features O of O the O PDP O controllers O . O Club B-Application Football I-Application is O a O series O of O football O video O games O , O developed O and O published O by O Codemasters O in O 2003 O and O 2004 O for O PlayStation B-Device 2 I-Device , O PC O and O Xbox B-Application . O The O comparatively O large O number O of O pins O allowed O for O the O 15-bit O ( O word O ) O address B-Architecture bus I-Architecture and O 16-bit B-Device data B-General_Concept bus I-General_Concept to O be O brought O out O on O dedicated O pins O without O the O use O of O multiplexing O ( O unlike O e.g. O Some O vendors O ( O AST O and O NEC O ) O supported O eight O , O instead O of O the O standard O four O , O primary O partition B-Application entries O in O their O custom O extended O Master B-Device Boot I-Device Record I-Device ( O MBR B-Device ) O , O and O they O adapted O MS-DOS B-Application to O use O more O than O a O single O primary O partition B-Application . O The O PlayStation B-Device version O of O the O game O features O a O different O introduction O cutscene O and O differences O in O certain O levels O compared O to O the O PC O version O . O Long O used O in O specialized O applications O , O it O is O now O being O developed O for O more O mainstream O markets O , O for O example O , O batteries O in O laptops B-Device and O hearing O aids O . O The O 8087 B-Device was O able O to O detect O whether O it O was O connected O to O an O 8088 O or O an O 8086 B-General_Concept by O monitoring O the O data O bus O during O the O reset O cycle O . O The O Microtan B-Device 65 I-Device memory O map O is O shown O below O ( $ O representing O a O hexadecimal O memory O address O ) O : O CIEXYZ O , O sRGB O , O and O ICtCp B-Device are O examples O of O absolute O color B-Algorithm spaces I-Algorithm , O as O opposed O to O a O generic O RGB O color B-Algorithm space I-Algorithm . O It O was O in O wide O use O during O the O 1970s O , O but O was O eventually O overshadowed O by O the O more O powerful O VAX B-Device architecture O in O the O 1980s O . O The O IPL O function O in O the O System/360 B-Application and O its O successors O prior O to O IBM B-Device Z I-Device , O and O its O compatibles O such O as O Amdahl O 's O , O reads O 24 O bytes B-Application from O an O operator-specified O device O into O main O storage O starting O at O real O address O zero O . O The O 12-inch O model O with O SuperDrive B-Device remained O unchanged O in O this O respect O , O although O each O new O PowerBook B-Device boasted O a O longer O battery O life O . O The O physical O memory O is O partitioned O between O the O GPU B-Architecture ( O up O to O 512MB O ) O and O the O CPU B-Device ( O the O remainder O ) O . O Windows B-Application 2000 I-Application included O version O 7.0 O of O the O DirectX B-Application API B-Application , O commonly O used O by O game O developers O on O Windows B-Device 98 I-Device . O Warhammer B-Device 40,000 I-Device : I-Device Kill I-Device Team I-Device is O a O top-down O shooter O game O with O twin-stick O control O , O set O in O the O Warhammer O 40,000 O future O fantasy O universe O . O GD-ROM B-Device was O also O made O available O as O an O upgrade O for O the B-Operating_System Dreamcast I-Operating_System 's O arcade O cousin O , O Sega O NAOMI O and O the O later O Sega O NAOMI O 2 O , O providing O alternate O media O to O its O cartridge-based O software O . O The O legacy O MBR B-Device partition O table O supports O a O maximum O of O four O partitions O and O occupies O 64bytes O , O combined O . O Capcom O published O the O game O for O the O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Device Vita I-Device , O and O Xbox B-Operating_System 360 I-Operating_System . O Rechtschaffner O led O the O development O of O SSX B-Application , O SSX B-Device Tricky I-Device , O and O SSX B-Application 3 I-Application , O before O moving O into O the O chief O creative O officer O role O for O EA O Canada O . O This O version O is O used O by O XNA B-Device Framework I-Device to O run O managed O games O on O the O console O . O The O headset O uses O Bluetooth B-General_Concept LE I-General_Concept to O pair O with O the O included O Clicker O , O a O thumb-sized O finger-operating O input B-Device device I-Device that O can O be O used O for O interface O scrolling O and O selecting O . O A O device-specific O Lollipop B-Application 5.0.2 O ( O LRX22G O ) O version O was O released O for O the O first-generation O Nexus B-Device 7 I-Device on O December O 19 O , O 2014 O . O The B-Application Sims I-Application 4 I-Application : O Cats O & O Dogs O is O the O fourth O expansion O pack O , O released O on O November O 10 O , O 2017 O . O On O July O 31 O , O 2018 O , O Cats O & O Dogs O was O released O for O the B-Device Xbox I-Device One I-Device and O PS4 B-Operating_System . O Tecmo O Bowl O Throwback O Sports O & O Recreation O Southend O Interactive O Koei O Tecmo O XBLA B-Device XBO O Teenage B-Device Mutant I-Device Ninja I-Device Turtles I-Device Beat B-Application ' I-Application em I-Application Up I-Application Magic O Pockets O Activision O Teenage B-Device Mutant I-Device Ninja I-Device Turtles I-Device Classics O Ubisoft/Digital O Eclipse O Ubisoft O XBLA B-Device Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application : I-Application Danger I-Application of I-Application the I-Application Ooze I-Application Beat B-Application ' I-Application em I-Application Up I-Application WayForward O Technologies O Activision O Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application : I-Application Mutants I-Application in I-Application Manhattan I-Application Action B-Application & O Adventure O PlatinumGames O Activision O Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application : I-Application Out I-Application of I-Application the I-Application Shadows I-Application Action B-Application & O Adventure O Red O Fly O Studio O Activision O XBLA B-Device Teenage B-Device Mutant I-Device Ninja I-Device Turtles I-Device : O Training O Lair O Kinect O Float O Hybrid O Entertainment O Microsoft O Studios O K O XBLA B-Device Teenage B-Application Mutant I-Application Ninja I-Application Turtles I-Application : I-Application Turtles I-Application in I-Application Time I-Application Re-Shelled I-Application Classics O Ubisoft O Singapore O Ubisoft O XBLA B-Device Tekken B-Application 6 I-Application Fighting O , O Beat B-Application ' I-Application em I-Application Up I-Application Namco O Bandai O Games O Namco O Bandai O Games O XBO O Tekken B-Application Tag I-Application Tournament I-Application 2 I-Application Fighting O , O Beat B-Application ' I-Application em I-Application Up I-Application Namco O Bandai O Games O Namco O Bandai O Games O 3D O XBO O Tempest B-Application Classics O Stainless O Games/Atari O Atari O XBLA B-Device Tenchu O ZKnown O as O Tenchu B-Application Senran I-Application in O Japan O . O The O processor O was O upgraded O by O replacing O the O microcode B-Device PROM O . O Although O the O T/S O 2048 O was O cancelled O , O the O Timex B-Device Computer I-Device 2048 I-Device , O based O on O the O T/S O 2048 O prototype O and O released O in O 1984 O , O was O sold O in O Portugal O and O Poland O . O The O use O of O a O shared O memory O section O called O core B-Operating_System common I-Operating_System also O allowed O programs O to O pass O data O among O each O other O as O needed O ; O disk B-Device files O could O also O be O used O but O were O slower O . O ( O Satellaview B-Device , O 1996 O ) O ( O Apr-Aug O 1996 O ) O Sugoi O STG-2 O : O Crystal O Guardian O ( O May-Dec O 1996 O ) O ( O Satellaview B-Device , O Apr-Aug O 1996 O ) O Dezaemon O Kids O ! O Realtime O Associates O developed O the O video O game O console O editions O published O by O Crave O Entertainment O for O PlayStation B-Device 2 I-Device ( O 2003 O ) O , O Xbox B-Operating_System ( O 2004 O ) O , O and O GameCube B-Application ( O 2004 O ) O . O Both O The O One O and O Amiga B-Device Computing O criticised O the O game O 's O control O system O , O which O led O to O The O One O criticising O the O game O as O being O too O unforgiving O and O awarding O a O score O of O 67% O . O OLEDs B-Device do O not O employ O a O p-n O structure O . O The O gameplay O is O similar O to O the O SingStar B-Device set O of O video O games O . O Apple O releases O the O iPad B-Operating_System 3 I-Operating_System , O and O then O later O in O the O year O iPad B-Device 4 I-Device and O the O iPad B-Operating_System Mini I-Operating_System . O The O user O can O play O against O up O to O 15 O other O Nintendo B-Device DS I-Device users O by O using O the O DS B-Device Download O Play O option O or O with O multiple O game O cards O . O GamePro O said O of O the O PS2 B-Device version O , O " O The O gameplay O is O n't O going O to O challenge O hardcore O gamers O as O the O enemies O simply O are O n't O that O tough O , O but O the O presentation O really O shines. O " O Apple O said O the O CPU B-Device performance O is O about O 70% O faster O than O the O M1 B-Device , O and O that O its O GPU B-Architecture performance O is O about O double O . O The O Modbook B-Device is O a O brand O of O a O pen-enabled O Mac B-Device tablet B-Device computers I-Device first O manufactured O by O Axiotron O , O Inc O . O from O 2008 O to O 2010 O , O and O then O by O Modbook B-Device Inc O . O from O 2012 O to O present O . O To O reduce O the O seek O time O and O rotational O latency O , O data B-General_Concept are O transferred O to O and O from O disks B-Device in O large O contiguous O blocks O . O Other O early O models O were O the B-Application Poqet I-Application PC I-Application of O 1989 O and O the O Hewlett O Packard O HP B-Device 95LX I-Device of O 1991 O . O A O member O of O Hewlett-Packard B-Device Voyager I-Device series I-Device of O programmable B-Application calculators I-Application , O it O was O produced O between O 1982 O and O 1989 O . O IPSN B-Device , O the O IEEE/ACM O International B-Device Conference I-Device on I-Device Information I-Device Processing I-Device in I-Device Sensor I-Device Networks I-Device , O is O an O academic O conference O on O sensor B-Architecture networks I-Architecture with O its O main O focus O on O information O processing O aspects O of O sensor B-Architecture networks I-Architecture . O Hewlett O Packard O ( O currently O Keysight O ) O offered O probing-pod-based O in-circuit B-Application emulation I-Application hardware O for O the O V70 O , O built O on O their O HP O 64700 O Series O systems O , O the O successor O to O the O HP B-Device 64000 I-Device Series O , O specifically O the O HP O 64758 O . O Originally O ARMD O caused O the O devices O to O appear O as O a O sort O of O very O large O floppy B-Device drive I-Device , O either O the O primary O floppy B-Device drive I-Device device O 00h O or O the O secondary O device O 01h O . O An O adaption O of O the O game O for O Game B-Device Boy I-Device Color I-Device was O developed O by O Tarantula O Studios O and O released O in O 1999 O . O HP O OmniBook O was O a O range O of O laptop B-Device personal O computers O created O by O Hewlett-Packard O , O introduced O in O 1993 O . O The O range O was O discontinued O following O the O acquisition O of O Compaq O by O Hewlett-Packard O in O 2002 O , O with O the O Compaq B-Device Presario I-Device , O HP O Compaq O , O and O HP B-Device Pavilion I-Device laptops B-Device succeeding O the O OmniBook O line O . O The O HP B-Device OmniBook I-Device 300 I-Device ( O OB300 O ) O is O a O " B-Device superportable I-Device " I-Device laptop B-Device released O in O 1993 O as O one O of O the O first O notebook B-Device computers I-Device in O the O OmniBook O line O . O HP-15c B-Device Limited O Edition O : O Early O advertisements O and O documentation O called O the O service O processor O " O System B-Device Guard I-Device " O , O ( O or O SystemGuard O ) O although O this O name O was O apparently O dropped O later O on O , O roughly O around O the O same O time O that O the O simplified O RS/6000 B-Device name O was O adopted O for O the O computer O line O itself O . O Qiskit B-Device is O made O up O of O elements O that O work O together O to O enable O quantum B-Architecture computing I-Architecture . O This O used O the O status O pins O of O the O original O port O to O form O a O 4-bit O parallel B-Device port I-Device for O sending O arbitrary O data O back O to O the O host O . O Illegal B-Language opcodes I-Language were O common O on O older O CPUs B-Device designed O during O the O 1970s O , O such O as O the O MOS B-General_Concept Technology I-General_Concept 6502 I-General_Concept , O Intel B-General_Concept 8086 I-General_Concept , O and O the O Zilog B-General_Concept Z80 I-General_Concept . O separate O video O , O split O video O , O super-video O , O and O Y/C O ) O 1979 O 1 O Mini-DIN B-Protocol 4-pin O , O 1 O Mini-DIN B-Protocol 7-pin O , O 1 O Mini-VGA B-Protocol , O 2 O BNC B-Protocol , O 2 O RCA B-Protocol connectors I-Protocol , O 8-pin O DIN B-Architecture , O SCART B-Protocol 21-pin O S-VHS O , O some O laptop B-Device computers I-Device , O analog O broadcast O video O , O 1980-1990s O home O computers O including O the O , O C128 B-Device and O Atari B-Device 8-bit I-Device The O 4-pin O mini-DIN B-Protocol that O is O most O common O in O consumer O products O today O debuted O in O JVC O 's O 1987 O S-VHS O . O One-Eye O Olga O also O walks O out O of O the O portal O and O reports O that O she O has O killed O Napoleon B-Device , O but O this O did O not O affect O the O future O in O any O way O . O Apple O was O one O of O the O first O Mac B-Device Fortran B-Application customers O , O with O a O large O order O for O Drexel O University O . O In O the O Nintendo B-Device DS I-Device ( O DS B-Device ) O version O , O the O gameplay O is O almost O identical O , O although O displays O are O split O between O the O dual O screen O set O up O and O touch B-Device screen I-Device controls O are O incorporated O : O puzzles O make O use O of O the O touch B-Device screen I-Device and O DS B-Device ' O stylus O , O while O elements O such O as O the O map O of O Lospass O are O displayed O on O the O bottom O screen O during O navigation O . O Mac B-Application OS I-Application Supported O : O ( O 68k O , O System O 7.1-Mac O OS O 8.1 O ) O ( O PPC O , O System O 7.1.2-Mac O OS O 9.1 O ) O Workgroup B-Device Server I-Device 80 I-Device July O 1993 O October O 1994 O Macintosh B-Device Quadra I-Device 800 I-Device Workgroup B-Device Server I-Device 6150 I-Device April O 1994 O October O 1995 O Power B-Device Macintosh I-Device 6100 I-Device Speed O bumped O from O 60 O to O 66 O MHz O in O April O 1995 O . O The O pointing B-Device stick I-Device is O positioned O such O that O the O hands O do O not O need O to O be O removed O from O the O home O row O to O manipulate O the O mouse O pointer O . O By O the O early O 1980s O , O however O , O bubble B-General_Concept memory I-General_Concept technology O became O a O dead O end O with O the O introduction O of O hard B-Device disk I-Device systems O offering O higher O storage B-Device densities I-Device , O higher O access O speeds O , O and O lower O costs O . O In O the O PlayStation B-Device and O Nintendo B-Operating_System 64 I-Operating_System versions O , O upon O reaching O select O stages O in O single O player O mode O , O codes O are O revealed O . O Release O 7.1 O of O RDP O was O included O with O Windows B-Device 7 I-Device Service O Pack O 1 O and O Windows B-Device Server I-Device 2008 I-Device R2 O SP1 O in O 2010 O . O Additionally O , O a O USB-powered O Cyber O Stick O controller O based O on O the O original O flight B-Device stick I-Device controller I-Device produced O by O Sharp O was O released O alongside O the O system O in O Japan O and O provides O analog O input O for O After B-Device Burner I-Device II I-Device , O Night B-Application Striker I-Application , O and O Starblade B-Application . O Microsoft O soon O asked O Key O Tronic O to O ramp O up O production O to O 100,000 O per O month O in O 1995 O , O and O the O Natural B-Device Keyboard I-Device sold O over O 600,000 O per O month O at O its O peak O . O drive O until O the O click B-Error_Name of I-Error_Name death I-Error_Name class O action O lawsuit O regarding O mass O failures O of O Iomega O 's O Zip B-Operating_System drives I-Operating_System . O Thenceforth O , O it O was O renamed O to O PocketZip B-Device . O City O & O Guilds O Computer O ICL B-Device 1900 I-Device , O Elliot O 900 O MACRO-10 B-Language Digital O Equipment O Corporation O PDP-10 B-Device PDP-10 B-Device MACRO-11 B-Device Digital O Equipment O Corporation O PDP-11 B-Device PDP-11 B-Device VAX B-Language MACRO I-Language Digital O Equipment O Corporation O VAX O ISA O , O Alpha O OpenVMS B-Operating_System VASM O Volker O Barthelmann O , O Frank O Wille O Zilog B-General_Concept Z80 I-General_Concept , O Motorola B-Device 6800 I-Device family I-Device various O GPASM B-Language James O Bowman O , O Craig O Franklin O , O David O Barnett O PIC B-Architecture microcontroller I-Architecture many O MIPS B-Device MIPS B-Device MIPS B-Device Symbolic B-Application Optimal I-Application Assembly I-Application Program I-Application ( O SOAP O ) O IBM O IBM B-Device 650 I-Device IBM B-Device 650 I-Device Technical O Assembly O System O ( O TASS O ) O IBM B-Device 650 I-Device IBM B-Device 650 I-Device Symbolic B-Language Programming I-Language System I-Language ( O SPS O ) O SPS O is O actually O a O family O of O assemblers B-Language for O disparate O machines O . O E-beam-addressing O requires O a O CRT B-Device with O a O modified O faceplate O to O generate O a O charge O pattern O on O its O surface O . O The O SYM-1 B-Device is O a O single O board O " O trainer O " O computer O produced O by O Synertek O Systems O in O 1975 O . O Although O Fatal B-Device Labyrinth I-Device does O have O a O very O basic O experience O points O system O , O it O is O not O exactly O a O typical O turn-based O or O action O RPG O . O Zen-based O CPUs O and O some O APUs O use O the O " O Ryzen O " O -brand O : O List B-Device of I-Device AMD I-Device Ryzen I-Device processors I-Device , O while O some O APUs O use O the O brand O " O Athlon B-Architecture " O : O List B-Device of I-Device AMD I-Device Athlon I-Device processors I-Device . O The O Space B-Device bar I-Device is O a O horizontal O bar O in O the O lowermost O row O , O which O is O significantly O wider O than O other O keys O . O SITOR-B B-Device transmits O each O character O in O a O message O twice O to O gain O reliability O . O Another O notable O change O is O the O replacement O of O the O front-panel O toggle O switches O and O lights O of O a O standard O early-model O S-100 O system O with O a O keypad O and O seven-segment O LED O display O ( O early O S-100 O machines O like O the O Altair O or O IMSAI B-Device 8080 I-Device contain O no O ROM B-Device and O when O they O are O started O , O the O user O " O keys O in O " O a O program O via O the O toggle O switches O to O read O a O paper O tape O . O The O IBM O PCjr O ( O pronounced O " O PC O junior O " O ) O was O a O home O computer O produced O and O marketed O by O IBM O from O March O 1984 O to O May O 1985 O , O intended O as O a O lower-cost O variant O of O the O IBM B-Device PC I-Device with O hardware O capabilities O better O suited O for O video O games O , O in O order O to O compete O more O directly O with O other O home O computers O such O as O the O Apple B-Device II I-Device and O Commodore O 64 O . O The O machine O was O equipped O with O one O or O two O 5.25 B-Device " I-Device floppy I-Device disk I-Device drives O . O It O was O released O on O November O 30 O , O 2010 O in O North O America O , O and O December O 1 O in O the O PAL O region O , O on O PlayStation B-Device Network I-Device . O 1390951 O Buckling B-Device spring I-Device 102 O ? O It O was O developed O and O published O by O Ocean O Software O , O and O was O released O in O Europe O for O Amstrad B-Device CPC I-Device , O Commodore O 64 O , O and O ZX B-Operating_System Spectrum I-Operating_System . O They O had O to O be O repositioned O to O cylinder O 0 O , O where O RDOS B-Operating_System wrote O the O first-level O boot O block O , O in O order O for O the O boot O sequence O to O work O . O Conventionally O this O was O done O by O cycling O the O drive O through O its O load O sequence O , O but O users O who O got O frustrated O with O the O wait O time O ( O up O to O 5 O minutes O depending O on O the O drive O model O ) O learned O how O to O input O from O the O front B-Device panel I-Device a O drive O " O recalibrate O " O I/O B-General_Concept code O and O single-step O the O CPU O through O it O , O an O operation O that O took O an O experienced O user O only O a O few O seconds O . O To O her O surprise O , O the O asteroid O was O rich O in O Xyanide B-Device , O a O mythical O substance O known O for O its O abilities O to O make O an O exposed O person O 's O thoughts O become O reality O . O Information O on O numeric O and O beep B-Device codes I-Device is O available O from O manufacturers O of O BIOSes O and O motherboards B-Device . O On O October O 18 O , O 2007 O , O SNK O Playmore O added O it O along O with O its O predecessor O and O successors O to O the O arcade O game O compilation O in O Japan O for O the O PlayStation B-Device 2 I-Device . O The O IBM B-Device 2305 I-Device fixed O head B-Device storage O ( O a O fixed-head O disk B-Device drive I-Device sometimes O incorrectly O called O a O drum B-General_Concept ) O and O associated O IBM O 2835 O Storage O Control O were O announced O in O 1970 O , O initially O to O connect O to O the O 360/85 O and O 360/195 O using O the O IBM O 2880 O Block O Multiplexor O Channel O . O The O 2305 B-Device Drive O was O in O much O demand O when O the O System B-Device 370 I-Device offered O Virtual B-Application Storage I-Application , O and O these O 2305s O were O often O used O for O paging O devices O . O 9332 O Direct B-Application Access I-Application Storage I-Application Device I-Application used O the O IBM O 0667 O HDD O . O 9334 O Disk B-Device Expansion O Unit O attaches O from O one O to O four O SCSI O HDDs O to O the O RS/6000 O system O . O 9335 O Direct O Access O Storage O Subsystem O This O HDD O used O in O this O subsystem O was O developed O under O the O code O name O " O Kestrel O " O at O IBM O Hursley O , O UK O , O and O was O an O 850MB O HDD O using O three O 14-inch O disks B-Device with O dual O rotary B-Algorithm actuators I-Algorithm , O each O actuator O accessing O three O surfaces O with O two O heads O per O surface O . O The O HDD O was O in O the O rack O mountable O 9335 O announced O as O a O part O of O the O October O 1986 O IBM B-Device 9370 I-Device Information O System O announcement O . O The O speed O at O which O these O liquid B-Device crystal I-Device molecules O rotate O is O relatively O slow O , O below O the O image O refresh O rate O . O A O PlayStation B-Device Vita I-Device version O was O released O in O April O 2016 O . O The O Power B-Device Macintosh I-Device 6300/160 O ( O also O sold O as O the O Performa B-Device 6360 O ) O was O introduced O on O October O 17 O , O 1996 O . O It O retains O the O desktop B-Device form O factor O introduced O with O the O 6200 O , O but O is O built O around O the O " O Alchemy O " O motherboard B-Device that O was O first O introduced O with O the O Power B-Device Macintosh I-Device 5400/120 I-Device . O Source O code O for O a O version O very O similar O to O the O original O is O available O from O the O Heirloom B-Device Project I-Device . O The O Sony B-Device ZV-1 I-Device is O a O 20MP O Sony O compact B-Algorithm digital B-Device camera I-Device with O a O 1-inch O image B-Algorithm sensor I-Algorithm . O In O discussing O the O Art B-Device Style I-Device series O , O GamePros O Dave O Rudden O commented O that O it O was O one O of O the O series O ' O games O that O seemed O like O a O " O potential O classic O " O . O The O Fujitsu-designed O VIIIfx O was O to O have O been O the O scalar B-General_Concept processor I-General_Concept , O with O the O vector B-Operating_System processor I-Operating_System to O have O been O jointly O designed O by O Hitachi O and O NEC O . O Afterwards O , O Fujitsu O redesigned O the O supercomputer B-Architecture to O use O the O VIIIfx O as O its O only O processor O type O . O By O 2010 O , O the O supercomputer B-Architecture that O would O be O built O by O the O project O was O named O the O K B-Device computer I-Device . O In O June O 2011 O , O the O TOP500 B-Operating_System Project O Committee O announced O that O the O K B-Device computer I-Device ( O still O incomplete O with O only O 68,544 O processors O ) O topped O the O LINPACK B-Device benchmark I-Device at O 8.162PFLOPS O , O realizing O 93% O of O its O peak O performance O , O making O it O the O fastest B-Operating_System supercomputer I-Operating_System in O the O world O at O that O time O . O The O VIIIfx O core O is O based O on O that O of O the O SPARC64 B-Device VII I-Device with O numerous O modifications O for O HPC O , O namely O High O Performance O Computing-Arithmetic O Computational O Extensions O ( O HPC-ACE O ) O a O Fujitsu-designed O extension O to O the O SPARC B-Architecture V9 I-Architecture architecture O . O There O are O four O main O card O speeds O : O original O CF B-Device , O CF B-Device High O Speed O ( O using O CF+ O /CF2.0 O ) O , O faster O CF B-Device 3.0 O standard O and O the O faster O CF B-Device 4.0 O standard O adopted O as O of O 2007 O . O FarmBot B-Device Genesis O is O controlled O through O a O web O based O interface O allowing O remote O access O from O any O location O on O most O internet O enabled O devices O . O ( O The O Cray-1 B-Device did O , O however O , O have O an O instruction O cache B-General_Concept . O ) O Shortly O thereafter O , O Microsoft O contracted O with O Absoft O to O develop O Microsoft O Fortran B-Application for O Macintosh B-Device , O and O a O Microsoft O BASIC O compiler B-Language that O was O 100% O syntax O compatible O with O the O existing O Microsoft O BASIC O interpreter O on O the O Macintosh B-Device . O These O MCUs O are O commonly O used O in O hard B-Device disk I-Device drives I-Device , O modems B-Application , O printers O , O pattern O recognition O and O motor O control O . O In O the O UK O , O the O Manchester O University O Transistor B-Device Computer I-Device demonstrated O a O working O prototype O in O 1953 O which O incorporated O transistors O before O TRADIC B-Device was O operational O , O although O that O was O not O a O fully O transistorized B-Device computer I-Device because O it O used O vacuum O tubes O to O generate O the O clock O signal O . O The O original O PDP-11 B-Device version O of O Unix B-Application was O also O developed O in O assembly B-Language language I-Language . O It O requires O a O Controller O Pak O to O save O game O progress O , O and O it O is O compatible O with O the O Rumble B-Device Pak I-Device . O The O United O States O has O rejected O several O proposals O to O adopt O the O COFDM-based O DVB-T O system O for O its O digital B-Application television I-Application services O , O and O for O many O years O has O opted O to O use O 8VSB B-Device ( O vestigial O sideband O modulation B-Application ) O exclusively O for O terrestrial B-Application digital I-Application television I-Application . O However O , O in O November O 2017 O , O the O FCC O approved O a O voluntary O transition O to O ATSC B-Device 3.0 I-Device , O a O new O broadcast O standard O which O is O based O on O COFDM B-Protocol . O However O , O no O 64-bit O Windows B-Application drivers O are O available O for O Intel B-Device Atom I-Device Cedarview O processors O , O released O Q3 O 2011 O . O The O new O radeon B-Device KMS O driver O used O the O TTM O memory O manager O but O exposed O GEM-compatible O interfaces O and O ioctls B-Operating_System instead O of O TTM O ones O . O Since O 2006 O the O nouveau B-Application project I-Application had O been O developing O a O free B-Application software I-Application DRM O driver O for O NVIDIA O GPUs B-Architecture outside O of O the O official O Linux B-Operating_System kernel I-Operating_System . O Xorg B-Operating_System 's O version O of O Xephyr B-Device uses O only O software O rendering O for O OpenGL B-Application , O but O Feng O Haitao O has O developed O a O which O can O do O hardware-accelerated O rendering O if O the O underlying O X B-Operating_System server O has O the O capability O . O By O the O mid-1990s O , O however O , O contemporary O operating B-General_Concept systems I-General_Concept such O as O Windows B-Device NT I-Device , O OS/2 B-Application , O and O NeXTSTEP B-Application had O all O brought O pre-emptive O multitasking O , O protected B-General_Concept memory I-General_Concept , O access O controls O , O and O multi-user O capabilities O to O desktop B-Application computers O . O The O open-Apple B-Device key I-Device was O combined O with O the O Command B-Device key I-Device on O Apple B-Device Desktop I-Device Bus I-Device keyboards B-Device ( O which O were O used O on O both O the O Apple B-Device IIgs I-Device and O several O years O of O Macintosh B-Device models O ) O where O it O remained O after O the O Apple B-Device II I-Device line O was O discontinued O . O A O common O rule O of O thumb O is O that O the O resistance O of O the O speaker B-Device wire I-Device should O not O exceed O 5 O percent O of O the O rated O impedance O of O the O system O . O Banjo-Kazooie B-Application and O Banjo-Tooie B-Application were O re-released O on O Xbox B-Operating_System 360 I-Operating_System via O Xbox B-Device Live I-Device Arcade I-Device in O 2008 O and O 2009 O respectively O . O However O , O refined O design O and O manufacturing O techniques O enabled O a O doubling O of O transistor B-Application count O and O a O significant O clock O speed O gain O . O One O major O change O with O the O manufacturing O of O the O core O was O the O use O of O the O flip-chip O packaging O , O a O technology O not O used O previously O on O video B-Device cards I-Device . O Versions O for O Xbox B-Device Live I-Device Arcade I-Device , O Wii B-Operating_System , O Windows B-Application , O PlayStation B-Device 2 I-Device and O mobile O followed O later O that O year O . O The O Twentieth O Anniversary O Macintosh B-Device was O the O first O Macintosh B-Device desktop O to O not O include O a O mouse B-Device , O and O instead O includes O a O trackpad B-Device which O can O be O attached O into O the O palm O rest O of O the O keyboard O . O The O following O companies O have O created O commercially O available O Mac B-Device conversion I-Device solutions O : O All O BigHit B-Device Series I-Device games O were O released O at O the O price O of O 26,800 O KRW O . O The B-Application Minish I-Application Cap I-Application won O the O ' O Best O Game B-Device Boy I-Device Advance I-Device of O 2005 O ' O by O GameSpot O over O such O finalists O as O Fire B-Device Emblem I-Device : I-Device The I-Device Sacred I-Device Stones I-Device and O WarioWare B-Application : I-Application Twisted I-Application ! I-Application The O PlayStation B-Device , O Saturn B-Device and O Windows B-Application ports O were O less O well-received O than O the O 3DO B-Device version O . O It O was O released O on O December O 9 O , O 2000 O , O in O Japan O , O Although O the O WonderSwan B-Operating_System Color I-Operating_System was O slightly O larger O and O heavier O ( O 7mm O and O 2g O ) O compared O to O the O original O WonderSwan B-Operating_System , O the O color O version O featured O 512KB O of O RAM B-Architecture and O a O larger O color B-Device LCD I-Device screen O . O Wired O gave O 9 O out O of O 10 O stars O to O Oculus B-Device Rift I-Device and O wrote O , O " O The O long-promised O virtual B-Device reality I-Device headset I-Device is O finally O here O , O in O a O remarkably O well-made O and O accessible O device. O " O Early O research O into O interleaved B-General_Concept memory I-General_Concept was O performed O at O IBM O in O the O 60s O and O 70s O in O relation O to O the O IBM B-Device 7030 I-Device Stretch I-Device computer O , O but O development O went O on O for O decades O improving O design O , O flexibility O and O performance O to O produce O modern O implementations O . O A O high B-Device performance I-Device computing I-Device center I-Device is O the O name O given O to O the O location O of O several O super B-Architecture computers I-Architecture around O the O world O : O Therefore O , O it O is O assumed O this O Dyuminas O is O not O the O same O one O as O its O Super B-Device Robot I-Device Wars I-Device R I-Device counterpart O . O In O 2016 O , O Victor O Trucco O and O Fabio O Belavenuto O announced O the O " O TBBlue O " O firmware O , O named O after O the O two O creators O and O the O colour O of O the O solder O mask O of O the O motherboard B-Device , O a O bare O circuit O board O implementation O of O the O product O for O advanced O hobbyists O . O On O September O 30 O , O 2014 O , O Microsoft O announced O Windows B-Operating_System 10 I-Operating_System as O the O successor O to O Windows B-Device 8.1 I-Device . O The O final O releases O of O Coherent B-Operating_System also O fully O supported O the O iBCS B-Operating_System COFF O binary O standard O , O which O allowed O binary O compatibility O with O SCO B-Operating_System Unix I-Operating_System applications O , O including O WordPerfect B-Application , O Lotus B-Application 1-2-3 I-Application , O and O several O Microsoft O applications O including O QuickBASIC B-Language , O Microsoft B-Application Word I-Application , O and O MultiPlan B-Device . O Theneeds’ O website O launched O in O Beta O late O 2013 O and O the O company O later O released O also O its O first O mobile B-Application application I-Application for O iPhone B-Device in O March O 2014 O . O The O IBM O 3344 O is O similar O to O the O 3340 O , O except O that O it O uses O fixed O media O rather O than O removable O 3348 O data O modules O , O each O spindle O has O 4 O logical O drives O each O with O the O capacity O of O a O 3348 O – O 70 O , O there O is O no O A O ( O head B-Device of O string O ) O model O and O it O is O only O available O in O dual O drive O models O . O Both O 3344-B2 O and O 3344-B2F O require O a O 3340-A2 O or O 3340-A2F O as O head B-Device of O string O . O The O IBM O 3350 O Direct O Access O Storage O Facility O , O code-named O Madrid O , O was O introduced O in O 1975 O for O use O with O IBM B-Device System/370 I-Device . O Its O non-removable O head-disk O assemblies O ( O HDAs O ) O are O sealed O and O included O the O head B-Device and O arm O assembly O . O The O 3350 O disk B-Device geometry O is O 555 O cylinders O , O 30 O heads O , O and O 19,069 O bytes O per O track O , O which O give O each O HDA O a O storage O capacity O of O 317,498,850 O bytes O . O Sealed O HDAs O were O standard O practice O on O all O IBM O DASD B-Application hereafter O . O The O first O , O titled O Mercury B-Application Meltdown I-Application , O was O released O for O PSP B-Operating_System , O then O revised O and O ported O onto O PlayStation B-Device 2 I-Device and O Wii B-Operating_System . O It O is O offered O in O some O feature B-Device phones I-Device ( O mostly O with O specifications O similar O to O those O of O mid O to O high-end O mobile O phones O ) O but O not O in O smartphones B-Application . O In O 2019 O Mac B-Device Pro I-Device has O a O new O " O Apple O Afterburner O " O card O as O an O optional O component O to O accelerate O ProRes B-Algorithm and O ProRes B-Algorithm RAW O decoding O . O The O MPT8080 B-Device " O Microtutor O " O is O a O microprocessor B-Architecture trainer O based O on O the O Intel B-General_Concept 8080 I-General_Concept processor O , O developed O by O Limrose O Electronics O . O Though O initially O launched O for O the O PC B-General_Concept Engine I-General_Concept platform O , O Spriggan O was O re-released O for O the B-Operating_System Wii I-Operating_System 's O Virtual O Console O and O later O included O as O part O of O the O PC B-Device Engine I-Device Mini I-Device console O in O its O western O variants O , O marking O its O first O official O appearance O in O North O American O and O European O regions O . O The O P2 B-Device card I-Device is O essentially O a O RAID B-Architecture of O Secure B-Device Digital I-Device ( O SD O ) O memory O cards O with O an O LSI O controller O tightly O packaged O in O a O die-cast O PC B-Architecture Card I-Architecture ( O formerly O PCMCIA B-Architecture ) O enclosure O , O so O data O transfer O rate O increases O as O memory O capacity O increases O . O In O 2007 O , O the O game O was O made B-Device compatible I-Device with O Xbox B-Operating_System 360 I-Operating_System . O OSS B-Library is O a O basic O sound O interface O that O was O incapable O of O playing O multiple O streams O simultaneously O , O dealing O with O multiple O sound B-Device cards I-Device , O or O streaming O sound O over O the O network O . O The O lead O platform O was O the O Atari B-Device ST I-Device , O with O work O on O the O Commodore O 64 O and O ZX B-Operating_System Spectrum I-Operating_System ports O being O started O once O the O Atari B-Device ST I-Device version O was O nearly O complete O . O However O , O PCDOS B-Operating_System sold O for B-Language while O CP/M B-Operating_System -86 I-Operating_System had O a O $240 O price O tag O . O The O proportion O of O PC O buyers O prepared O to O spend O six O times O as O much O to O buy O CP/M B-Operating_System -86 I-Operating_System was O very O small O , O and O the O limited O availability O of O compatible O application O software O , O at O first O in O Digital O Research O 's O favor O , O was O only O temporary O . O Digital O Research O fought O a O long O losing O battle O to O promote O CP/M B-Operating_System -86 I-Operating_System and O its O multi-tasking O multi-user O successors O MP/M B-Operating_System -86 I-Operating_System and O Concurrent B-Operating_System CP/M I-Operating_System -86 I-Operating_System , O and O eventually O decided O that O they O could O not O beat O the O Microsoft-IBM O lead O in O application O software O availability O , O so O they O modified O Concurrent B-Operating_System CP/M I-Operating_System -86 I-Operating_System to O allow O it O to O run O the O same O applications O as O MS-DOS B-Application and O PCDOS B-Operating_System . O This O was O shown O publicly O in O December O 1983 O and O shipped O in O March O 1984 O as O Concurrent O DOS B-Device 3.1 O ( O a.k.a. O They O are O similar O to O the O Core O i5-4xx O series O but O running O at O lower O clock O speeds O and O without O Turbo B-Device Boost I-Device . O The O Net B-Device Yaroze I-Device PlayStation B-Device console I-Device , O which O is O identical O to O a O standard O PlayStation B-Device console I-Device except O that O it O has O different O boot O ROMs O , O lacks O a O regional O lockout O , O uses O a O different O encryption O scheme O , O and O is O black O . O With O JDK9 O , O several O deployment O technologies O including O applets O and O Java B-Device Web O Start O were O deprecated O by O Oracle B-Application . O The O last O PDP-15 B-Device was O produced O in O 1979 O . O , O written O by O Andrew O Collier O in O Z80 B-General_Concept assembly B-Language language I-Language with O optional O memory O paging O support O for O the O SAM B-Device Coupé I-Device , O and O made O available O under O the O BSD/GPL/LGPL/DFSG O licenses O . O In O response O to O the O 2DS B-Device using O one O physical O display O divided O to O emulate O two O , O Kyle O Orland O of O Ars O Technica O believed O that O Nintendo O had O missed O an O opportunity O to O produce O a O full-screen O gaming O tablet B-Device using O the O 2DS B-Device 's O form O factor O ; O which O would O have O enabled O future O games O and O apps O to O use O the O entire O screen O area O ( O which O he O estimated O to O be O around O the O 5-inch O range O used O by O phablets B-Application ) O , O still O allow O backwards O compatibility O with O games O designed O for O the O folding O 3DS B-Operating_System and O DS B-Device , O and O enhance O the O ability O to O port O existing O smartphone B-Application games O to O the O platform O . O One O particular O unlicensed O model O , O the O Tribal O Tap O 6 O Player O Adaptor O by O Naki O , O added O a O fraudulent O sixth O controller B-Device port O that O was O promoted O as O a O selling O point O against O competing O multitap B-Device models O , O even O though O no O licensed O SNES B-Application game O ever O supported O more O than O five O players O . O The O laptops B-Device could O be O equipped O with O up O to O Intel B-Device Core I-Device i7 I-Device processors O and O up O to O 8GB O of O RAM O . O The O app O allow O players O to O compare O performances O in O both O Rock B-Application Band I-Application 3 I-Application and O Rock B-Device Band I-Device Blitz I-Device with O friends O and O global O scoreboards O , O work O towards O additional O goals O provided O by O the O application O , O and O participate O in O weekly O challenges O set O by O Harmonix O . O On O February O 16 O , O 2016 O , O Breath B-Application of I-Application Fire I-Application V I-Application : I-Application Dragon I-Application Quarter I-Application was O released O on O the O Japanese O PlayStation O Store O as O a O " O PS2 B-Device Archives O " O digital O title O for O PlayStation O 3 O . O Canon O 's O North O American O TV O advertisements O featuring O the O Rebel B-Device T1i I-Device have O been O shot O using O the O T1i B-Device itself O . O The O " O Wave O 4 O " O release O of O Windows B-Application Live I-Application Essentials I-Application , O which O includes O Messenger B-Protocol , O also O dropped O compatibility O with O Windows B-Application XP I-Application and O only O runs O on O Windows B-Application Vista I-Application or O Windows B-Device 7 I-Device . O An O unrelated O game O by O the O same O name O was O also O released O for O mobile O phones O , O as O was O a O Game B-Device Boy I-Device Advance I-Device game O . O Granite B-Device Sentry I-Device and O other O Cheyenne O Mountain O Upgrade O interfaces O were O tested O in O 1997 O , O and O Granite B-Device Sentry I-Device 's O processing O regarding O " O simulated O [ nuclear ] O detonation O messages O … O injected O into O the O Defense O Support O Program O Data O Distribution O Center O [ was ] O not O adequate O ... O " O . O Much O like O the O classic O arcade O game O Marble B-Device Madness I-Device , O the O player O must O navigate O a O ball O across O many O puzzling O courses O within O a O time O limit O , O usually O 60 O seconds O . O In O Europe O , O 505 O Games O Street O released O it O on O June O 16 O , O 2005 O , O for O PlayStation B-Device 2 I-Device , O and O the O PC B-Device version O was O released O on O April O 7 O , O 2006 O , O by O Zoo O Digital O Publishing O ( O now O Zushi O Games O ) O . O The O game O was O eventually O released O for O Windows O , O PlayStation B-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device on O July O 27 O , O 2021 O , O and O was O released O for O Nintendo B-Application Switch I-Application , O Xbox B-Device One I-Device , O and O Xbox B-Device Series I-Device X/S I-Device . O The O utilisation O of O higher O density O memory O devices O made O also O the O microbee B-Device smaller O . O For O almost O all O known O rechargeable B-Architecture battery I-Architecture technologies O , O such O as O lead-acid B-Device batteries I-Device of O all O kinds O like O AGM O , O there O is O a O correlation O between O the O depth B-Algorithm of I-Algorithm discharge I-Algorithm and O the O cycle B-Algorithm life I-Algorithm of O the O battery O . O The O Xbox B-Application version O has O support O for O 5.1 O surround O sound O . O Exclusive O to O the O PlayStation B-Device 2 I-Device version O is O a O skateboarding O minigame O in O which O the O player O control O Snake O or O Raiden O in O a O pair O of O Big O Shell-themed O levels O . O Native O ports O include O these O architectures O : O x86 B-Operating_System , O MIPS B-Device , O ARM B-Architecture , O PowerPC B-Architecture , O SPARC B-Architecture . O The O TRS-80 B-Device Color I-Device Computer I-Device and O Atari O 400 O have O only O RF O video O output O . O Virtua B-Language Cop I-Language was O followed O by O Virtua B-Application Cop I-Application 2 I-Application and O Virtua B-Device Cop I-Device 3 I-Device . O Summit B-Device achieves O a O peak O throughput O of O this O many O operations O per O second O , O whilst O analysing O genomic O data O using O a O mixture O of O numerical O precisions O . O The O HP-32S B-Device was O a O programmable O RPN O Scientific O Calculator B-Application introduced O by O Hewlett-Packard O in O 1988 O and O discontinued O in O 1991 O . O Spectravideo O only O published O two O programs O for O the O CompuMate B-Language on O Compact B-Device Cassette I-Device , O PictureMate O ( O 1983 O ) O and O SongMate O ( O 1983 O ) O . O As O the O game O was O an O early O PS2 B-Device title O , O it O lacked O online O play O - O Sony O would O not O launch O their B-Device network I-Device functionality I-Device in O North O America O until O August O 2002 O . O The O High B-Device Angle I-Device Control I-Device System I-Device and O Fuze B-Device Keeping I-Device Clock I-Device were O used O for O gunnery O control O against O aircraft O . O WatchOS B-Device 2.0 O was O released O in O September O 2015 O . O watchOS B-Device 3.0 O was O announced O at O WWDC O 2016 O , O with O a O priority O on O performance O . O Another O feature O is O Activity B-Application Sharing O , O which O allows O sharing O of O workouts O with O friends O and O even O sending O their O heartbeats O to O one O another O . O A O new O app O called O Breathe B-Application guides O users O through O breathing O exercises O throughout O the O day O , O with O visuals O and O haptic B-Device feedback I-Device . O Phoenix O was O originally O implemented O for O IA-32 B-Device microprocessors B-Architecture and O was O adapted O to O the O ARM7TDMI O processor O in O 2003 O , O and O the O PowerPC B-Architecture in O 2004 O . O The O goal O of O the O Apple O Watch O was O to O complement O an O iPhone B-Operating_System and O add O new O functions O , O and O to O free O people O from O their O phones O . O Kevin O Lynch O was O hired O by O Apple O to O make O wearable B-Operating_System technology I-Operating_System for O the O wrist O . O Rumors O as O far O back O as O 2011 O speculated O that O Apple O was O developing O a O wearable B-Operating_System variation O of O the B-Device iPod I-Device that O would O curve O around O the O user O 's O wrist O , O and O feature O Siri B-Application integration O . O Six O ROM B-Protocol cartridge I-Protocol titles O were O announced O for O the O launch O of O the O Plus O 1 O : O three O arcade O games O , O one O adventure O game O , O one O educational O title O , O and O the O Lisp B-Language language I-Language implementation O , O the O latter O being O a O genuine O language O ROM B-Device that O " O takes O the O place O of O the O BASIC O ROM B-Device " O and O is O instantly O available O when O switching O on O . O By O assigning O different O transmit O queues B-Application to O different O CPUs B-Device or O CPU B-Architecture cores I-Architecture , O internal O operating O system O contentions O can O be O avoided O . O When O X-treme O was O canceled O , O Sega O commissioned O a O port O of O 3D O Blast O featuring O improved O graphics O for O the O Saturn B-Device . O These O motherboards B-Device often O use O mobile O CPUs B-Device and O passive O cooling O , O and O feature O more O powerful O integrated O graphics O compared O to O their O Intel O counterparts O , O which O makes O them O suitable O for O HTPC O . O This O effectively O provided O a O vehicle O to O port O Mach B-Operating_System to O the O PA-RISC B-Device architecture O , O as O opposed O to O starting O with O the O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System configured O to O use O the O Mach B-Operating_System kernel I-Operating_System infrastructure O and O porting O this O to O PA-RISC B-Device , O and O thereby O delivered O a O version O of O HP-UX B-Application 2.0 O based O on O Mach B-Operating_System , O albeit O with O certain O features O missing O from O both O Mach B-Operating_System and O HP-UX B-Application . O : O Master B-Device Quiz I-Device , O Brain B-Device of I-Device the I-Device UK I-Device has O a O " O pass-around O " O mode O to O enable O up O to O 6 O players O to O take O part O in O the O same O quiz O . O In O 1992 O Atari O released O TOS B-Application 4 O , O or O MultiTOS B-Application , O along O with O their O final O computer O system O , O the O Falcon030 B-Device . O In O combination O with O MiNT B-Application , O TOS B-Application 4 O allowed O full O multitasking O support O in O GEM O . O There O is O an O occasional O crash B-Application during O the O loading O screen.Crimson O Skies O : O High O Road O to O RevengeMicrosoft O Game O Studios O XO O XBO B-Device Crouching O Tiger O , O Hidden O DragonUbi O SoftThe O Da O Vinci O Code2K O GamesThere O are O some O environments O that O are O transparent O . O The O Battle O Network O series O officially O ended O in O 2005 O with O the O release O of O Mega B-Application Man I-Application Battle I-Application Network I-Application 6 I-Application for O the O Game B-Device Boy I-Device Advance I-Device . O A O remaster O by O Skunkape O Games O was O released O in O December O 2021 O for O Windows O , O Nintendo B-Application Switch I-Application , O and O Xbox B-Device One I-Device , O and O in O September O 2022 O for O PlayStation B-Operating_System 4 I-Operating_System . O The O rise O of O the O use O of O voice-based O input O ( O as O found O in O some O remote O controllers O and O smart B-Device speakers I-Device ) O also O provides O a O direct O control O interface O enhancing O the O user B-Application experience I-Application . O Like O the O Z80 B-General_Concept before O it O , O the O Z8000 B-Device included O a O system O to O automatically O refresh O dynamic O RAM O . O Master O System O games O came O in O two O formats O : O ROM B-Protocol cartridges I-Protocol held O up O to O 4 O Mbit O of O code O , O while O Sega B-Device Cards I-Device held O up O to O 256 O Kbit O . O Penryn B-Device was O replaced O by O the O Nehalem-based O Arrandale O ( O dual O core B-Device ) O and O Clarksfield B-Device ( O quad O core B-Device ) O . O As O the O original O 68000 B-Device processor O in O Amigas B-Device tended O only O to O access O memory O on O every O second O available O memory O cycle O , O Agnus O operates O a O system O where O " O odd O " O memory O access O cycles O are O allocated O first O and O as O needed O to O time-critical O custom O chip O DMA B-General_Concept while O any O remaining O cycles O are O available O to O the O CPU B-General_Concept , O thus O the O CPU B-General_Concept does O not O generally O get O locked O out O of O memory O access O and O does O not O appear O to O slow O down O . O Backup O Z64 B-Application designed O by O Harrison O Electronics O , O Inc O . O is O a O ZIP O drive O peripheral O for O creating O writable O backups O and O performing O playback O of O any O Nintendo B-Device 64 I-Device cartridge I-Device . O Wake-on-LAN B-Protocol usually O needs O to O be O enabled O in O the O Power O Management O section O of O a O PC B-Device motherboard I-Device 's O BIOS/UEFI O setup O utility O , O although O on O some O systems O , O such O as O Apple O computers O , O it O is O enabled O by O default O . O Asher O Moses O from O the O Sydney O Morning O Herald O called O it O " O best O Android O tablet B-Device yet. O " O The O arranged O music O covered O every O prior O game O with O the O exception O of O Gun O Hazard O , O and O was O arranged O by O Iwasaki O from O the O compositions O of O Iwasaki O , O Hayato O Matsuo O , O Yoko O Shimomura O , O Noriko O Matsueda O , O Ryo B-Application Yamazaki I-Application , O and O Riow O Arai O . O The O PS2 B-Device version O of O Front B-Protocol Mission I-Protocol : I-Protocol Online I-Protocol sold O over O 42,000 O copies O in O Japan O by O the O end O of O 2005 O . O DR O DOS B-Device 6.0 O ( O 1991 O ) O , O from O Digital O Research O , O included O a O custom O version O of O AddStor O 's O SuperStor O . O MS-DOS B-Application 6.0 O ( O 1993 O ) O , O from O Microsoft O , O included O DoubleSpace B-General_Concept , O which O was O based O in O part O on O Vertisoft O Systems O ' O DoubleDisk O . O The O game O received O " O mixed O " O reviews O on O all O platforms O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O In O Japan O , O where O the O PlayStation B-Device 2 I-Device version O was O ported O and O published O by O Spike O on O 21 O September O 2006 O , O Famitsu O gave O it O a O score O of O two O sevens O and O two O sixes O for O a O total O of O 26 O out O of O 40 O . O RealSports B-Application Volleyball I-Application is O an O enhanced O version O of O programmer O Bob O Polaro O 's O never O released O game O Volleyball B-Device . O Despite O these O setbacks O , O System O 7.0 O was O adopted O quite O rapidly O by O Mac B-Device users O , O and O quickly O became O one O of O the O base O requirements O for O new O software O . O Parallax B-Device SX I-Device is O a O discontinued O line O of O microcontrollers B-Architecture that O was O marketed O by O Parallax B-Device , O from O a O design O by O Ubicom O . O EliteBook B-Device 830 O G5 O , O 840 O G5 O and O 850 O G5 O with O Intel B-Device Core I-Device processors O were O announced O in O February O 2018 O . O To O reduce O data O rate O and O hardware O requirements O , O video O frame O has O size O of O 960 O horizontal O by O 540 O vertical O pixels O with O pixel B-Device aspect I-Device ratio I-Device of O 1:1 O , O which O results O in O 16:9 O display O aspect B-Device ratio I-Device . O In O September O 1998 O , O IBM O announced O the O Microdrive B-Device in O North O America O . O While O mobile O workstations B-Device can O offer O better O cooling O than O other O laptops B-Device , O they O rarely O dissipate O heat O efficiently O enough O to O allow O for O high-end O desktop-class O components O , O and O thus O may O not O reach O the O same O performance O levels O as O desktop B-Device computers I-Device . O The O practitioners O of O big B-Application data I-Application analytics I-Application processes O are O generally O hostile O to O slower O shared O storage O , O preferring O direct-attached B-General_Concept storage I-General_Concept ( O DAS B-General_Concept ) O in O its O various O forms O from O solid B-Device state I-Device drive I-Device ( O SSD B-Device ) O to O high O capacity O SATA O disk O buried O inside O parallel O processing O nodes O . O 3.5-inch O bays O , O like O their O larger O counterparts O , O are O named O after O diskette B-Device dimensions O ; O their O actual O dimensions O are O wide O by O high O . O The O buyer O had O the O choice O between O a O floppy B-Device disk I-Device model O and O a O fixed B-Device disk I-Device ( O hard B-Device disk I-Device ) O model O . O As O the O project O advanced O , O the O requirement O to O support O IBM B-Device 8100 I-Device and O Series/1 B-Device software O was O dropped O . O In O the O film O Watchmen O , O Ozymandias O has O an O all-black O TEMPEST-shielded O SE/30 B-Device on O his O desk O . O One O of O the O largest O barriers O to O having O Diameter B-Protocol replace O RADIUS B-Protocol is O that O switches B-Protocol and O Access B-Device Points I-Device typically O implement O RADIUS B-Protocol , O but O not O Diameter B-Protocol . O In O the O tradition O of O classic O dungeon O crawlers O such O as O Wizardry B-Device , O the O RPG O segments O assume O a O tile-based O first-person O perspective O . O is O a O 1995 O turn-based O strategy O video O game O developed O by O Micronet O and O published O by O Sega O exclusively O in O Japan O for O the O Sega B-Device Saturn I-Device . O The O U.S. O Environmental O Protection O Agency O ( O EPA O ) O , O has O reported O lesser O and O varying O levels O of O lead-acid B-Device battery I-Device recycling O in O the O United O States O in O earlier O years O , O under O various O administrations O , O Republican O and O Democrat O . O When O Novell O decided O to O abandon O further O development O of O the O various O Digital O Research O operating O systems O such O as O Multiuser B-Operating_System DOS I-Operating_System ( O a O successor O to O Concurrent B-Operating_System DOS I-Operating_System ) O and O Novell B-Operating_System DOS I-Operating_System ( O a O successor O to O DR O DOS B-Device ) O , O they O sold O FlexOS B-Operating_System off O to O the O Santa O Clara O , O California-based O Integrated O Systems O Inc O . O ( O ISI O ) O for O million O in O July O 1994 O . O The O home B-Device console I-Device versions O were O released O as O Toy B-Application Story I-Application 2 I-Application : I-Application Buzz I-Application Lightyear I-Application to I-Application the I-Application Rescue I-Application !, O while O versions O for O Microsoft B-Application Windows I-Application and O Macintosh B-Device were O released O under O the O title O Disney/Pixar O ' O s O Action O Game O , O Toy B-Application Story I-Application 2 I-Application . O The B-Device Ancient I-Device Art I-Device of I-Device War I-Device is O generally O recognized O as O one O of O the O first O real-time O strategy O or O real-time B-Application tactics I-Application games O , O a O genre O which O became O hugely O popular O a O decade O later O with O Dune B-Application II I-Application and O Warcraft B-Application . O Upon O visiting O a O demonstration O of O MUSE O in O Washington O , O US O President O Ronald O Reagan O was O impressed O and O officially O declared O it O " O a O matter O of O national O interest O " O to O introduce O HDTV B-Device to O the O US O . O It O was O released O on O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System on O July O 6 O , O 2011 O via O Xbox B-Device Live I-Device Arcade I-Device , O and O on O the O PlayStation B-Operating_System 3 I-Operating_System via O the O PlayStation B-Device Network I-Device on O July O 20 O , O 2011 O in O North O America O and O July O 27 O , O 2011 O in O the O PAL O region O . O On O June O 27 O , O 2012 O , O the O Touchatag B-Device team O has O announced O the O shutdown O of O the O project O . O It O was O released O the O following O year O for O the O Amiga B-Device . O The O machine O uses O a O unique O hybrid O of O the O IBM O MDA O and O CGA B-Device which O supports O the O latter O 's O graphics O modes O , O but O contains O both O cards O ' O text O fonts O in O ROM O . O The O high-end O console O was O publicly O revealed O on O September O 7 O , O 2016 O , O as O PlayStation B-Device 4 I-Device Pro I-Device . O The O use O of O Virtual B-Architecture memory I-Architecture and O Dynamic O Address O Translation O ( O DAT O ) O on O the O IBM B-Device S/360 I-Device -67 I-Device in O 1967 O . O There O is O not O yet O an O agreed-upon O standard O for O the O placement O of O the O Fn B-Device key I-Device , O although O most O manufacturers O have O elected O to O place O it O alongside O a O shrunken O and/or O displaced O left O Control B-Device key I-Device . O A O DTV B-Device receiver I-Device is O a O set-top O box O that O permits O the O reception O of O digital B-Application television I-Application . O The O Surface B-Device Pro I-Device 2 I-Device ships O with O Windows B-Device 8.1 I-Device Pro I-Device as O its O operating O system O . O Shinrei B-Application Jusatsushi I-Application Tarōmaru I-Application was O developed O by O Time O Warner O Interactive O 's O Japanese O studios O for O the O Sega B-Device Saturn I-Device . O The O game O was O developed O at O Bell O Labs O , O and O was O ported O during O 1969 O from O the O Multics B-Application operating I-Application system I-Application to O the O GECOS B-Application operating B-General_Concept system I-General_Concept on O the O GE B-Device 635 I-Device computer O , O and O then O to O the O PDP-7 B-Device minicomputer B-Architecture . O While O porting O the O game O to O the O PDP-7 B-Device , O Thompson O developed O ideas O for O his O own O operating B-General_Concept system I-General_Concept , O which O later O formed O the O core O of O the O Unix B-Application operating I-Application system I-Application . O During O the O 1990s O , O Apple O Computer O released O a O monthly O series O of O developer O CD-ROMs B-Device containing O resources O for O programming O the O Macintosh B-Device . O The O Apple B-Device IIe I-Device Card I-Device for O the O PDS B-Device slot I-Device was O offered O in O a O bundle O with O education O models O of O the O LCs O . O Manuals O containing O information O and O hints O vital O to O the O completion O of O the O game O , O like O answers O to O riddles O ( O Conquests B-Application of I-Application Camelot I-Application , O King B-Application 's I-Application Quest I-Application 6 I-Application ) O , O recipes O of O spells O ( O King B-Device 's I-Device Quest I-Device 3 I-Device ) O , O keys O to O deciphering O non-Latin O writing O systems O ( O Ultima O series O , O see O also O Ultima O writing O systems O ) O , O maze O guides O ( O Manhunter B-Application ) O , O dialogue O spoken O by O other O characters O in O the O game O ( O Wasteland B-Application , O Dragon B-Device Wars I-Device ) O , O excerpts O of O the O storyline O ( O most O Advanced O Dungeons O and O Dragons O games O and O Wing B-Application Commander I-Application I I-Application ) O , O or O a O radio O frequency O to O use O to O communicate O with O a O character O to O further O a O game O ( O Metal B-Application Gear I-Application Solid I-Application ) O . O The O IBM B-Device Personal I-Device Computer I-Device XT O ( O model O 5160 O , O often O shortened O to O PC/XT O ) O is O the O second O computer O in O the O IBM B-Device Personal I-Device Computer I-Device line O , O released O on O March O 8 O , O 1983 O . O In O January O 2013 O , O Sequoia B-Device set O the O record O for O the O first O supercomputer B-Architecture using O more O than O one O million O computing O cores O at O a O time O for O a O single O application O . O The O PlayStation B-Device released O in O Europe O on O 29 O September O 1995 O and O in O Australia O on O 15 O November O 1995 O . O It O is O the O first O game O developed O by O Supermassive O Games O and O was O published O by O Sony O Computer O Entertainment O for O release O as O a O launch O title O for O the O PlayStation B-Device Move I-Device . O This O comparison B-Application of I-Application disc I-Application authoring I-Application software I-Application compares O different O optical B-Device disc I-Device authoring O software O . O Solid-state B-Device storage I-Device devices I-Device typically O store O data O using O electrically-programmable O non-volatile B-General_Concept flash B-Device memory I-Device , O however O some O devices O use O battery-backed O volatile B-General_Concept random-access B-Architecture memory I-Architecture ( O RAM B-Architecture ) O . O Even O given O the O age O of O the O hardware O and O software O , O Newtons B-Device still O demand O a O sale O price O on O the O used O market O far O greater O than O that O of O comparatively O aged O PDAs B-Application produced O by O other O companies O . O The O game O was O titled O Avatar B-Device : I-Device Frontiers I-Device of I-Device Pandora I-Device with O a O trailer O at O E3 O 2021 O and O announced O for O a O release O in O 2022 O . O The O second O version O , O introduced O in O 2020 O as O a O component O of O macOS B-Operating_System Big I-Operating_System Sur I-Operating_System , O is O part O of O the O Mac B-Device transition I-Device from I-Device Intel I-Device processors I-Device to I-Device Apple I-Device silicon I-Device , O allowing O Intel B-Operating_System applications O to O run O on O Apple B-Device silicon I-Device Macs O . O It O includes O a O new O set O of O managed O code O APIs B-Application that O are O an O integral O part O of O Windows B-Application Vista I-Application and O Windows B-Device Server I-Device 2008 I-Device . O He O purchased O an O Apple B-Device II I-Device and O began O writing O games O . O Unlike O the O 435T O , O the O 435MT O 's O BIOS O was O never O updated O to O support O Westmere-based O Core B-Device i7 I-Device or O Xeon O chips O . O An O extended O CMS-2 B-Language compiler O , O adding O language O features O for O the O AN/UYK B-Device -7 I-Device computer O . O Based O on O the O original O Super B-Application Mario I-Application Bros. O , O it O features O an O overworld O level O map O , O simultaneous O multiplayer O , O a O Challenge O mode O in O which O the O player O finds O hidden O objects O and O achieves O a O certain O score O in O addition O to O normally O completing O the O level O , O and O eight O additional O worlds O based O on O the O main O worlds O of O the O Japanese O 1986 O game O Super B-Device Mario I-Device Bros I-Device . I-Device 2 I-Device . I-Device Borland O released O Turbo B-Application Pascal I-Application for O Macintosh B-Device in O 1986 O . O In O broadcast O systems O , O there O is O no O difference O between O an O object B-Device carousel I-Device and O a O service O domain O except O for O the O terminology O : O an O object B-Device carousel I-Device is O a O service O domain O , O and O vice O versa O . O SSI O sold O 47,676 O copies O of O Wizard B-Device 's I-Device Crown I-Device in O North O America O , O and O it O was O the O company O 's O second O best-selling O Commodore O game O as O of O late O 1987 O . O In O another O retrospective O , O Kotaku O also O looked O back O on O the O game O fondly O , O likening O it O to O Metroid B-Device . O A O 2008 O Gamasutra O article O was O more O critical O , O finding O that O while O the O visual O design O was O " O still O lovely O " O , O the O graphics O showed O the O Saturn B-Device 's O 3D O limitations O , O with O low-resolution O textures O , O " O boxy O " O character O models O , O frequent O slowdown O and O compressed O video O . O The O fruit O is O only O visible O on O the O TV O screen O , O so O the O player O must O use O reference O points O in O the O level O 's O background O to O draw O the O path O on O the O GamePad B-Device . O Even O though O ISA O disappeared O from O consumer O desktops O many O years O ago O , O it O is O still O used O in O industrial B-Device PCs I-Device , O where O certain O specialized O expansion O cards O that O never O transitioned O to O PCI B-Protocol and O PCI B-Protocol Express O are O used O . O Intel O Ice B-Device Lake I-Device ( O and O later O ) O processors O . O The O back O of O the O screen B-Device is O a O rubberized O black O plastic O , O with O the O volume O and O power O buttons O embedded O at O the O top O right O of O the O lid O . O Visitors O to O libraries O found O that O their O search O time O was O cut O from O 30 O minutes O using O paper O indexes O to O five O minutes O using O CD-ROM B-Device . O Standalone O programs O for O teletext O included O Amiga B-Device Teletext O and O the O Videotex B-Operating_System datatype O . O AFax O , O Amiga-FAX O , O GPFax O , O FaxQuik O , O STFax O , O TrapFax O , O AVM O ( O software O ) O , O MultiAnswer O , O Zyxel O Voice O Mail O . O In O 1994 O , O DEC O sold O the O PDP-11 B-Device system-software O rights O to O Mentec O Inc. O , O an O Irish O producer O of O LSI-11 O based O boards O for O Q-Bus B-Architecture and O ISA O architecture O personal O computers O , O and O in O 1997 O discontinued O PDP-11 B-Device production O . O Rad O Automatic O of O Sega B-Device Saturn I-Device Magazine O praised O Gaiden O for O its O graphics O and O action-packed O gameplay O , O specifically O the O level O of O challenge O and O usage O of O branching O level O paths O . O However O , O the O touch O pointer O is O normally O less O commonly O visible O in O touchscreen O environments O of O Windows B-Application operating I-Application systems I-Application later O than O Windows B-Device 7 I-Device . O Like O the O original O Tandy O 1000 O , O the O EX O and O HX O do O not O have O a O built-in O DMA B-General_Concept controller I-General_Concept , O though O one O can O be O added O using O the O PLUS O memory O expansion O board O . O The O 1000 O EX O comes O with O MS-DOS B-Application 2.11 O and O Personal O Deskmate B-Device on O 5.25 O " O 360KB O diskettes O . O The O MS-DOS B-Application is O a O version O specialized O for O and O only O bootable O on O the O Tandy O 1000 O ; O it O includes O a O version O of O BASICA O ( O Microsoft O 's O Advanced O GW-BASIC O ) O with O support O for O the O enhanced O CGA O graphics O modes O ( O a.k.a. O It O also O has O Tandy O MS-DOS B-Application 2.11R O in O ROM B-Device , O which O can O be O accessed O by O starting O the O computer O with O no O bootable O disk O . O Another O improvement O over O the O EX O is O the O addition O of O a O serial O EEPROM B-General_Concept to O store O configuration O information O , O enabling O similar O functionality O to O later O CMOS O NVRAMs O . O TitleDeveloper(s ) O Publisher(s ) O First O releasedJPNAEUAUDisney O Two O Pack O - O Frozen B-Application : I-Application Olaf I-Application 's I-Application Quest I-Application + O Big O Hero O 6 O : O Battle O in O the O Bay1st O Playable O Productions O GameMill O EntertainmentDisney O 's O The O Little O Mermaid O : O Ariel O 's O Undersea O Adventure O / O Princess O : O Magical O JewelsDisney O Interactive O StudiosDisney O Interactive O StudiosDrawn O to O Life O CollectionTHQTHQDreamWorks O 2-in-1 O Party O PackActivisionActivisionDreamWorks O Madagascar B-Application / O Shrek B-Application : I-Application Super I-Application Slam I-Application 2-in-1 O Combo O PackActivisionActivisionDreamWorks O Madagascar B-Application 3 O & O The O Croods O : O Combo O PackTorus O Games O D3PublisherDS O Dengeki O Bunko O : O Iria O no O Sora O , O UFO O no O Natsu O I-IIMedia O Works O Media O Works O Dual O Pack O : O Pac-Man O World O 3 O / O Namco O Museum O DSNamco O Bandai O GamesNamco O Bandai O GamesG.G O Series O Collection O PlusSuzak O GenterpriseGuitar O Hero O : O On O Tour O & O Guitar B-Device Hero I-Device : I-Device On I-Device Tour I-Device DecadesActivisionActivisionHappily O Ever O After O Volume O 1Enjoy O Gaming O Storm O City O GamesHappily O Ever O After O Volume O 2Enjoy O Gaming O Storm O City O GamesHigurashi O no O Naku O Koro O ni O Kizuna O : O Ichi-Ni O Maki O PackAlchemistAlchemistI O Spy O : O Game O Pack O - O I O Spy O Universe O / O I O Spy O Fun O HouseScholastic O , O Inc.Scholastic O , O Inc O . O EDVAC B-Device 's O average O addition O time O was O 864 O microseconds O and O its O average O multiplication O time O was O 2,900 O microseconds O . O The O Apple B-Device USB I-Device Mouse I-Device , O previously O included O with O the O iMac B-Device , O was O also O reviewed O poorly O , O noting O that O " O many O users O will O find O it O unacceptable O : O because O of O the O round O design O , O it O 's O impossible O to O tell O the O top O of O the O mouse O from O the O bottom O by O touch. O " O Crazy B-Device Taxi I-Device : I-Device Catch I-Device a I-Device Ride I-Device is O a O racing O action B-Application video I-Application game I-Application for O the O Game B-Device Boy I-Device Advance I-Device , O part O of O the O Crazy B-Application Taxi I-Application series O . O But O for O all O its O narrative O bluntness O , O Minute B-Device Of I-Device Islands I-Device is O an O incredibly O elegant O game O . O Henry O Babbage O 's O " O analytical B-Device engine I-Device mill O " O is O on O display O at O the O Science O Museum O in O London O . O ATI O 's O first O R200-based O card O was O the O Radeon B-Device 8500 I-Device , O launched O in O Aug O 14 O , O 2001 O . O The O domains O replay.com, O replaytv.com, O and O replaytv.net O used O by O the O ReplayTV B-Device units O to O access O the O electronic O program O guide O are O owned O by O DirecTV O . O The O game O was O re-released O for O MS-DOS B-Application twice O , O once O in O 1992 O by O Activision O as O The B-Application Manhole I-Application : O New O and O Enhanced O ( O including O a O Windows O 3.1 O version O ) O and O again O in O 1995 O as O The B-Application Manhole I-Application : O CD-ROM B-Device Masterpiece O Edition O by O Broderbund O , O which O featured O the O use O of O color O , O music O , O voice O , O sound O effects O , O and O some O new O characters O . O These O terms O are O traditionally O used O in O connection O with O radio O receivers O , O but O many O other O systems O use O many O kinds O of O demodulators B-Device . O A O Notification B-Application LED I-Application is O a O small O RGB O or O monochrome O LED O light O usually O present O on O the O front-facing O screen O bezel O ( O display O side O ) O of O smartphones B-Application and O feature B-Device phones I-Device whose O purpose O is O to O blink O or O pulse O to O notify O the O phone O user O of O missed O calls O , O incoming O SMS B-Device messages O , O notifications O from O other O apps O , O low O battery O warning O , O etc. O , O and O optionally O to O facilitate O locating O the O mobile O phone O in O darkness O . O And O when O the O Power B-Device Mac I-Device G4 I-Device was O introduced O , O print O ads O included O pictures O of O the O G4 O chip O and O mentioned O its O AltiVec B-General_Concept instruction O set O by O its O own O marketing O name O , O " O Velocity B-General_Concept Engine I-General_Concept " O . O By O default O , O it O will O use O PXE B-Device and O IPMI O or O Redfish B-Application in O concert O to O provision O and O manage O physical O machines O , O but O Ironic O supports O and O can O be O extended O with O vendor-specific O plugins O to O implement O additional O functionality O . O Sushy O is O a O lightweight O Redfish B-Application API O client O library O . O Zaqar O is O a O multi-tenant B-Architecture cloud O messaging O service O for O Web O developers O . O Other O sequels O were O released O for O the O Game O Gear O , O Mega B-Operating_System Drive/Genesis I-Operating_System , O Sega B-Device Saturn I-Device , O the O PlayStation B-Device 2 I-Device , O and O the O Nintendo B-Operating_System 3DS I-Operating_System . O The O adapter O is O also O compatible O with O other O iPhone B-Device , O iPad B-Device , O and O iPod B-Device Touch I-Device devices O running O iOS B-Operating_System 10 I-Operating_System and O newer O . O DOS B-Operating_System Plus I-Operating_System and O older O issues O of O DRDOS B-Application ( O up O to O DR O DOS B-Device 6.0 O , O with O BDOS B-Operating_System 6.7 O in O 1991 O ) O had O no O such O limitation O due O to O their O implementation O using O a O DOS B-Device emulation O on O top O of O a O Concurrent B-Operating_System DOS I-Operating_System - O ( O and O thus O CP/M B-Operating_System -86 I-Operating_System - O ) O derived O kernel O , O which O internally O organized O subdirectories B-Application as O relative O links O to O parent B-Application directories I-Application instead O of O as O absolute B-Application paths I-Application . O Since O PalmDOS B-Operating_System ( O with O BDOS B-Operating_System 7.0 O ) O and O DRDOS B-Application 6.0 O ( O 1992 O update O with O BDOS B-Operating_System 7.1 O ) O and O higher O switched O to O use O a O CDS B-Application for O maximum B-General_Concept compatibility I-General_Concept with O DOS B-Device programs O as O well O , O they O faced O the O same O limitations O as O present O in O other O DOSes O . O The O first O game O release O for O the O PlayStation B-Device Vita I-Device in O the O scene B-Application , O Uncharted B-Application : I-Application Golden I-Application Abyss I-Application , O was O done O by O the O group B-Application PSiCO O on O February O 8 O , O 2016 O . O It O and O the O Ultimaker B-Device 2 O Go O were O released O simultaneously O in O April O 2015 O . O David O Pogue O of O The O New O York O Times O praised O the O 15-inch O model O 's O screen O , O keyboard O , O sound O , O start-up O time O , O cosmetics O , O battery O life O , O storage B-Device , O and O RAM B-Architecture capacity O . O If O the O copy O of O the O system O software O on O disk B-Device is O modified O , O it O can O be O restored O by O reloading O it O from O about O 4000 O binary-coded O punched B-Architecture cards I-Architecture ( O approximately O two O boxes O ) O . O Shanghai B-Device 's O development O of O the O IoT B-Operating_System and O internet O connection O speeds O have O allowed O for O third-party O companies O to O revolutionize O the O productivity O of O the O city O . O She O is O featured O in O the O PS2 B-Device game O , O G O Generation O Spirits O as O an O obtainable O character O . O Depending O on O the O location O there O are O currently O three O notebooks B-Device in O the O Tecra O series O . O The O game O is O playable O with O a O keyboard O or O the O Wiimote B-Device , O and O supports O up O to O four O players O . O AutoCAD B-Algorithm 2012 I-Algorithm for O Mac B-Device supports O both O the O editing O and O saving O of O files O in O DWG O formatting O that O will O allow O the O file O to O be O compatible O with O other O platforms O besides O macOS B-Application . O Gold B-Application 's I-Application Gym I-Application : I-Application Cardio I-Application Workout I-Application is O an O exercise O video O game O for O Nintendo B-Operating_System 's I-Operating_System Wii I-Operating_System video B-Device game I-Device console I-Device , O created O by O Japanese O video O game O developer O Rocket O Company O . O It O became O notable O in O recent O years O due O to O being O extremely O difficult O to O play O on O emulators B-Application like O MAME B-Device , O as O the O arcade O hardware O implemented O an O advanced O anti-piracy O system O until O Gaelco O co-founder O Javier O Valero O provided O unencrypted O keys O for O the O PCB O in O 2008 O at O a O Spanish O gaming O conference O , O allowing O it O to O be O emulated B-Application and O played O . O Run O on O Apollo/Domain B-Device hardware O . O This O was O followed O by O an O iPad B-Device app O and O Pinterest B-Application Mobile O , O a O version O of O the O website O for O non-iPhone O users O . O Hawkins O claimed O that O the O console O was O HDTV-capable O , O and O that O the O company O could O use O its O technology O for O a O set-top O box O . O Computer O Gaming O World O reported O in O January O 1994 O that O 3DO B-Device " O is O poised O for O an O avalanche O of O software O support O to O appear O in O the O next O 12 O months O " O , O unlike O the O Atari B-Device Jaguar I-Device and O Pioneer B-Device LaserActive I-Device . O Lode B-Application Runner I-Application Mobile O 2008 O Mobile O phone O ( O Java O ) O Hudson O Soft O Living O Mobile O Lode B-Application Runner I-Application iPod B-Device 2008 O iPod B-Device Hudson O Soft O Hudson O Soft O Lode B-Application Runner I-Application was O made O available O for O the O click-wheel O version O of O Apple O 's O iPod B-Device in O mid-December O 2008 O with O enhanced O , O scrolling O graphics O . O Championship B-Application Lode I-Application Runner I-Application 2009 O Wii O VC O Hudson O Soft O Hudson O Soft O Re-release O of O Championship B-Application Lode I-Application Runner I-Application NES O original O ( O Japan O only O ) O Lode B-Application Runner I-Application 2009 O Xbox B-Device 360 I-Device LIVE I-Device Arcade I-Device Tozai O Games/Southend O Interactive O Tozai O Games/Microsoft O Lode B-Application Runner I-Application X O 2012 O Xperia O mobile O devices O , O Android O Tozai O Games/Southend O Interactive O Tozai O Games/Sony O Ericsson O Lode B-Application Runner I-Application Classic I-Application 2012 O Windows B-Protocol Phone I-Protocol 7 O , O Android O , O iOS B-Application Tozai O Games/Studio O Voltz O Tozai O Games/MicrosoftLode O Runner O Legacy O 2017 O Windows B-Application , O MacOS O , O Linux O , O Nintendo O Switch O , O PS4 O Tozai O Games O Tozai O GamesLode O Runner O 2022 O Atari B-General_Concept 2600 I-General_Concept Dion O Olsthoorn O Tozai O Games O Untitled O Lode B-Application Runner I-Application game O TBA O Intellivision B-Application Amico I-Application Made O in O partnership O with O Intellivision O Entertainment O . O Previously O , O a O download O code O for O NBA B-Application Jam I-Application was O to O be O included O with O copies O of O Xbox B-Operating_System 360 I-Operating_System and O PS3 B-Operating_System versions O of O NBA B-Device Elite I-Device 11 I-Device , O but O NBA B-Application Jam I-Application was O subsequently O released O as O a O standalone O game O for O both O systems O and O the B-Operating_System Wii I-Operating_System . O Aesthetically O , O both O PC O and O PlayStation B-Device versions O are O identical O except O for O the O saving O system O ; O the O former O allows O players O to O save O manually O at O any O point O in O the O game O whereas O the O latter O can O only O be O saved O when O accomplishing O mission O objectives O . O MS-DOS B-Application was O originally O designed O to O run O in O real B-Application mode I-Application and O run O only O one O program O at O a O time O , O due O to O the O capability O limitations O of O the O Intel B-Device 8088 I-Device microprocessor O . O Taken O from O the O title O of O Eugene O Brooks O ' O ( O of O Lawrence O Livermore O Lab O ) O talk O " O Attack B-Device of I-Device the I-Device Killer I-Device Micros I-Device " O at O Supercomputing B-Architecture 1990 O . O Powered O by O Evo O 12th O Generation O Intel B-Device Core I-Device or O Qualcomm B-Architecture Snapdragon I-Architecture processors O . O With O the O TK-80 B-Device , O NEC O offered O a O development O board O for O μCOM-80 O , O which O due O to O its O low O price O became O popular O with O hobbyists O . O The O μCOM-82 O ( μPD780 O ) O is O an O 8-bit O microprocessor B-Architecture compatible O with O the O Zilog B-General_Concept Z80 I-General_Concept . O ) O , O whereby O DASH7 B-Device is O used O for O monitoring O the O in-transit O temperature O and O other O environmental O factors O that O can O adversely O affect O the O integrity O of O sensitive O products O . O The O Game B-Device Room I-Device front O end O can O be O downloaded O at O no O charge O from O Microsoft O 's O Marketplace O online O storefront O . O In O addition O , O Valve O secured O licensing O contracts O with O third-party O producers O ; O the O first O of O these O deals O concerned O a O Dota B-Application 2 I-Application themed O SteelSeries B-Device mousepad B-Language , O which O was O announced O alongside O the O game O at O Gamescom O 2011 O . O Before O the O 32X B-Device could O be O launched O , O the O release O date O of O the O Saturn B-Device was O announced O for O November O 1994 O in O Japan O , O coinciding O with O the O 32X B-Device 's O target O launch O date O in O North O America O . O Tennis B-Application World I-Application Tour I-Application is O a O tennis O video O game O developed O by O Breakpoint O Studio O and O published O by O Bigben O Interactive O for O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device and O Microsoft B-Application Windows I-Application . O 2.5-inch O hard B-Device drives I-Device may O range O from O 7mm O to O 15mm O in O height O , O there O are O two O sizes O that O appear O to O be O prominent O . O With O minor O changes O to O the O CBM B-Device DOS I-Device ROM B-Device code O , O larger O capacity O hard B-Device disk I-Device drives I-Device could O be O swapped O into O the O D9060/D9090 O unit O . O Google B-Application officially O announced O the O Pixel B-Device Watch I-Device on O October O 6 O , O alongside O the O Pixel B-Device 7 I-Device and O Pixel B-Device 7 I-Device Pro I-Device smartphones O , O at O the O annual O Made O by O Google B-Application event O . O Ctrl-T B-Device ( O not O supported O on O all O UNIXes B-Application ) O sends O an O INFO O signal O ( O SIGINFO O ) O ; O by O default O , O and O if O supported O by O the O command O , O this O causes O the O operating O system O to O show O information O about O the O running O command O . O The O phrase O " O Personal B-Application Information I-Application Management I-Application " O was O itself O apparently O first O used O in O the O 1980s O in O the O midst O of O general O excitement O over O the O potential O of O the O personal B-Device computer I-Device to O greatly O enhance O the O human O ability O to O process O and O manage O information O . O The O PlayStation B-Device 5 I-Device is O backwards B-General_Concept compatible I-General_Concept with O all O but O six O PlayStation B-Device 4 I-Device games I-Device . O ( O Only O the O Apple O IIc O and O IIgs B-Device supported O this O in O firmware O . O The O premise O of O the O game O is O that O the O three O superpowers B-Application , O Russia O , O China O , O and O the O United O States O , O have O each O secretly O constructed O a O vast O subterranean O complex O of O computers O to O wage O a O global B-Device war I-Device too O complex O for O human O brains O to O oversee O . O The B-Device Prisoner I-Device was O also O popular O among O gamers O , O who O voted O it O the O third O most O popular O adventure O game O of O 1981 O in O the O annual O Softalk O reader O poll O . O Comparing O the O two O images O , O the O player O has O to O locate O and O find O the O inaccuracies O or O changes O from O the O top O screen O to O the O touch B-Device screen I-Device . O " O Spore O CubesRené O Boutin O / O Spore O Productions2000Web O browser O , O Windows O , O ActionScript B-Operating_System 3 I-Operating_System , O Palm O OS O , O Pocket B-Device PC I-Device , O iOS B-Application , O Android B-Application ( O operating O system O ) O Inspired O by O the O addictiveness O of O Clickomania B-Application ! O Although O PCSX2 B-Application can O closely O mirror O the O original O gameplay O experience O on O the O PlayStation B-Device 2 I-Device , O PCSX2 B-Application supports O a O number O of O improvements O over O gameplay O on O a O traditional O PlayStation B-Device 2 I-Device , O such O as O the O ability O to O use O custom O resolutions B-General_Concept up O to O 8192×8192 O , O anti-aliasing B-Algorithm , O and O texture O filtering O . O Compared O to O its O personal B-Device computer I-Device contemporaries O , O the O relatively O high O overall O floating-point O performance O of O a O Cell O processor O seemingly O dwarfs O the O abilities O of O the O SIMD B-Device unit O in O CPUs B-Device like O the O Pentium B-General_Concept 4 I-General_Concept and O the O Athlon O 64 O . O Two O specific O implementations O using O SCCS O are O : O PDP B-Device 11 I-Device under O Unix B-Application and O IBM B-Device 370 I-Device under O the O OS O . O The O Intel B-Device Management I-Device Engine I-Device ( O ME O ) O , O also O known O as O the O Intel O Manageability O Engine O , O is O an O autonomous O subsystem O that O has O been O incorporated O in O virtually O all O of O Intel O 's O processor B-General_Concept chipsets B-Device since O 2008 O . O American O Microsystems O announced O a O Z80-compatible O microprocessor O , O the O S83 O , O featuring O 8KB O of O in-package O ROM B-Device for O the O operating B-General_Concept system I-General_Concept and O BIOS O , O together O with O comprehensive O logic O for O interfacing O with O 64-kilobit O dynamic O RAM B-Architecture devices O . O On O most O machines O the O bootstrap O was O a O minimal O bootloader B-Application in O ROM B-Device combined O with O some O means O of O minimal O bank B-General_Concept switching I-General_Concept or O a O means O of O injecting O code O on O the O bus O ( O since O the O 8080 B-General_Concept needs O to O see O boot O code O at O Address O 0 O for O start-up O , O while O CP/M B-Application needs O RAM B-Architecture there O ) O ; O for O others O , O this O bootstrap O had O to O be O entered O into O memory O using O front-panel B-Device controls O each O time O the O system O was O started O . O CP/M B-Application used O the O 7-bit B-Protocol ASCII I-Protocol set O . O For O example O , O one O Kaypro O used O them O for O Greek O characters O , O and O Osborne B-Device machines O used O the O 8th O bit O set O to O indicate O an O underlined O character O . O It O was O later O released O for O PlayStation B-Device 5 I-Device on O December O 29 O , O 2022 O . O Katie O ’s O Farm O , O let O kids O further O explore O the O world O of O McGee B-Device in O 1990 O . O On O release O , O Famicom O Tsūshin O scored O Aquanaut B-Device 's I-Device Holiday I-Device a O 24 O out O of O 40 O . O It O is O almost O identical O to O the O FinePix B-Device F50fd O except O for O a O larger O 3 O " O LCD B-Device and O updated O firmware O that O includes O in-camera O relighting O ( O high O dynamic O range O ) O functions O and O intelligent O scene O recognition O . O Thunder B-Application Fox I-Application was O re-released O for O the O Xbox B-Application and O PlayStation B-Device 2 I-Device as O part O of O the O Taito O Legends O compilation O . O Non-abelian O anyons O , O a O species O required O for O topological B-Device quantum I-Device computers I-Device , O have O yet O to O be O experimentally O confirmed O . O SimLife B-Application was O re-released O in O 1993 O as O part O of O the O SimClassics O Volume O 1 O compilation O , O alongside O SimCity B-Application Classic I-Application and O SimAnt B-Application for O PC O , O Mac O and O Amiga B-Device . O Sonic B-Application the I-Application Hedgehog I-Application 2 I-Application set O records O for O the O fastest-selling O game O , O selling O copies O worldwide O within O two O weeks O , O and O Sonic B-Application the I-Application Hedgehog I-Application 3 I-Application and O Sonic B-Application & I-Application Knuckles I-Application selling O a O combined O copies O worldwide O . O After O the O release O of O the O Genesis O in O 1989 O , O video O game O publisher O Accolade O began O exploring O options O to O release O some O of O their O PC B-Device games O on O the O console B-Device . O It O is O the O first O game O in O the O TimeSplitters B-Device series O . O The O user O is O guided O through O the O preparation O and O cooking O process O via O audio O narration O and O instructional O video O clips O , O and O the O user O can O use O the O Nintendo B-Device DS I-Device 's O voice O recognition O to O proceed O through O each O cooking O step O . O The O specific O low O level O function O intended O for O the O SysRq B-Device key I-Device was O to O switch O between O operating B-General_Concept systems I-General_Concept . O In O June O 2016 O the O game O received O a O digital O release O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System in O NA O and O PAL O regions O as O an O emulated O and O upscaled O version O of O the O PlayStation B-Device 2 I-Device original O with O added O Trophy O support O . O The O interface O is O primarily O used O to O connect O a O video O source O to O a O display B-Device device I-Device such O as O a O computer B-Device monitor I-Device , O though O it O can O also O be O used O to O transmit O audio O , O USB B-Protocol , O and O other O forms O of O data O . O Any O other O onboard O interfaces O ( O such O as O serial B-Protocol and O parallel B-Device ports I-Device ) O had O to O be O connected O via O flying O leads O to O connectors O which O were O mounted O either O on O spaces O provided O by O the O case O or O brackets O placed O in O unused O expansion O slot O positions O . O Early O A500 O units O had O the O words O " O B52/ROCK O LOBSTER O " O silk-screen O printed O onto O their O printed O circuit O board O , O a O reference O to O the O song O " O Rock O Lobster O " O The O Amiga B-Device 600 I-Device referenced O " O JUNE O BUG O " O ( O after O the O song O " O Junebug O " O ) O and O the O Amiga B-Application 1200 I-Application had O " O CHANNEL O Z O " O ( O after O " O Channel O Z O " O ) O , O and O the O CD-32 O had O " O Spellbound. O " O August O 15 O – O Nintendo O releases O Metroid B-Device in O North O America O . O OnHub B-Device routers B-Protocol have O a O dual-core O 1.4GHz O CPU O , O 1GB O RAM O , O and O 4GB O flash O storage O . O terminate-and-stay-resident O ( O TSR O ) O programs O to O support O LFNs O under O plain O DOS B-Device or O Windows B-Device NT I-Device 4 I-Device are O available O . O A O widely O used O test O of O stability O is O Prime95 B-Device , O which O has O built-in O error O checking O that O fails O if O the O computer O is O unstable O . O uuencode B-Device — O Encode O a O binary O file B-Application . O Multifunctional O keyboards B-Device provide O additional O function O beyond O the O standard O keyboard B-Device . O Players O do O this O by O following O him O to O Planet O 69 O and O using O a O " O tornado B-Device machine O " O to O uproot O all O the O items O that O the O prince O has O stolen O . O The O initial O Tallon B-Device Overworld I-Device theme O is O a O reinterpretation O of O Metroids B-Device Brinstar O theme O , O the O music O heard O in O Magmoor B-Device Caverns I-Device is O a O new O version O of O the O music O from O Super B-Application Metroids I-Application Lower O Norfair O area O , O and O the O music O heard O during O the O fight O with O Meta O Ridley O is O a O fast-paced O reimagining O of O the O Ridley O boss O music O first O featured O in O Super O Metroidwhich O has O reappeared O in O most O Metroid B-Device games O since O . O More O complicated O devices O , O such O as O disk B-Device drives I-Device , O use O these O 3 O bits O in O device-specific O fashions O . O The O Olympus B-Algorithm E-10 I-Algorithm is O a O digital B-Device single-lens I-Device reflex I-Device camera I-Device with O a O 4.0-megapixel O CCD B-Algorithm image O sensor O that O was O introduced O in O 2000 O . O Generally O , O fiber O cladding B-Device is O made O of O silicone O resin O ( O refractive O index O ~ O 1.46 O ) O . O DVB B-Application Content O Protection O & O Copy O Management O often O abbreviated O to O DVB-CPCM B-Device or O CPCM O is O a O digital O rights O management O standard O being O developed O by O the O DVB B-Application Project I-Application . O In O Nordic O region O ( O Denmark O , O Finland O , O Iceland O , O Norway O , O Sweden O , O and O Ireland O ) O the O NorDig O standardization O forum O has O adopted O the O HbbTV B-Device specification O which O replaces O DVB-MHP O as O the O common O API O for O hybrid O digital O receivers O . O Reel B-Application Fishing I-Application : O Life O & O Nature O was O also O planned O for O the O Nintendo B-Device DS I-Device , O but O was O canceled O . O This O disables O some O programs O that O ran O on O previous O versions O of O Mac B-Device OS I-Device X I-Device . O In O 2002 O , O Caldera O International O released O Unix B-Application V1 O , O V2 O , O V3 O , O V4 O , O V5 O , O V6 B-Operating_System , O V7 B-Operating_System on O PDP-11 B-Device and O Unix B-Application 32V B-Operating_System on O VAX B-Device as B-Device FOSS B-Application under O a O permissive B-License BSD-like B-Operating_System software B-License license I-License . O The O SD B-Device card I-Device slot O is O also O new O , O set O behind O a O cover O on O the O right O side O . O The O server B-Application is O unwilling O to O process O the O request O because O either O an O individual O header O field O , O or O all O the O header O fields O collectively O , O are O too O large O . O A O server B-Application operator O has O received O a O legal O demand O to O deny O access O to O a O resource O or O to O a O set O of O resources O that O includes O the O requested O resource O . O The O code O 451 O was O chosen O as O a O reference O to O the O novel O Fahrenheit B-Device 451 I-Device ( O see O the O Acknowledgements O in O the O RFC O ) O . O The O server B-Application failed O to O fulfil O a O request O . O Others O compared O it O to O the O NeXTcube B-Device . O Mac B-Application OS I-Application X I-Application Tiger I-Application ( O version O 10.4 B-Application ) O is O the O 5th O major O release O of O macOS B-Application , O Apple O 's O desktop O and O server B-Application operating B-General_Concept system I-General_Concept for O Mac B-Device computers O . O Besides O standard O colors O , O " O special O " O and O " O limited O edition O " O Xbox B-Device Wireless I-Device Controllers I-Device have O also O been O sold O by O Microsoft O with O special O color O and O design O schemes O , O sometimes O tying O into O specific O games O . O On O June O 13 O , O 2016 O Microsoft O launched O the O Xbox B-Device Design O Lab O ( O XDL O ) O service O , O initially O restricted O to O the O US O , O which O made O custom O color O combinations O available O for O the B-Device Xbox I-Device One I-Device S O controller O ( O Model O 1708 O ) O at O extra O cost O . O The O new O features O of O the O TO8 O , O like O larger O memory O ( O 256KB O ) O and O better O graphics O modes O ( O powered O by O the O Thomson B-Device EF9369 I-Device graphics O chip O ) O , O are O shared O with O the O other O third O generation O Thomson B-Device computers I-Device ( O MO6 B-Device and O TO9+ B-Device ) O . O The O MIPS B-Device R8000 B-General_Concept 's O integer O unit O , O for O example O , O had O a O 9 O read O 4 O write O port O 32 O entry O 64-bit O register B-General_Concept file I-General_Concept implemented O in O a O 0.7µm O process O , O which O could O be O seen O when O looking O at O the O chip O from O arm B-Architecture 's O length O . O While O the O bounty O produced O little O results O it O inspired O many O bounty O systems O in O the O Amiga B-Device community O including O Timberwolf B-Operating_System , O Power2people O , O AROS B-Application Bounties O , O Amigabounty.net O and O many O more O . O The O Atari B-Device ST I-Device conversion O was O contracted O to O Codemasters O , O who O contracted O Kinetic O Designs O to O do O the O work O . O With O the O exception O of O the O RLX O and O RSX O , O the O Tandy O 1000 O machines O are O XT-class O machines O , O which O cannot O support O extended B-Device memory I-Device despite O some O models O using O 80286 B-General_Concept processors O . O The O RLX O is O an O oddity O , O as O it O is O an O XT-class O machine O that O supports O 384KB O of O extended B-Device memory I-Device , O and O the O RSX O is O a O fully O AT-class O machine O which O can O support O up O to O 9MB O of O extended B-Device memory I-Device . O With O the O exception O of O the O 1000 O EX O and O HX O , O Tandy O used O industry O standard O 8-bit O XT O ISA B-Architecture slots I-Architecture in O their O desktop O models O , O including O the O SX O , O TX O , O SL O , O and O TL O series O , O but O the O actual O length O is O limited O to O 10.5 O inches O or O shorter O , O rather O than O the O industry O standard O XT O length O of O 13 O inches O . O It O is O the O sequel O to O the O Japan-exclusive O Daigasso B-Device ! O Unlike O a O cassette B-Device interface O , O where O only O a O single O device O would O normally O be O used O , O an O external O expansion B-Device port I-Device would O need O to O be O able O to O support O more O than O one O device O . O A O very O early O predecessor O of O this O compiler B-Language was O used O by O Guy O and O Bourne O to O write O the O first O Game O of O Life O programs O on O the O PDP-7 B-Device with O a O DEC O 340 O display O . O Chips O are O produced O by O printing O multiple O copies O of O the O chip O design O on O the O surface O of O a O " B-Architecture wafer I-Architecture " I-Architecture , O a O thin O disk B-Device of O highly O pure O silicon O . O Smaller O chips O can O be O printed O in O greater O numbers O on O the O same O wafer B-Architecture , O decreasing O their O relative O price O . O Some O multi-card O readers O use O CF B-Device for O I/O O as O well O . O Previously O , O fans O could O only O listen O to O the O downscaled O GBA B-Device synthesized O version O . O The O Sharp B-Application Wizard I-Application is O a O series O of O electronic B-Device organizers I-Device released O by O Sharp O Corporation O . O The O Galaxy O TabPro O Pen O ( O not O to O be O confused O with O the O S-Pen B-Operating_System , O the O traditional O Samsung O stylus B-Device ) O is O a O digital B-Device stylus I-Device pen O that O works O as O an O input O device O for O this O Tablet O . O The O 2903/2904 O were O released O with O an O RPG B-Language compiler O to O better O compete O with O System/3 B-Device . O An O EMMY O processor O emulating B-Application the O IBM B-Application 360 I-Application order O code O was O estimated O to O be O around O the O speed O of O an O IBM B-Device System/360 I-Device Model I-Device 50 I-Device , O implying O that O the O ME29 O was O faster O than O the O original O ICT O 1904 O , O approaching O the O speed O of O the O ICT O 1906 O . O In O an O effort O to O increase O sales O to O ICL O customers O , O and O to O profit O from O the O difficulties O ICL O were O having O moving O customers O from O the O 1900 O to O the O New B-Device Range I-Device , O IBM O introduced O a O microcode B-Device package O for O the O 370/145 B-Device allowing O execution O of O 1900 O series O programs O . O This O does O not O preclude O the O use O of O a O Forth-like O data O stack O , O and O in O fact O the O PicoBlaze B-Device is O well O suited O to O this O approach O , O if O the O 64-byte O scratchpad O memory O offers O sufficient O space O . O The O Nintendo B-Application World I-Application Championships I-Application 1990 I-Application Game B-Device Pak I-Device is O considered O to O be O the O most O valuable O NES O cartridge B-Protocol ever O released O , O and O one O of O the O rarest O . O Asus B-Application Transformer I-Application is O a O series O of O 2-in-1 B-Device convertibles O , O detachables O and O hybrid O tablet B-Device computers I-Device , O designed O and O manufactured O by O Asus O , O consisting O of O three O major O lineups O . O The O interface O allows O computer O software O to O offload O common O 2D-drawing O operations O ( O line-draw B-Algorithm , O color-fill O , O and O block O copies O via O a O blitter B-General_Concept ) O onto O the O 8514 B-Device hardware O . O Although O its O basic O role O was O to O implement O a O PXE B-Device stack O , O gPXE B-Device can O be O used O as O a O full-featured O network O bootloader B-Application . O GroupLogic B-Protocol continues O to O bundle O its O AppleTalk B-Application protocol O with O its O ExtremeZ-IP B-General_Concept server O software O for O Macintosh-Windows O integration O which O supports O Windows B-Device Server I-Device 2008 I-Device and O Windows B-Application Vista I-Application as O well O prior O versions O . O Sony O had O not O used O OLED B-Device panels O in O their O smartphones B-Application previously O , O however O the O XZ3 O is O the O first O Sony O smartphone B-Application to O come O with O an O OLED B-Device panel O . O It O works O on O Macs O with O Apple B-Device silicon I-Device and O some O with O an O Intel O processor O , O including O MacBook B-Device Pro I-Device ( O 2016 O and O later O ) O , O MacBook B-Device ( O 2016 O and O later O ) O , O MacBook B-Device Air I-Device ( O 2018 O and O later O ) O , O iMac B-Device ( O 2017 O and O later O ) O , O iMac B-Device ( O 5K O Retina O , O 27-inch O , O Late O 2015 O ) O , O iMac B-Device Pro I-Device , O Mac B-Device Mini I-Device ( O 2018 O and O later O ) O , O and O Mac B-Device Pro I-Device ( O 2019 O ) O . O However O , O IBM O sold O the O companion O CRT B-Device monitor I-Device ( O for O use O with O the O 8514/A B-Device ) O which O carries O the O same O designation O , O 8514 B-Device . O One O significant O problem O for O internet O card B-Device sharing I-Device is O that O the O activity O can O be O traced O , O through O tracing O of O the O originating O IP B-Protocol address I-Protocol - O though O this O does O not O identify O an O individual O it O can O lead O to O a O specific O ISP O and/or O TV O service O subscription O . O Similar O to O games O like O Good-Feel O ' O s O Kirby B-Application 's I-Application Epic I-Application Yarn I-Application , O the O game O is O set O in O a O world O where O the O characters O and O environment O are O composed O of O yarn B-Application and O cloth O . O Yoshi B-Application retains O much O of O his O moveset O from O the O Yoshi B-Device 's I-Device Island I-Device series O of O games O , O including O using O his O tongue O to O swallow O enemies O and O using O his O flutter O jump O to O reach O high O areas O . O In O commercial O environments O , O Sun B-Protocol Rays I-Protocol were O most O commonly O deployed O as O a O thin B-Device client I-Device to O access O a O Microsoft B-Application Windows I-Application desktop O using O the O SRSS O built-in O RDP B-Protocol client O uttsc O . O Ossanna O 's O troff B-Application was O written O in O PDP-11 B-Device assembly B-Language language I-Language and O produced O output O specifically O for O the O CAT O phototypesetter O . O In O 1994 O , O Gravity B-Application Force I-Application 2 I-Application attracted O the O attention O of O British O computer O game O magazine O Amiga B-Device Power O , O who O released O it O on O the O coverdisk O of O issue O 39 O , O and O the O following O year O ranked O it O the O second O best O Amiga B-Device game O of O all O time O ( O behind O Sensible B-Application Soccer I-Application ) O . O It O was O later O briefly O shown O as O a O generic O game O called O Roll-O-Rama O without O any O Kirby B-Application branding O on O it O before O being O cancelled O outright.HAL O LaboratoryNintendoKlonoa O 2 O : O Lunatea O 's O VeilShortly O after O its O original O PS2 B-Device release O , O a O Gamecube B-Application port O was O announced O , O but O never O materialized.NamcoNamcoLamborghiniAnnounced O in O 2002 O for O Gamecube B-Application , O PS2 B-Device , O and O the B-Application original I-Application Xbox I-Application , O the O game O was O cancelled O for O all O platforms O in O 2003 O after O Rage O Software O went O out O of O business O . O For O example O , O a O typical O step-index B-Device fiber I-Device with O a O 50μm O core O would O be O limited O to O approximately O 20MHz O for O a O one O kilometer O length O , O in O other O words O , O a O bandwidth B-Algorithm of O 20MHz·km O . O Combat O takes O place O on O a O board O similar O to O Bejeweled B-Device , O and O by O making O matches O of O colored O gems O , O the O combatants O can O cause O damage O to O their O opponents O , O cast O spells O , O or O perform O other O abilities O that O affect O the O flow O of O the O game O . O On O Windows B-Device NT I-Device , O the O Last O Known O Good O Configuration O option O in O startup O menu O relinks O the O HKLM O \SYSTEM\CurrentControlSet O key O , O which O stores O hardware O and O device B-Application driver I-Application information O . O In O the O PC O bootup B-Operating_System sequence O , O the O first O sector O of O the O boot B-Operating_System volume O contains O a O boot B-Application loader I-Application called O the O volume B-Device boot I-Device record I-Device ( O VBR B-Device ) O and O is O loaded O into O memory O and O executed O . O The O HP B-Device 9800 I-Device series I-Device were O developed O by O HP O 's O Loveland O division O ( O Calculator B-Application Products O Division O ) O , O and O later O Fort O Collins O division O ( O Desktop B-Device Computer I-Device Division O ) O . O The O game O had O a O larger O reveal O during O the O Electronic O Entertainment O Expo O 2017 O that O June O as O a O featured O title O in O Microsoft O 's O press O conference O , O where O it O was O revealed O that O the O game O would O have O a O console-exclusive O release O on O the B-Device Xbox I-Device One I-Device . O Streets B-Application of I-Application SimCity I-Application Published O in O 1997 O , O Streets B-Application of I-Application SimCity I-Application was O a O racing O game O based O on O the O SimCopter B-Device engine O . O XNA O Community O provides O a O channel O for O digital O videogame O delivery O over O Xbox B-Application Live I-Application that O can O be O free O of O royalties O , O publishers O and O licenses O . O XNA O game O sales O , O however O , O did O not O meet O original O expectations O , O though O Xbox B-Device Live I-Device Indie I-Device Games I-Device ( O XBLIG B-Device ) O has O had O some O " O hits O " O . O The O keyboard B-Device chassis O was O separate O from O the O main O body O , O connected O via O a O thick O cable O . O Learning O that O the O Xylvanians O seek O to O invade O the O Solar O Empire O , O Colonel O Austin O , O a O Frontier O officer O , O has O the O Alliance O make O contact O with O its O leader O , O Empress O Lei-Qo O , O in O order O to O offer O assistance O in O repelling O Vlad O 's O invasion O , O in O exchange O for O her O assistance O in O invading O Xylvania B-Device . O A O Blessing O in O Disguise O follows O FBI O Agent O Francis B-Device York I-Device Morgan I-Device as O he O works O to O solve O a O murder O mystery O in O the O fictional O American O town O of O Le O Carré O , O Louisiana O . O Block O virtualization O used O in O this O context O refers O to O the O abstraction O ( O separation O ) O of O logical B-General_Concept storage I-General_Concept ( O partition O ) O from O physical B-Device storage I-Device so O that O it O may O be O accessed O without O regard O to O physical B-Device storage I-Device or O heterogeneous O structure O . O Smashing B-Device Drive I-Device is O a O neat O concept O , O but O fails O pretty O miserably O in O execution O . O Amiga B-Device , O Inc. O ' O s O distribution O policies O for O AmigaOS B-Application 4.0 O and O any O later O versions O require O that O for O third-party O hardware O the O OS O must O be O bundled O with O it O , O with O the O sole O exception O of O Amigas B-Device with O Phase O 5 O PowerPC B-Architecture accelerator O boards O , O for O which O the O OS O will O be O sold O separately O . O A O headphone B-Device jack I-Device is O located O at O the O top O . O Internally O , O the O Odyssey B-Device architecture O is O composed O of O digital O computing O parts O . O 166 O MHz O 6 O 945GMS O 82945GMS O ( O GMCH O ) O SL8TC O January O 2006 O Core B-Device 2 I-Device Duo I-Device , O Core B-Device Duo I-Device , O Pentium B-Device Dual-Core I-Device , O Core B-Device Solo I-Device , O Celeron O M O 7 O 945GM/E O 82945GM/E O ( O GMCH O ) O SL8Z2ICH7-M/ICH7 O -M O DH O DDR2 O 400/533/667 O 4 O Max O . O Later O watches O in O the O Pebble B-Device series O were O described O similarly O : O as O simple O and O effective O but O lacking O some O features O of O competitors O like O the O Apple B-Device Watch I-Device . O Bride B-Application of I-Application the I-Application Robot I-Application 1989 O Free O Spirit O Software O Free O Spirit O Software O Amiga B-Device , O ST O Third O game O in O the O Brad O Stallion O series O . O On O later O levels O , O various O other O objects O come O into O play O , O such O as O metal O blocks O that O ca O n't O be O moved O , O teleporters B-General_Concept , O and O bombs B-Device which O destroy O blocks O they O fall O on O . O The O Super O SnoCross O involves O racing B-Device strictly O for O points O earned O by O performing O tricks O on O motocross-inspired O courses O . O This O version O of O TOS B-Application was O bootstrapped O from O a O small O core O boot O ROM B-Device . O The O ADM-3A B-Device ' O s O overall O setup O was O controlled O by O 20 O DIP O switches O under O the O nameplate O at O the O front O of O the O machine O , O beside O the O keyboard O , O including O setting O speed O from O 75 O to O 19,200 O baud O . O In O addition O , O the O most O privileged O ring O may O be O given O special O capabilities O , O ( O such O as O real O memory O addressing O that O bypasses O the O virtual B-Architecture memory I-Architecture hardware O ) O . O ARM B-Architecture version O 7 O architecture B-General_Concept implements O three O privilege B-Device levels I-Device : O application O ( O PL0 O ) O , O operating B-General_Concept system I-General_Concept ( O PL1 O ) O , O and O hypervisor B-Operating_System ( O PL2 O ) O . O A O more O recent O agrep B-Device is O the O command-line O tool O provided O with O the O TRE B-Algorithm regular B-Language expression I-Language library O . O A O collector O 's O edition O for O North O America O and O Europe O was O also O released O , O featuring O both O HD B-Device collections I-Device , O a O steelbook O case O , O art O book O , O Disney O Kingdom B-Application Hearts I-Application pin O and O a O Heartless O plush O doll O . O PDP-11/84 O – O 1985-1986 O . O Using O the O VLSI O " B-Device Jaws-11 I-Device " I-Device ( O J11 O ) O chip O set O with O a O Unibus B-Device adapter O . O Apple O claims O the O AMX O blocks O are O six O times O faster O at O matrix O multiplication O than O the O Apple B-Device A12 I-Device 's O Vortex O cores O . O One B-Application Piece I-Application : I-Application Pirate I-Application Warriors I-Application 2 I-Application is O an O action B-Application video I-Application game I-Application developed O by O Omega O Force O and O published O by O Bandai O Namco O Games O for O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Device Vita I-Device . O NetWare B-Operating_System 3 O supported O interactions O with O Apple B-Device 's I-Device Macintosh I-Device computers O as O well O as O with O Unix-based O workstations O , O thus O enabling O NetWare B-Operating_System to O expand O upon O file O and O print O sharing O towards O accessing O business-critical O data O within O companies O . O Some O thin B-Device clients I-Device include O ( O legacy B-Device ) O serial B-Protocol or O parallel B-Device ports I-Device to O support O older O devices O , O such O as O receipt O printers O , O scales O or O time O clocks O . O RetroN B-Device is O a O series O of O video B-Device game I-Device consoles I-Device created O and O developed O by O Hyperkin O which O allows O users O to O play O old O video O games O from O consoles O such O as O the O Nintendo O Entertainment O System O and O the O Super B-Application NES I-Application . O They O are O most O known O for O publishing O the O first O 6 O titles O ( O and O Ultimate B-Application Custom I-Application Night I-Application ) O in O the O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application series I-Application . O Before O co-founding O Clickteam B-Application , O François O Lionet O was O the O programmer O of O STOS B-Language BASIC I-Language , O a O programming O language O released O in O 1988 O for O the O Atari B-Device ST I-Device , O and O AMOS B-Language BASIC I-Language , O a O more O advanced O language O released O in O 1990 O for O the O Commodore B-Device Amiga I-Device . O Computer O and O Video O Games O stated O that O the O Sega B-Device CD I-Device version O was O not O a O " O total O waste O of O money O " O , O complementing O its O sound O effects O , O fast O speed O , O music O and O cutscenes O , O while O AllGame O thought O the O version O 's O dual-cannon O mechanic O was O an O interesting O gameplay O concept O . O One O of O the O game O 's O developers O , O Sanatana O Mishra O noted O that O the O team O 's O decision O to O not O launch O the O game O on O Xbox B-Device One I-Device video B-Device game I-Device console I-Device was O due O to O the O ID B-Device @Xbox I-Device parity O clause O which O required O developers O to O launch O their O games O on O Xbox B-Device One I-Device the O same O day O as O other O platforms O . O Produced O by O Litton O Systems O Inc O . O in O Van O Nuys O , O California O , O MTDS B-Device took O almost O a O decade O to O develop O . O DS B-Device Oryōri O Navi O , O with O development O split O between O Nintendo O and O Koei O . O Most O companies O developing O software O with O VRTX O use O reduced B-Architecture instruction I-Architecture set I-Architecture computer I-Architecture ( O RISC B-Architecture ) O microprocessors B-Architecture including O ARM B-Architecture , O MIPS B-Device , O PowerPC B-Architecture , O or O others O . O In O addition O to O the O phone O 's O internal O memory O , O the O device O has O a O MicroSD B-Device card O slot O , O and O comes O with O 2Gb O MicroSD B-Device card O ( O as O new O ) O . O Same O diameter O as O AA B-Algorithm battery I-Algorithm , O used O in O small O electronics O , O including O pulse O oximeters O , O as O well O as O use O in O some O computer O models O ( O such O as O most O pre-Intel O Macintosh B-Device models O and O some O older O IBM O PC O compatibles O ) O as O the O CMOS B-Device battery O . O While O 86-DOS B-Operating_System supported O three O disk O formats O ( O 250.25KB O , O 616KB O and O 1232KB O , O with O FAT O IDs O 0xFF O and O 0xFE O ) O on O 8-inch O ( O 200mm O ) O floppy B-Device drives I-Device , O IBM B-Device PC I-Device DOS B-Device 1.0 O , O released O with O the O original O IBM B-Device Personal I-Device Computer I-Device in O 1981 O , O supported O only O an O 8-sector O floppy B-Device format O with O a O formatted O capacity O of O 160KB O ( O FAT O ID O 0xFE O ) O for O single-sided O 5.25-inch O floppy B-Device drives I-Device , O and O PC O DOS B-Device 1.1 O added O support O for O a O double-sided B-Architecture format O with O 320KB O ( O FAT O ID O 0xFF O ) O . O PC B-Operating_System DOS I-Operating_System 2.0 O introduced O support O for O 9-sector O floppy B-Device formats O with O 180KB O ( O FAT O ID O 0xFC O ) O and O 360KB O ( O FAT O ID O 0xFD O ) O . O 86-DOS1.00 O and O PCDOS B-Operating_System 1.0 O directory B-Application entries O included O only O one O date O , O the O last O modified O date O . O The O game O received O " O favorable O " O reviews O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O GameSpot O said O the O game O " O is O easily O the O best O strategy O game O out O on O the O PS2 B-Device at O this O time. O " O Multiple O players O can O play O against O each O other O in O local O multiplayer O modes O , O and O an O online O multiplayer O mode O also O allowed O players O to O connect O to O games O and O play O against O each O other O online O on O the O PS2 B-Device version O of O the O game O , O but O it O has O since O been O discontinued O . O Ubuntu B-Operating_System is O built O on O Debian O 's O architecture O and O infrastructure O , O and O comprises O Linux B-Operating_System server B-Application , O desktop B-Device and O discontinued O phone O and O tablet O operating B-General_Concept system I-General_Concept versions O . O The O laptop B-Device is O available O in O Platinum O , O Ice O Blue O and O Sandstone O colors O . O The O viewer O would O always O remain O on O even O if O it O is O out O range O of O a O Nintendo B-Device Zone I-Device . O The O NEC B-Operating_System APC I-Operating_System series O supported O a O proprietary O NEC B-Device APC I-Device character I-Device set I-Device and O user-definable O fonts O in O text O mode O . O Fedora O 10 O installs O on O the O internal O hard B-Device disk I-Device without O any O issues O and O works O fine O without O having O to O change O any O settings O . O Xbox B-Operating_System 360 I-Operating_System controllers O featured O a O built-in O monaural O 2.5mm O TRS O jack O also O compatible O with O standard O cellular O phone O headsets B-Device , O allowing O players O to O reuse O the O Xbox B-Operating_System Communicator O headset B-Device and O chat O on O Xbox B-Application Live I-Application without O a O separate O interface O module O . O David O Msika O of O French O magazine O CD O Consoles O stated O that O Iron B-Application Soldier I-Application surpassed O both O MechWarriors B-Device and O Vortex B-Application . O The O HP B-Device Palmtop I-Device FX I-Device is O a O variant O of O the O HP100LX O with O up O to O 2MB O flashable O memory O in O 1993 O . O In O September O , O Vice O President O Louis O Rader O offered O the O new O GE-635 B-Device , O which O ran O approximately O 10 O times O as O fast O and O included O two O CPUs O . O When O used O at O a O higher O bus B-General_Concept frequency O , O some O ISA B-Architecture cards I-Architecture ( O certain O Hercules-compatible B-Device video O cards O , O for O instance O ) O , O could O show O significant O performance O improvements O . O Gundam B-Application : I-Application Battle I-Application Assault I-Application 2 I-Application is O a O 2002 O fighting O video O game O developed O by O Natsume O for O the O PlayStation B-Device . O The O HP-67 O is O a O magnetic O card-programmable O handheld O calculator O , O introduced O by O Hewlett-Packard O in O 1976 O at O an O MSRP O of O $450 O . O Marketed O as O improved O successors O to O the O HP-65 B-Device , O the O HP-67/97 O were O based O on O the O technology O of O the O " O 20-series O " O of O calculators O ( O HP-25 B-Device , O HP-19C B-Device etc O . O ) O The O two O extra O bits O per O word O compared O to O the O HP-65 B-Device ' O s O six O allowed O the O designers O to O store O any O program O instruction O in O a O single O memory O cell O ( O " O fully O merged O keycodes O " O ) O even O if O it O required O multiple O keystrokes O to O enter O . O Despite O mixed O reviews O , O the O game O was O nominated O for O " O Xbox B-Device Game O of O the O Year O " O at O the O 2019 O Golden O Joystick O Awards O , O and O for O " O Use O of O Sound O , O New O IP O " O at O the O NAVGTR O Awards O . O The O tracker B-Application format O was O originally O developed O on O the O Commodore B-Device Amiga I-Device personal O computer O in O 1987 O , O but O due O to O the O PC O becoming O more O capable O of O producing O high-quality O graphics O and O sound O , O the O demoscene O spilled O out O onto O the O platform O in O droves O and O took O the O tracker B-Application format O with O it O . O There O are O 4 O different O generations O of O the O Superdome B-Device : O Lilo B-Device & I-Device Stitch I-Device film O directors O Chris O Sanders O and O Dean O DeBlois O also O sent O Digital O Eclipse O a O signed O poster O thanking O them O for O making O the O game O . O Generally O , O computer B-General_Concept terminals I-General_Concept were O utilized O on O college O properties O in O much O the O same O places O as O desktop B-Device computers I-Device or O personal B-Device computers I-Device are O found O today O . O It O was O later O ported O to O the O PlayStation B-Device 2 I-Device , O PlayStation B-Operating_System Portable I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Device Vita I-Device , O PlayStation B-Operating_System 4 I-Operating_System and O Nintendo B-Application Switch I-Application consoles O . O Logical B-Device block I-Device addressing I-Device ( O LBA O ) O is O also O supported O in O MS-DOS O 7.x O for O accessing O large O hard O disks O , O unlike O earlier O versions O which O only O supported O cylinder-head-sector B-Device ( O CHS O ) O -based O addressing O . O This O last O version O was O replaced O by O the O Alpha B-General_Concept 21164 I-General_Concept in O 1995 O . O The O first O Alpha B-Device processor I-Device was O a O test O chip O codenamed O EV3 O . O The O test O chip O lacked O a O floating B-General_Concept point I-General_Concept unit I-General_Concept and O only O had O 1KB O caches O . O iPad B-Device Pro I-Device ( O 5th O generation O ) O Apple O Wireless O Keyboardcenter|200px O Allows O the O user O to O type O and O input O text O onto O various O iPad B-Operating_System applications O . O These O closely O resembled O the O Core B-Device 2 I-Device Duo I-Device E4300 O processor O , O with O the O exception O of O having O 1 O MB O of O L2 O cache B-General_Concept instead O of O 2 O MB O . O The O system O used O a O desktop B-Application metaphor I-Application that O was O unsurpassed O in O commercial O sales O , O until O the O Apple B-Device Macintosh I-Device . O Gamepads B-Device failed O to O achieve O any O sort O of O dominance O outside O of O the O home O console O market O , O though O several O PC O gamepads B-Device have O enjoyed O popularity O , O such O as O the O Gravis B-Device PC I-Device GamePad I-Device . O %SWITCHAR% O This O variable O defines O the O SwitChar B-Device to O be O used O for O argument O parsing O by O some O DR-DOS B-Application commands O . O Shigeru O Miyamoto O , O said O this O of O the O canceled O four-year O development O of O the O pet O breeding O game O Cabbage O : O " O We O 're O doing O it O on O the O 64DD B-Device because O I O wanted O to O make O a O clock O function O , O such O that O even O if O the O power O is O cut O , O can O still O raise O the O creature. O " O If O the O enclosure O on O each O side O of O the O woofer B-Device has O a O port O in O it O then O the O enclosure O yields O a O 6th-order O band-pass O response O . O The O 8064 O MB O limit O originates O from O a O combination O of O the O register O value O based O calling O convention O used O in O the O INT B-Device 13h I-Device interface O and O the O goal O of O maintaining O backward O compatibilitydictating O that O the O format O or O size O of O CHS O addresses O passed O to O INT B-Device 13h I-Device could O not O be O changed O to O add O more O bits O to O one O of O the O fields O , O e.g. O The O game O received O favorable O reviews O according O to O the O review B-Application aggregation I-Application website O GameRankings O . O Eric O Bratcher O of O NextGen O said O of O the O game O , O " O Do O n't O expect O an O ultra-realistic O racing B-Device simulation O here O . O Pocket B-Device PC I-Device 2000 O featured O a O mobile O version O of O Microsoft B-Application Office I-Application , O a O chief O feature O being O the O ability O to O password-protect O Excel B-Application files O . O In O 2018 O , O Tynker B-Application partnered O with O Mattel O to O produce O branded O coding O experiences O with O Hot B-Device Wheels I-Device and O Monster O High O . O Many O complaints O stemmed O from O the O bass O drum O pedal O snapping O in O two O , O the O Stratocaster O controller B-Device 's O strum O bar O being O unresponsive O , O and O it O occasionally O lagging O when O tilted O to O activate O Overdrive O . O 3 O King O Records O Akumajō O Dracula O Best O 2 O King O Records O Perfect O Selection O : O Dracula O New O Classic O King O Records O MIDI O Power O X68000 B-Device Collection O ver O 3.0 O July O 21 O , O 1993 O 1:13:47 O Konami O Akumajo O Dracula B-Application X I-Application King O Records O Perfect O Selection O : O Dracula O Battle O King O Records O Perfect O Selection O : O Dracula O Battle O II O King O Records O Castlevania B-Application : I-Application Symphony I-Application of I-Application the I-Application Night I-Application Music O Sampler O Konami O Dracula O Music O Collection O Konami O Dracula B-Application X I-Application : I-Application Nocturne I-Application in I-Application the I-Application Moonlight I-Application OST I-Application Konami O Dracula B-Application X I-Application Remixes O King O Records O Akumajō O Dracula O MIDI O Collection O King O Records O MIDI O Power O Pro O 6 O – O Akumajo O Dracula B-Application X I-Application Nocturne O in O the O Moonlight O King O Records O Castlevania B-Application : O The O Original O Game O Soundtrack O King O Records O Castlevania B-Application Chronicle O : O Akumajo O Dracula O OST O Konami O Castlevania B-Application : I-Application Circle I-Application of I-Application the I-Application Moon I-Application and O Castlevania B-Application : I-Application Harmony I-Application of I-Application Dissonance I-Application OST O Konami O Castlevania B-Application : I-Application Lament I-Application of I-Application Innocence I-Application Music O Sampler O Konami O Castlevania B-Application Special O Music O CD O Konami O Konami O Music O Masterpiece O Collection O October O 1 O , O 2004 O 5:18:41 O Konami O Castlevania B-Application : I-Application Curse I-Application of I-Application Darkness I-Application Limited O Edition O Soundtrack O Sampler O October O 2005 O 1:02:37 O Konami O Akumajō O Dracula O : O Yami O no O Juin O – O Fukushū O no O Jokyoku O November O 24 O , O 2005 O 18:43 O Konami O Castlevania B-Application : I-Application Lament I-Application of I-Application Innocence I-Application OST O Konami O Castlevania B-Application : I-Application Curse I-Application of I-Application Darkness I-Application OST O Konami O Castlevania B-Application : I-Application Aria I-Application of I-Application Sorrow I-Application & O Castlevania B-Application : I-Application Dawn I-Application of I-Application Sorrow I-Application OST O Konami O Oretachi O Game O Center O Zoku O : O Akumajo O Dracula O Music O CD O Hamster O Castlevania B-Application 20th O Anniversary O Premium O Music O Collection O Konami O Castlevania B-Application : O Portrait O of O Ruin O OST O Konami O Konami O Game O Music O : O Classic O Castlevania B-Application Konami O Castlevania B-Application : I-Application The I-Application Dracula I-Application X I-Application Chronicles I-Application OST O Konami O Castlevania B-Application : O Order O of O Ecclesia O Soundtrack O Konami O Castlevania B-Application : O Order O of O Ecclesia O OST O Konami O Play O ! O Post-releaseCall O of O Duty O : O Infinite B-Application Warfare I-Application received O " O generally O favorable O " O reviews O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device , O while O the O PC O version O received O " O mixed O or O average O " O reviews O , O according O to O review B-Application aggregator I-Application Metacritic.IGN O gave O the O game O a O 7.7 O out O of O 10 O stating O ; O " O Despite O its O shift O to O interplanetary O combat O , O Call B-Application of I-Application Duty I-Application : I-Application Infinite I-Application Warfare I-Application is O a O generally O fun O but O inessential O shooter. O " O Samurai B-Device Shodown I-Device V I-Device Special I-Device is O the O ninth O entry O in O SNK O 's O Samurai B-Application Shodown/Samurai I-Application Spirits I-Application series O of O fighting O games O . O The O order O for O Freeview B-Device is O largely O based O on O the O channel O 's O content O : O On O June O 8 O , O 2010 O at O the O WWDC O Keynote O it O was O announced O that O iBooks B-Device would O be O updated O that O month O to O read O PDF B-Application files I-Application as O well O as O have O the O ability O to O annotate O both O PDFs B-Application and O eBooks O . O Unfortunately O , O these O improvements O cause O some O programs O written O for O the O Intel B-General_Concept 8080 I-General_Concept not O to O run O correctly O . O To O overcome O this O problem O , O NEC O introduced O the O μCOM-80F O ( μPD8080AF O ) O which O is O completely O compatible O with O the O Intel B-General_Concept 8080 I-General_Concept in O all O details O . O With O the O TK-80 B-Device , O NEC O offered O a O development O board O for O μCOM-80 O , O which O due O to O its O low O price O became O popular O with O hobbyists O . O Cirq B-Device is O an O open-source B-License framework B-Architecture for O noisy O intermediate O scale O quantum O ( O NISQ O ) O computers O . O Compatibility O with O Logo B-Device dialects O and O standards O varied O , O with O Logotron O Logo B-Device claiming O a O level O of O adherence O to O the O broader O Logo B-Language Computer I-Language Systems I-Language Inc I-Language . I-Language ( O LCSI B-Language ) O industry O standard O , O and O the O level O of O provided O functionality O differed O between O the O BBC B-Device Micro I-Device implementations O , O with O Acornsoft O Logo B-Device providing O the O most O comprehensive O set O of O primitives O in O many O areas O . O The O Telly B-Device home B-Application entertainment I-Application server I-Application is O range O of O computer O systems O designed O to O store O , O manage O , O and O access O all O forms O of O digital O media O in O the O home O . O He O added O that O these O players O also O complained O about O headaches O , O though O adding O that O it O made O the O best O use O of O the O 3D O capabilities O of O all O the O Virtual B-Device Boy I-Device games O shown O . O The O game O is O fully O compatible O with O iPhone B-Operating_System models O 3GS B-Operating_System and O later O , O 3rd O generation O and O later O iPod B-Device Touch I-Device , O and O the O iPad B-Device . O It O was O developed O by O Ubisoft O Montreal O and O published O by O Ubisoft O for O the O Game B-Device Boy I-Device Advance I-Device . O Its O longevity O fluctuates O between O 3 O and O 5 O hours O while O playing O Nintendo B-Operating_System 3DS I-Operating_System games O and O between O 5 O and O 8 O hours O while O playing O Nintendo B-Device DS I-Device games O , O depending O on O brightness O , O volume O and O wireless O settings O . O The O game O was O ported O to O Wii B-Operating_System and O Nintendo B-Operating_System 3DS I-Operating_System on O November O 8 O , O 2011 O , O on O iOS B-Application on O November O 15 O , O 2012 O , O on O PlayStation B-Operating_System 4 I-Operating_System and O PlayStation B-Device Vita I-Device on O March O 3 O , O 2017 O , O on O Nintendo B-Application Switch I-Application on O March O 15 O , O 2018 O , O and O on O Xbox B-Device One I-Device on O November O 2 O , O 2018 O . O Sound O Four O independent O sound O channels O ( O one O noise O and O three O melodic O ) O using O the O Texas B-Device Instruments I-Device SN76489 I-Device sound O chip O . O Spacewar B-Application ! I-Application directly O influenced O Nolan O Bushnell O and O Ted O Dabney O to O create O Computer B-Application Space I-Application in O 1971 O , O the O first B-Device recognized O arcade O game O . O Version O 13 O home O available O as O free O WD O Edition O ( O see O partnerships O below O ) O 14/2011 O 2010 O Supports O USB O 3.0 O , O integration O with O Windows B-Device 7 I-Device and O predefined O backup B-Application schemes O . O While O the O VS. O System O 's O hardware O was O virtually O similar O to O that O of O the O Famicom O , O it O included O more O random-access B-Architecture memory I-Architecture ( O RAM B-Architecture ) O ; O utilizing O the O bank B-General_Concept switching I-General_Concept technique O , O games O for O the O system O could O support O more O levels O and O features O than O their O console O counterparts O . O Swapping O games O was O accomplished O by O replacing O the O existing O game O 's O read-only B-Device memory I-Device ( O ROM B-Device ) O chip O with O the O one O for O the O desired O game O . O A O UniKit O conversion O kit O for O older O Nintendo O arcade O cabinets O was O released O shortly O after O launch O , O with O each O kit O sold O for O less O than O $ O 1,000 O ; O Nintendo O later O demonstrated O a O similar O kit O for O Pac-Man B-Application and O Ms. B-Application Pac-Man I-Application cabinets O in O 1985 O . O The O PlayChoice-10 B-Device is O an O arcade O system O developed O and O marketed O by O Nintendo O . O This O development O opens O the O door O to O new O applications O and O expands O the O use O of O applications O such O as O high-performance O wireless B-Device access I-Device points I-Device and O surveillance O cameras O . O Jet B-Application Set I-Application Radio I-Application was O developed O by O Smilebit O , O a O Sega O studio O formed O from O members O of O Team O Andromeda B-Application , O the O developers O of O the O Panzer B-Application Dragoon I-Application games O for O the O Sega B-Device Saturn I-Device . O The O mode O uses O a O seventh O table O , O Magmoor B-Device Caverns I-Device , O that O does O not O appear O in O the O single-player O mode O . O The O DS B-Device version O features O Wi-Fi O capabilities O and O was O the O first O third-party O DS B-Device game O to O have O online O support O . O The O 4 O holes O for O fastening O the O heatsink O to O the O motherboard O are O placed O in O a O square O with O a O lateral O length O of O 75mm O for O Intel O 's O sockets O LGA B-Algorithm 1156 O , O LGA B-Algorithm 1155 O , O LGA1150 B-Device , O LGA B-Algorithm 1151 O and O LGA B-Algorithm 1200 O . O Because O of O its O operational O characteristics O , O it O is O also O known O as O a O step-by-step O ( O SXS B-Device ) O switch O . O Complied O with O the O FCC O transition O to O ATSC B-Device digital B-General_Concept on O 12 O June O 2009 O on O all O full-power O stations O . O While O there O are O many O different O 16 O or O 32-bit O Soft B-Device microprocessor I-Device IP B-Architecture cores I-Architecture available O , O eSi-RISC B-Architecture is O the O only O architecture O licensed O as O an O IP B-Architecture core I-Architecture that O has O both O 16 O and O 32-bit O implementations O . O It O also O had O the O option O of O running O CP/M B-Application and O TR-DOS O ( O via O Beta B-Device Disk I-Device ) O . O Leningrad B-Device is O the O name O of O a O series O of O Soviet O clones B-General_Concept of O the O ZX O Spectrum.The O Leningrad B-Device 1 O was O released O in O 1988 O , O and O was O a O clone B-General_Concept of O the O 48K O – O it O became O the O cheapest O out O of O all O the O mass-made O clones B-General_Concept . O They O computer O was O designed O to O be O as O simple O as O possible O , O and O more O compact O than O the O other O clones B-General_Concept which O were O available O at B-Operating_System the O time O . O It O was O designed O by O Sergey O Zonov O , O who O later O went O on O and O created O the O Scorpion B-Operating_System . O The O Leningrad B-Device 2 O was O released O in O 1991 O . O The O joystick B-Device port O was O changed O to O one O which O was O Kempston-compatible O , O and O the O keyboard O was O much O improved O . O The O Master O ( O ru O : O MACTEP O ) O was O a O Soviet O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System made O in O 1990 O . O Samsung O builds O DSLRs B-Device based O on O the O Pentax B-Application lens O mount O . O The O X O System O is O a O new O line O of O relatively O small O mirrorless B-Device cameras I-Device built O around O a O 43.8 O by O 32.9mm O medium O format O sensor O . O there O are O eight O lenses O available O ranging O from O a O 21mm O focal B-Algorithm length I-Algorithm wide O angle O lens O to O a O 135mm O focal B-Algorithm length I-Algorithm short O telephoto O lens O . O Hasselblad O also O announced O a O zoom O lens O with O an O focal B-Algorithm length I-Algorithm range O of O 35 O to O 75mm O . O As O it O was O much O lower O in O price O than O an O original O KIM O , O many O more O Junior O computers O ( O several O thousands O ) O were O used O in O the O Netherlands O , O Germany O and O France O , O than O original O KIM-1s B-Device . O iCal B-Operating_System was O the O first O calendar B-Application application I-Application for O Mac B-Device OS I-Device X I-Device to O offer O support O for O multiple O calendars B-Application and O the O ability O to O intermittently O publish/subscribe O to O calendars B-Application on O WebDAV B-Protocol servers O . O Some O consumers O reported O instances O when O the O screen O would O not O register O inputs O while O the O tablet B-Device performed O data-intensive O operations O , O while O others O complained O about O the O build-quality O of O the O screen O . O plus O access O to O Amiga B-Device RAM O up O to O . O This O allows O native O modem O and O even O Ethernet O connectivity O ; O Newton B-Device users O have O also O written O drivers B-Application for O 802.11b O wireless O networking O cards O and O ATA-type O flash B-Device memory I-Device cards O ( O including O the O popular O CompactFlash B-Device format O ) O , O as O well O as O for O Bluetooth B-Protocol cards O . O KubeEdge O 's O goal O is O to O " O make O edge B-Device devices O an O extension O of O the O cloud O " O . O As O this O game O was O effectively O an O update O of O the O PlayStation B-Device 2 I-Device and O PlayStation B-Operating_System Portable I-Operating_System game O Formula B-Application One I-Application 06 I-Application , O there O was O to O be O no O 2007 O version O of O the O game O - O the O first O time O the O series O had O skipped O a O season O since O 1996 O . O Insomniac O had O worked O solely O for O the O PlayStation B-Device family O for O about O twenty O years O , O and O the O announcement O of O Sunset B-Application Overdrive I-Application being O an O Xbox B-Device exclusive O led O to O speculation O that O the O relationship O between O Sony O and O Insomniac O had O ended O . O Screen O Rant O gave O the O game O a O 3.5/5 O and O stated O , O " O Lego B-Device Bricktales I-Device , O much O like O the O similar O Lego B-Operating_System Builder I-Operating_System 's I-Operating_System Journey I-Operating_System , O is O a O great O little O puzzle O game O that O provides O a O real O sense O of O Lego O building O to O the O player O . O It O enabled O a O user O to O open O a O link O to O an O Internet O URL O by O scanning B-Application a O barcode O — O called O a O " O cue O " O by O Digital B-Device Convergence I-Device — O appearing O in O an O article O or O catalog O or O on O some O other O printed O matter O . O GEC B-Device Computers I-Device ' O extensive O presence O in O UK O academic O and O research O organisations O , O and O its O field O service O organisation O , O led O Sun O Microsystems O to O choose O GEC B-Device Computers I-Device to O be O its O presence O in O the O UK O for O the O launch O of O its O Sun-2 B-Device product O range O in O the O early O 1980s O , O which O GEC B-Device Computers I-Device sold O under O the O name O of O GEC O Series O 42 O . O The O Indus B-Device GT I-Device is O a O -inch O floppy B-Device disk I-Device drive I-Device that O was O introduced O by O Indus O Systems O in O 1983 O for O the O Atari B-Device 8-bit I-Device family I-Device . O The O app O comes O bundled O with O Microsoft B-Application Windows I-Application and O is O available O for O macOS B-Application , O Android B-Application , O iOS B-Application , O Windows B-Protocol Phone I-Protocol , O Xbox B-Operating_System 360 I-Operating_System , O Xbox B-Device One I-Device , O and O Xbox B-Device Series I-Device X I-Device and I-Device S I-Device . O In O addition O , O Microsoft B-Application Office I-Application apps O directly O integrate O with O OneDrive B-Application . O Another O advance O in O the O oxide O coatings O allowed O for O a O new O " O extra-high B-Device density I-Device " O ( O " O ED O " O ) O format O at O 2880KB O introduced O in O 1990 O on O the O NeXTcube B-Device , O NeXTstation B-Device and O IBM B-Device PS/2 I-Device model I-Device 57 I-Device . O MASD O also O can O compile O Saturn B-Application assembly B-Language language I-Language and O , O with O the O latest O firmware B-General_Concept revision O for O the O 49g+ O /50g O , O ARMv4T O assembly B-Language language I-Language on O the O calculator O itself O . O Many O tools O exist O to O assist O programmers O and O make O the O calculator O a O powerful O programming B-Application environment I-Application . O Saturn B-Application assembly B-Language , O and O , O on O the O 49g+ O /50g O , O ARM B-Architecture assembly B-Language and O C B-Language , O are O also O programmable O using O desktop O based O compilers O . O See O also O the O programs O available O for O the O HP B-Device 48 I-Device series I-Device . O The O Forecast O Channel O first O became O available O on O December O 19 O , O 2006 O , O and O was O shut O down O on O June O 28 O , O 2013 O , O due O to O the O discontinuation O of O WiiConnect24 B-Device which O it O required O . O According O to O review O aggregator O Metacritic O , O Nippon B-Application Marathon I-Application received O mixed O to O unfavourable O critic O reviews O for O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device and O Nintendo B-Application Switch I-Application , O with O the O PC O release O currently O having O no O score O . O This O event O spelled O the O doom O of O ITS B-Application and O the O technical O cultures O that O had O spawned O the O original O jargon O file O , O but O by O the O 1990s O it O had O become O something O of O a O badge O of O honor O among O old-time O hackers O to O have O cut O one O 's O teeth O on O a O PDP-10 B-Device . O Later O Macs B-Device could O also O read O and O write O 1.44 O MB O HD O disks B-Device in O PC O format O with O fixed O rotation O speed O . O Rule B-Application of I-Application Rose I-Application is O a O survival O horror O video O game O developed O by O Punchline O for O the O PlayStation B-Device 2 I-Device . O The O Amiga B-Application OS I-Application 3.x O intuition.library B-Application is O limited O to O 8-bit O display O depths O , O but O RTG O libraries B-Library make O it O possible O to O handle O higher O depths O such O as O 24 O bits O ; O on O Amiga B-Device there O are O two O common O APIs B-Application : O Picasso O 96 O and O CyberGraphX O , O which O are O almost O compatible O with O each O other O . O ANDOS B-Device used O the O FAT12 B-Application file B-Application system I-Application on O 800Kb O floppy B-Device disks I-Device . O Journalist O Laton O McCartney O wrote O that O the O Deskpro B-Device 386 I-Device was O popular O among O corporate O executives O and O financial O analysts O who O needed O number-crunching O power O . O It O uses O a O wide O rectangular O steel O case O form O similar O to O that O of O the O Commodore B-Device 4040 I-Device , O and O uses O the O parallel O IEEE-488 O interface O common O to O Commodore B-Device PET/CBM I-Device computers O . O Critics O mostly O assessed O the O game O on O its O own O terms O rather O than O its O quality O as O a O conversion O , O though O a O Next O Generation O critic O noted O that O the O Saturn B-Device version O is O missing O frames O of O animation O from O the O arcade O version O . O The O system O has O an O accelerometer-based O hard B-Device drive I-Device shock O protection O feature O called O " O HP O 3D O DriveGuard O " O . O In O July O 1985 O , O Panasonic O released O the O Executive B-Device Partner I-Device , O the O successor O to O the O Senior O Partner O that O also O features O a O built-in O printer O . O The O interface O of O the O game O is O customisable O ; O by O adding O a O 320×200 O , O 16-colour O IFF B-Device screen O created O with O any O image O editing O program O , O the O games O created O with O this O tool O could O be O made O to O look O more O professional O . O The O S/390 B-Operating_System Integrated I-Operating_System Server I-Operating_System ( O aka O S/390 B-Device IS O ) O is O a O mainframe B-Architecture housed O in O a O comparably O small O case O ( O HxWxD O are O 82 O x B-Operating_System 52 O x B-Operating_System 111cm O ) O . O Tom O Warren O , O of O The O Verge O , O also O gave O the O Surface B-Device Book I-Device 2 I-Device positive O notice O , O praising O its O performance O , O keyboard O , O and O touchpad O . O Low-self-discharge O cells O have O somewhat O lower O capacity O than O otherwise O equivalent O NiMH B-Device cells I-Device because O of O the O larger O volume O of O the O separator O . O Such O a O Protocol O Binding O defines O the O mapping O from O an O Interaction O Affordance O to O concrete O messages O of O a O specific O IoT B-Operating_System protocol O such O as O MQTT B-Application , O HTTP B-Protocol , O CoAP B-Device , O Modbus B-Protocol or O OPC O UA O . O IBM O planned O to O replace O DOS O with O the O vastly O superior O OS/2 B-Application ( O originally O an O IBM/Microsoft O joint O venture O , O and O unlike O the O PS/2 B-Device hardware O , O highly O backward B-General_Concept compatible I-General_Concept ) O , O but O Microsoft O preferred O to O push O the O industry O in O the O direction O of O its O own O product O , O Windows B-Device . O The O goal O was O to O streamline O system O development O and O reduce O costs O for O server O OEMs O , O many O of O which O develop O both O Itanium B-General_Concept - O and O Xeon-based O servers O . O In O the O times O before O on-chip O memory O controllers O and O QPI B-Architecture , O enterprise B-Application server I-Application manufacturers O differentiated O their O systems O by O designing O and O developing O chipsets B-Device that O interface O the O processor O to O memory O , O interconnections O , O and O peripheral O controllers O . O Elektronika B-Device MK-36 I-Device is O able O to O operate O on O either O three O Д-0 O , O 25 O soviet O batteries O or O when O connected O to O the O power O grid O . O Later O German O engineers O provided O an O assembler B-Language for O the O machine O . O Eight O versions O of O this O pocket B-Device computer I-Device with O 2KB O memory O : O program O is O often O used O as O a O sanity B-Error_Name test I-Error_Name for O a O development O environment B-Device similarly O . O The O T O series O was O Toshiba O 's O line O of O Satellite O ultrabooks B-Device . O They O are O compatible O with O most O smartphones B-Application and O tablets B-Device with O capacitive-multitouch B-Application screen I-Application as O iPhone B-Device , O iPad B-Device , O Samsung B-Application , O LG O , O etc O . O Alongside O recreating O some O environments O from O Dead B-Device Space I-Device 2 I-Device , O new O areas O and O weapons O were O created O , O retaining O the O " O gritty O , O lived-in O feel O " O through O reference O to O the O main O series O art O design O . O Kurosaki O , O who O had O been O using O LightWave B-Device 3D I-Device in O his O work O , O was O attracted O by O the O opportunity O to O learn O and O use O PowerAnimator B-Device , O and O became O Naughty O Dog O 's O next O employee O on O January O 5 O , O 1995 O . O An O enhanced O version O of O San O Andreas O , O subtitled O The B-Application Definitive I-Application Edition I-Application was O released O alongside O Grand B-Application Theft I-Application Auto I-Application III I-Application and O Vice B-Application City I-Application for O Microsoft B-Application Windows I-Application , O Nintendo B-Application Switch I-Application , O PlayStation O 4 O , O PlayStation B-Device 5 I-Device , O Xbox B-Device One I-Device , O and O Xbox B-Device Series I-Device X/S I-Device in O 2021 O ; O versions O for O Android B-Application and O iOS B-Application devices O are O also O in O development O . O The B-Application Google I-Application Nexus B-Device series I-Device was O the O de O facto O successor O of O Android B-Application Development O Phones O , O with O the B-Application Google I-Application Pixel O series O coming O after O . O Working O in O tandem O between O software O and O hardware O development O , O Harmonix O spent O time O working O on O a O drum O controller B-Device prototype O and O how O its O track O would O be O shown O on O screen O . O The O machines O originally O ran O a O very O simple O job-control B-General_Concept system O known O as O COS O ( O Chippewa B-Operating_System Operating I-Operating_System System I-Operating_System ) O , O which O was O quickly O " O thrown O together O " O based O on O the O earlier O CDC B-Device 3000 I-Device operating B-General_Concept system I-General_Concept in O order O to O have O something O running O to O test O the O systems O for O delivery O . O The O Series O 1 O has O a O variant O of O the O dual-core O Apple B-Device S2 I-Device processor O with O GPS O removed O , O known O as O the O Apple O S1P O . O The O Series O 2 O has O the O dual-core O Apple B-Device S2 I-Device processor O , O water O resistance O to O 50 O meters O , O a O display O twice O as O bright O , O at O 1000 O nits O , O and O a O GPS O receiver O . O The O software O support O for O both O Apple O Watch O Series O 1 O and O Apple O Watch O Series O 2 O ended O with O watchOS B-Device 6.3 O . O The O seventh-generation O iPod B-Operating_System touch I-Operating_System features O the O Apple O A10 O processor O and O M10 B-Device motion B-Device coprocessor I-Device , O which O is O the O same O processor O used O in O the O iPhone B-Application 7 I-Application and O the O sixth B-Device generation I-Device iPad I-Device . O Reportedly O , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device versions O were O being O planned O for O release O on O the O third O quarter O of O 2018 O , O but O have O since O received O no O official O release O date O . O At O first O the O new O covers O were O available O for O all O the O consoles O except O the O Xbox B-Operating_System , O Nintendo B-Device DS I-Device , O and O Wii B-Operating_System , O which O use O an O alternate O cover O . O Categorized O by O Sony O as O a O combination O of O a O Memory B-Device Card I-Device and O a O miniature O personal B-Application digital I-Application assistant I-Application , O the O device O features O a O monochrome O liquid B-Device crystal I-Device display I-Device ( O LCD B-Device ) O , O infrared O communication O capability O , O a O real-time O clock O , O built-in O flash B-Device memory I-Device , O and O sound O capability O . O There O was O a O proposal O to O build O a O multiprocessor O version O of O the O 1906A O , O the O 1908A O ( O known O internally O as O Project O 51 O ) O , O which O would O allow O ICL O to O compete O with O the O large O CDC O and O IBM O machines O in O Universities O and O research O centers O but O it O was O eventually O abandoned O in O favor O of O accelerating O work O on O the O New B-Device Range I-Device which O was O being O designed O to O replace O both O the O 1900 O series O and O the O ICL B-Device System I-Device 4 I-Device . O With O the O A O series O a O hardware O floating B-Algorithm point I-Algorithm unit O was O made O an O optional O feature O of O all O machines O , O instead O of O having O a O different O model O number O for O floating B-Algorithm point I-Algorithm equipped O machines O . O ICL O introduced O a O paging B-Architecture unit O to O the O higher O end O machines O ( O 1904A O , O 1906A O ) O and O a O new O version O of O the O GEORGE B-General_Concept operating O system O , O GEORGE B-General_Concept 4 I-General_Concept which O was O compatible O with O GEORGE B-General_Concept 3 I-General_Concept but O used O paged O virtual B-Architecture memory I-Architecture in O place O of O the O simple O base/limit O system O of O the O earlier O machines O . O The O 1904A O had O an O optional O paging B-Architecture unit O and O so O could O run O GEORGE B-General_Concept 4 I-General_Concept . O At O the O end O of O all O areas O except O the O south O , O there O is O a O bumper O which O can O be O activated O with O the O mouse B-Device to O hit O the O ball O back O to O the O top O of O the O hill O . O However O , O GG45 B-Device cables O cannot O plug O into O 8P8C O jacks O as O a O protrusion O on O the O socket O is O designed O to O activate O a O switch O on O the O jack O for O the O alternative O contact O positions O . O MareNostrum B-Device and O MinoTauro O supercomputers O of O the O National O Supercomputing O Center O . O The O Poweredge B-Device 620 O series O offer O models O for O rack O , O tower O and O a O ½ O height O blade-server O M620 O . O E6RM B-Device – O a O rewritten O version O of O E4RM O overlay O software O for O the O later O machines O with O 22 O bit O addressing O . O A O later O development O was O GEORGE3 B-General_Concept , O remembered O with O great O affection O by O a O generation O of O British O programmers O . O The O source O code O for O the O Game B-Device Boy I-Device Color I-Device version O of O Pocket B-Device Music I-Device was O leaked O on O 23 O February O 2022 O , O including O an O unreleased O build O for O localisation O of O the O game O in O North O America O . O Free B-Protocol Realms I-Protocol was O a O massively B-Application multiplayer I-Application online I-Application ( O MMO O ) O role O playing O video O game O developed O by O Sony O Online O Entertainment O ( O SOE O ) O for O Microsoft B-Application Windows I-Application , O Mac B-Device and O PlayStation B-Operating_System 3 I-Operating_System that O is O set O in O a O fantasy-themed O world O named O Sacred O Grove O . O By O the O time O that O Apple O discontinued O the O external O use O of O ADB B-Device , O the O legacy O practice O of O including O the O Apple B-Device symbol I-Device on O the O Command B-Device key I-Device had O stuck O . O This O model O of O the O Apple O keyboard B-Device also O has O two O down-stream O USB B-Protocol 2.0 O ports O , O one O at O each O end O of O the O keyboard B-Device ( O like O M2452 O and O M7803 O ) O . O This O model O was O renamed O as O the O ' O Apple O Keyboard B-Device with O Numeric B-Device Keypad I-Device ' O after O the O release O of O the O A1242 O model O in O March O 2009 O . O The O Gamegun B-Device ( O styled O GAMEGUN B-Device on O its O packaging O ) O is O the O only O light B-Device gun I-Device released O for O the O 3DO B-Device Interactive I-Device Multiplayer I-Device video B-Device game I-Device console I-Device . O Sony O announced O that O the O PlayStation B-Device VR I-Device had O sold O over O 2 O million O units O and O 12.2 O million O games O on O December O 3 O , O 2017 O . O After O discussions O with O Microsoft O , O IBM O decided O to O use O 86-DOS B-Operating_System ( O QDOS B-Operating_System ) O , O a O CP/M B-Application -like I-Application operating B-General_Concept system I-General_Concept that O Microsoft O bought O from O Seattle O Computer O Products O renaming O it O MS-DOS B-Application . O After O learning O about O the O deal O , O Digital O Research O founder O Gary O Kildall O threatened O to O sue O IBM O for O infringing O DRI O 's O intellectual O property O , O and O IBM O agreed O to O offer O CP/M B-Application -86 O as O an O alternative O operating B-General_Concept system I-General_Concept on O the O PC O to O settle O the O claim O . O Most O of O the O BIOS B-Operating_System drivers O for O CP/M B-Application -86 O for O the O IBM B-Device PC I-Device were O written O by O Andy O Johnson-Laird O . O The O IBM B-Device PC I-Device was O announced O on O 12 O August O 1981 O , O and O the O first O machines O began O shipping O in O October O the O same O year O , O ahead O of O schedule O . O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application 3 I-Application was O released O for O Microsoft B-Application Windows I-Application on O March O 3 O , O 2015 O , O with O Android B-Application and O iOS B-Application ports O following O on O March O 7 O and O 12 O , O respectively O . O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O and O Nintendo B-Application Switch I-Application console O ports O were O released O on O November O 29 O , O 2019 O . O Set O thirty O years O after O the O events O of O the O first B-Application game I-Application , O its O main O character O works O at O Fazbear O 's O Fright O , O a O horror O attraction O based O on O the O long-gone O Freddy B-Application Fazbear I-Application 's O Pizza B-Language . O HDR B-Application video I-Application recording O with O Dolby B-Device Vision I-Device up O to O 60 O fps O . O On O Saturday O , O June O 18 O , O 2011 O , O Jeffrey O Kardatzke O , O CTO O & O Founder O of O the O company O , O announced O in O a O SageTV B-Device forum O post O that O his O company O has O been O acquired O by O Google B-Application and O an O official O press O release O followed O later O that O same O day O , O and O since O then O the O SageTV B-Device products O have O no O longer O been O available O for O purchase O . O In O 2008 O Final B-Application Fantasy I-Application developer O Square O Enix O announced O that O it O was O partnering O with O NeuroSky B-Device to O create O a O game O , O Judecca O . O Pasquale O " O Pat O " O J O . O Villani O ( O 18 O April O 1954 O – O 27 O August O 2011 O ) O was O an O American O computer B-Application programmer I-Application , O author O , O and O advocate O of O free B-Application software I-Application , O best O known O for O his O creation O of O DOS-C B-Operating_System , O a O DOS B-Device emulator B-Application written O in O the O C B-Language language I-Language and O subsequently O adapted O as O the O kernel B-Operating_System of O the O FreeDOS B-Application operating B-General_Concept system I-General_Concept and O a O number O of O other O projects O including O DOSEMU B-Application for O Linux B-Application . O It O was O ported O to O the O Apple B-Device II I-Device in O 1981 O . O Let B-Device 's I-Device Yoga I-Device received O mostly O positive O reviews O from O critics O , O who O were O impressed O by O its O detailed O yoga O instructions O ; O the O game O received O a O 76.67 O % O from O review O aggregate O site O GameRankings O . O In O October O 2017 O , O Google B-Application announced O two O additions O to O the O product O lineup O , O the O miniature O puck-shaped O Google B-Application Home O Mini O and O a O larger O Google B-Application Home O Max O . O In O October O 2018 O , O the O company O released O the B-Application Google I-Application Home O Hub O , O a O smart B-Device speaker I-Device with O a O 7-inch O touchscreen O . O It O occupies O bits O 12 O and O 13 O in O the O FLAGS B-General_Concept register I-General_Concept . O In O protected B-Application mode I-Application and O long B-Application mode I-Application , O it O shows O the O I/O O privilege B-Device level I-Device of O the O current O program O or O task O . O Two O such O SoCs O were O used O : O the O Samsung B-Application S5L8900 B-Application , O used O in O the O first-generation B-Operating_System iPhone I-Operating_System , O the O iPhone B-Operating_System 3G I-Operating_System , O and O the O first-generation B-Device iPod I-Device Touch I-Device , O and O the O Samsung B-Application S5L8920 O , O used O in O the O iPhone B-Operating_System 3GS I-Operating_System and O the O third-generation B-Operating_System iPod I-Operating_System Touch I-Operating_System . O MyFitnessPal B-Device has O access O to O 14 O million O foods O data O , O with O metrics O to O track O exercise O and O calories O . O * O Premium O version O includes O 20 O GB O or O 60 O GB O HDD B-Device , O Elite O includes O 120 O GB O HDD B-Device , O and O all O HDDs O are O available O for O separate O purchase.2.5-inch O upgradeable O SATA O hard B-Device drive I-Device ( O upgradeable O with O any O 2.5-inch O SATA O 1.0 O compliant O HDD B-Device or O SSD B-Device ) O . O Metroid B-Device Prime I-Device also O became O popular O among O players O for O speedrunning O ; O specialized O communities O were O formed O to O share O these O speed O runs O . O HDR10+ B-Device is O an O open O standard O and O is O royalty-free O ; O it O is O supported O by O a O growing O list O of O post-production O software O and O tools O . O Brave B-Device : I-Device Shaman I-Device 's I-Device Challenge I-Device is O a O puzzle O video O game O by O American O developer O Collision O Studios O that O was O planned O for O release O for O the O Nintendo B-Device DS I-Device in O North O America O and O PAL O regions O in O early O 2009 O . O Squeak B-Operating_System Etoys B-Application runs O on O more O than O 20 O platforms B-Device bit-identically O . O These O , O as O well O as O any O other O replacement O video O card O , O could O be O used O in O the O 6300 O so O long O as O they O were O designed O to O work O either O specifically O with O the O machine O ( O for O high O speed O 16-bit O cards O ) O , O or O in O an O IBM B-Device PC I-Device compatible O mode O ( O necessarily O 8-bit O at O 4.77MHz O ) O . O However O , O the O original O graphics O card O had O to O remain O in O place O even O if O no O longer O in O use O , O as O it O formed O an O essential O part O of O the O bridge O connecting O the O expansion O board O to O the O motherboard B-Device , O and O although O it O featured O DIP O switch O jumpers O to O select O between O MDA/Hercules O , O 40 O and O 80 O column O CGA B-Device , O and O expanded O video O options O including O its O own O ( O as O per O the O IBM O motherboard B-Device settings O ) O , O there O was O no O " O disable O " O switch O . O Instead O , O the O ( O socketed O ) O Motorola B-General_Concept HD6845 I-General_Concept CRTC I-General_Concept main O controller O chip O had O to O be O removed O , O and O replaced O with O a O simple O but O remarkably O expensive O bridging O circuit O ( O or O a O user O installed O set O of O jumper O wires O to O the O correct O half-dozen O socket O terminals O ) O to O bypass O the O necessary O bus O signals O through O the O card O untouched O . O In O October O 2016 O , O the O game O was O released O on O the O Wii B-Device U I-Device eShop O under O the O Virtual B-Application Console I-Application branding O . O In O 1982 O NHK O developed O MUSE O ( O Multiple O sub-Nyquist O sampling O encoding O ) O , O the O first O HDTV B-Device video O compression O and O transmission O system O . O Similar O to O the O Hayes B-Device command I-Device set I-Device used O for O data O modems B-Application , O in O which O the O host O PC O commands O the O modem B-Application via O a O series O of O commands O known O as O AT B-Device commands I-Device , O there O exists O a O well-defined O set O of O common O voice O AT B-Device commands I-Device that O are O somewhat O consistent O throughout O the O industry O . O HPC5 B-Device spans O over O 1,820 O Dell O EMC O PowerEdge O C4140 O servers O , O each O with O two O Intel O Gold O 6252 O 24-core O processors O and O four O Nvidia O V100 O GPU O accelerators O . O The O i-RAM B-Device included O a O small O battery O directly O on O the O expansion O board O , O for O 10-16 O hours O of O protection O . O Each O has O been O released O across O a O variety O of O gaming O platforms B-Device , O such O as O the B-Operating_System Wii I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System , O personal B-Device computers I-Device , O and O mobile B-Application devices I-Application . O The O SVC O disk O primitives O are O funneled O through O common O system O routines O contained O in O the O driver O software O installed O for O each O type B-Device of O disk O storage O device O . O ALGOL B-General_Concept 68-R I-General_Concept was O implemented O under O the O George B-General_Concept 3 I-General_Concept operating O system O on O an O ICL B-Device 1907F I-Device . O In O comparison O with O the O AT B-Architecture bus I-Architecture , O which O the O Gang B-Device of I-Device Nine I-Device retroactively O renamed O to O the O ISA B-Architecture bus I-Architecture to O avoid O infringing O IBM O 's O trademark O on O its O PC/AT B-Operating_System computer I-Operating_System , O EISA O is O extended O to O 32 O bits O and O allows O more O than O one O CPU B-General_Concept to O share O the O bus O . O This O is O because O the O manifest O feature O was O introduced O with O Windows B-Device 8.1 I-Device , O to O replace O GetVersion O and O related O functions O . O Playable O vehicles O are O the O original O 1996 O GTI B-Device Club I-Device 's O four O licensed O European O superminis O from O the O ' O 80s O , O namely O the O Morris O Mini O Cooper O 1275S O ( O Mk1 O ) O , O Renault O 5 O Alpine O Turbo O ( O A5/R122B O ) O , O Volkswagen O Golf O GTi O ( O Mk1 O ) O , O Autobianchi O A112 O Abarth O plus O the O Lancia O Delta O HF O 4WD O . O The O electronic B-Device translator O was O programmed O with O about O 60,000 O words O and O 720 O phrases O . O Ray-Ban B-Device Stories I-Device – O built O in O a O partnership O with O Facebook B-Application . I-Application Star B-Application Wars I-Application Rogue I-Application Squadron I-Application III I-Application : I-Application Rebel I-Application Strike I-Application The O GBA B-Device screen/controls O can O be O used O to O issue O wingman O orders O privately O on O Versus O mode O . O Resident B-Application Evil I-Application Outbreak I-Application is O an O online B-Application game I-Application for O the O PlayStation B-Device 2 I-Device , O released O in O 2003 O , O depicting O a O series O of O episodic O storylines O in O Raccoon O City O set O during O the O same O period O as O Resident B-Application Evil I-Application 2 I-Application and O Resident B-Application Evil I-Application 3 I-Application : I-Application Nemesis I-Application . O Steel B-Device Diver I-Device received O generally O mixed O reviews O from O critics O . O The O game O is O included O in O Capcom B-Application Classics I-Application Collection I-Application : I-Application Remixed I-Application for O the O PlayStation B-Operating_System Portable I-Operating_System , O and O Capcom B-Application Classics I-Application Collection I-Application Volume I-Application 2 I-Application for O PlayStation B-Device 2 I-Device and O Xbox B-Application , O both O released O in O 2006 B-Application . O in O the O 48GX O ) O , O bank B-General_Concept switching I-General_Concept is O used O . O In O both O the O HP O 48S/SX O and O 48G/GX O series O , O and O also O such O calculators O as O the O HP-28S B-Device , O HP-27S B-Device , O HP-42S B-Device , O HP-32SII B-Device and O the O HP-20S B-Device , O the O Saturn O CPU O core O is O integrated O as O part O of O a O more O complex O integrated O circuit O ( O IC O ) O SoC B-Architecture package O , O save O for O the O original O HP-71B B-Device handheld O computer O and O the O HP-28C B-Device which O used O a O separate O chip O for O the O Saturn O processor O . O Other O Saturn-based O ICs O , O such O as O those O used O in O the O HP-28S B-Device , O HP-27S B-Device , O HP-42S B-Device , O HP-32SII B-Device and O HP-20S B-Device had O other O code-names O . O Approved O products O include O Galaxy B-Application S4 I-Application , O Galaxy B-Application S5 I-Application , O Galaxy B-Application S6 I-Application , O Galaxy B-Application S7 I-Application , O Galaxy B-Application Note I-Application 3 I-Application , O and O Galaxy B-Device Note I-Device 10.1 I-Device 2014 I-Device . O An O execute B-General_Concept instruction I-General_Concept was O proposed O for O the O PDP-11 B-Device in O 1970 O , O but O never O implemented O for O it O or O its B-Application successor O , O the O VAX B-Device . O The O so-called O tear-drop O mouse B-Device , O was O essentially O the O same O as O its O predecessor O but O with O a O new O case O subsequently O held O as O the O ideal O shape O of O mice B-Device . O The O framework O was O originally O devised O in O 2003 O by O Alexander O Yurchenko O , O when O he O was O porting O several O envsys-based O drivers O from O NetBSD B-Device . O Instead O of O porting O NetBSD B-Device 's O envsys B-Device , O a O simpler O sysctl-based O mechanism O was O developed O . O The O Genesis B-Operating_System version O also O works O with O the O Genesis B-Device Nomad I-Device . O Lode B-Application Runner I-Application Mobile O 2008 O Mobile O phone O ( O Java O ) O Hudson O Soft O Living O Mobile O Lode B-Application Runner I-Application iPod B-Device 2008 O iPod B-Device Hudson O Soft O Hudson O Soft O Lode B-Application Runner I-Application was O made O available O for O the O click-wheel O version O of O Apple O 's O iPod B-Device in O mid-December O 2008 O with O enhanced O , O scrolling O graphics O . O Today O , O programmers O sometimes O use O DOS B-Device emulators B-Application , O such O as O DOSBox B-Application , O to O run O QuickBASIC B-Language on O Linux B-Application and O on O modern O personal B-Architecture computer I-Architecture hardware I-Architecture that O no O longer O supports O the O compiler B-Language . O By O 1982 O , O soft-sector O , O single-sided O , O 40-track O 5.25-inch O disks O had O become O the O most O popular O format O to O distribute O CP/M B-Application software O on O as O they O were O used O by O the O most O common O consumer-level O machines O of O that O time O , O such O as O the O Apple O II O , O TRS-80 B-Device , O Osborne B-Device 1 I-Device , O Kaypro O II O , O and O IBM B-Device PC I-Device . O A O translation O program O allowed O the O user O to O read O any O disks O on O his O machine O that O had O a O similar O format O — O for O example O , O the O Kaypro O II O could O read O TRS-80 B-Device , O Osborne B-Device , O IBM B-Device PC I-Device , O and O Epson B-Device disks O . O The O visor O is O equipped O with O a O NEC O TOKIN O combined O accelerometer/magnetometer/rate O gyroscope O 3-degrees O of O freedom O motion B-Device sensor I-Device used O to O emulate O mouse O movements O ( O typically O to O look O around O in O first-person O shooters O ) O , O a O pair O of O ear B-Device buds I-Device and O an O integrated B-Application microphone I-Application . O He O passes O through O the O castle O and O Loki B-Device 's O maze O , O arriving O at O the O holding O chamber O of O Loki B-Device himself O . O It O was O later O featured O in O the O 2008 O compilation O ADK B-Application Damashii I-Application for O the O PlayStation B-Device 2 I-Device . O They O also O criticized O the O requirement O of O the O link O cable O , O saying O that O the O required O use O of O the O GBA B-Device for O multiplayer O limits O the O play O potential.Four O Swords O Adventures O was O the O third O best-selling O game O of O June O 2004 O in O North O America O with O 155,000 O units O , O and O has O since O sold O 250,000 O copies O , O becoming O a O part O of O the O Player O 's O Choice O line O . O The O game O is O compatible O with O Namco O 's O neGcon B-Device analogue O controller O . O Castle B-Application Crashers I-Application was O also O Xbox B-Device Live I-Device Arcade I-Device 's O best-selling O title O of O 2008 O . O All O content O selected O for O backup B-Protocol is O compressed B-General_Concept to O a O configurable O target O size B-General_Concept ( O 4400 O MB O by O default O ) O and O stored O on O the O user O 's O hard B-Device drive I-Device as O either O an O ISO B-Application image B-Application file B-Operating_System or O a O DVD O VIDEO O TS O folder O . O It O was O the O first O game O of O the O series O to O be O released O on O the O Game B-Device Boy I-Device . O Intel B-Device 8088 I-Device – O the O AD8088 O Processor O Card O , O from O ALF O Products O , O ran O CP/M B-Operating_System -86 I-Operating_System and O MS-DOS B-Application as O well O as O increased O the O speed O of O math O functions O in O Applesoft B-Language BASIC I-Language . O A O third-person O alternate O view O is O available O in O MechWarrior B-Device 2 O , O 3 O , O 4 O , O Online O , O and O 5 O . O X386 B-Device was O created O by O Thomas O Roell O while O at O Technische O Universität O München O and O first O released O ( O as O X386 B-Device 1.1 O , O based O on O X11R4 B-Operating_System ) O in O 1991 O . O The O iPad B-Device Mini I-Device 3 I-Device is O available O with O storage O options O of O 16 O , O 64 O or O 128GB O and O has O no O expansion O option O . O Cone O tweeters B-Device today O are O often O relatively O cheap O , O but O many O of O those O in O the O past O were O of O high O quality O , O such O as O those O made O by O Audax/Polydax O , O Bozak O , O CTS O , O JBL O , O Tonegen O and O SEAS O . O The O 1991 O Game O Gear O port O is O based O on O its O Master O System O counterpart O , O but O with O redesigned O enemies O and O only O twelve O stages O , O while O Rutubo O Games O produced O a O near-duplicate O of O the O arcade B-Application version O in O 1994 O for O the O 32X B-Device add-on O for O the O Sega B-Operating_System Genesis I-Operating_System . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O The O game O received O " O unfavorable O " O reviews O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O Official O U.S. O PlayStation B-Device Magazine O gave O it O a O negative O review O months O before O the O game O was O released O Stateside O . O The O Sage B-Application 200 I-Application task O launch O will O also O fail O to O run O if O the O IPv6 B-Protocol stack O is O uninstalled.Skype O for O BusinessWindowsAllThe O Skype B-Protocol for I-Protocol Business I-Protocol client O supports O IPv6 B-Protocol only O networks O where O the O IPv4 B-Protocol stack O is O not O bound O to O a O network O adapter O , O however O it O will O crash O if O the O IPv4 B-Protocol stack O is O uninstalled.SmoothwallSWG O , O UTM O and O WAMLinuxAllSolarWinds O TFTP B-Device ServerWindows10+SolidNetwork O License O ManagerWindowsAllSpotify(Windows UWP app ) O WindowsNo O network O connectivity O detected O by O the O app O from O behind O NAT64 B-Protocol , O requires O native O IPv4Steam O ClientWindows O , O macOS B-Application , O LinuxAllCannot O log O in O on O IPv6-only O network O . O Both O versions O of O Perseus B-Device Mandate I-Device received O " O mixed O reviews O " O . O The O current O models O in O production O are O the O Happy B-Device Hacking I-Device Keyboard I-Device Professional O Classic O , O Professional O Hybrid O ( O wired/wireless O dual O connectivity O ) O , O and O Professional O Hybrid O Type-S O ( O silenced O variant O of O Hybrid O ) O all O in O either O dark O or O light O colorways O , O and O either O blank O or O printed O keycaps O . O The O joint O decision O by O Nintendo O and O Tose O to O finally O release O the O Starfy O series O abroad O came O about O because O the O Nintendo B-Device DS I-Device was O doing O well O in O the O market O . O In O 1989 O , O NeXT O struck O a O deal O for O former O Compaq O reseller O Businessland O to O sell O the O NeXT B-Device Computer I-Device in O international O markets O . O The O game O was O announced O on O September O 14 O , O 2022 O for O a O tentative O release O in O 2023 O on O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device 5 I-Device , O Xbox B-Device One I-Device , O Xbox O Series O X/Series O S O and O Windows O . O Since O Romanian O hardware O keyboards O are O not O widely O available O , O Cristian O Secară O has O created O a O driver O that O allows O Romanian O characters O to O be O generated O with O a O US-style O keyboard O in O all O versions O of O Windows B-Application prior O to O Vista O through O the O use O of O the O AltGr B-Device key I-Device modifier O . O Note O that O Doppler B-Device VOR I-Device beacons O utilise O an O elevated O groundplane O that O is O used O to O elevate O the O effective O antenna O pattern O . O Some O PDP-11 B-Device based O EduSystems O were O also O created O . O During O these O sections O , O the O player O pressing O " O down O " O on O the O directional B-Device pad I-Device and O action O buttons O . O The O game O was O released O on O the O PlayStation B-Device Network I-Device on O December O 18 O , O 2008 O , O for O Japan O and O North O America O . O In O the O 2000s O , O most O subwoofers B-Application , O bass O amplifier O cabinets O and O sound O reinforcement O system O speaker B-Device cabinets I-Device use O bass O reflex O ports O , O rather O than O a O sealed-box O design O , O in O order O to O obtain O more O extended O low-frequency O response O and O to O get O higher O sound O pressure O level O ( O SPL O ) O . O The O nForce2 B-Device chipset B-Device was O released O by O Nvidia O in O July O 2002 O as O a O refresh O to O the O original O nForce B-Device product O offering O . O The O AY-3-8910 B-Device has O two O general-purpose O 8-bit O parallel O I/O B-General_Concept ports O , O A O and O B O , O and O these O are O available O in O the O 40-pin O package O of O the O same O name O . O Apple O evaluated O CPU O architectures O including O MIPS B-Device , O SPARC B-Architecture , O i860 B-General_Concept , O and O ARMwhich O would O be O much O later O used O across O many O Apple O product O families O . O When O desktop O personal O computers O appeared O , O initially O CP/M B-Application or O Apple B-Device II I-Device , O then O later O the O IBM B-Device PC I-Device and O compatibles O , O there O was O a O shift O to O hosted O development O . O Previously O , O the O service O was O available O as O a O separate O app O that O utilized O SpotPass B-Device , O downloading O videos O to O the O console O 's O SD O card O via O Wi-Fi O Internet O access O for O offline O viewing O . O The O MMC5 O supports O up O to O 2MB O total O ROM B-Device , O however O no O commercially O released O game O exceeded O 1MB O . O The O Audrey O is O equipped O with O a O modem B-Application , O two O USB B-Protocol ports I-Protocol , O and O a O CompactFlash B-Device socket O . O Stephen O Kyle O reviewed O The B-Application Horrible I-Application Secret I-Application of I-Application Monhegan I-Application Island I-Application for O White O Dwarf O #59 O , O giving O it O an O overall O rating O of O 7 O out O of O 10 O , O and O stated O that O " O Bearing O in O mind O the O comparatively O cheap O price O of O this O book O , O it O presents O a O very O useful O package O , O though O still O not O a O patch O on O the O outstanding O Curse O of O the O Cthonians O ... O Champions B-Application of I-Application Anteria I-Application is O an O action B-Application role-playing I-Application video I-Application game I-Application developed O by O Blue O Byte O and O published O by O Ubisoft O for O Microsoft B-Application Windows I-Application . O Human B-Device Interact I-Device started O development O of O Starship B-Device Commander I-Device in O early O 2016 O as O a O narrative-focused O title O that O is O played O out O in O virtual B-Application reality I-Application . O Kinetic B-Application priority I-Application queues I-Application have O been O used O as O components O of O several O kinetic B-Data_Structure data I-Data_Structure structures I-Data_Structure , O as O well O as O to O solve O some O important O non-kinetic O problems O such O as O the O k-set O problem O and O the O connected O red O blue O segments O intersection O problem O . O A O port O of O Candy B-Application Crush I-Application Saga I-Application made O using O the O toolkit O , O which O shared O much O of O its O code O with O the O iOS B-Application version O , O was O demonstrated O , O alongside O the O announcement O that O the O King-developed O game O would O be O bundled O with O Windows B-Operating_System 10 I-Operating_System at O launch O . O The O concept O for O Densha B-Application de I-Application Go I-Application ! I-Application The O action O of O 3D-axis O movement O is O as O free-formatted O as O DOA3 B-Application , O and O Hitomi O is O now O a O playable O character O albeit O outside O story O mode O . O In O November O 2020 O , O Ludo B-Application King I-Application signed O on O Bollywood O actor O , O Sonu O Sood O as O game O ambassador O for O the O game O . O Some O third-party O utilities O later O appeared O that O preserved O the O user O 's O data O while O upgrading O to O HFS+ B-Application . O Adrenix B-Application is O set O in O a O dystopian O post-apocalyptic O setting O following O environmental O and O nuclear O disaster O , O leading O the O United O States O to O enter O a O state O of O martial O law O . O bought O Viaweb B-Application for O $49.6 O million O and O renamed O the O service O Yahoo B-Application ! I-Application Version O 5.2 O included O a O background O syntax O checking O tool O , O a O new O plotting O library O , O a O database O library O , O and O a O new O extended O REPL B-Application . O The O Galaxy B-Application J6+ I-Application is O shipped O with O Android B-Application 8.1 I-Application " O Oreo B-Application " O and O Samsung O 's O Samsung B-Application Experience I-Application user O interface O . O Doom B-Application was O placed O 1st O in O the O GamesRadar O 's O list O of O top O FPS O games O of O all O time O . O Both O Digital B-Application Devil I-Application Saga I-Application games O were O published O in O Europe O by O Ghostlight O . O Forspoken B-Application received O " O mixed O or O average O " O reviews O , O according O to O review B-Application aggregator I-Application Metacritic O . O It O has O also O been O announced O that O Brutal B-Application Legend I-Application was O the O official O sponsor O of O the O 2009 O Mastodon/Dethklok O tour O . O The O number O of O possible O wallets O and O thus O private B-Application keys I-Application is O extremely O high O , O so O duplicating O or O hacking O a O certain O key O would O be O inconceivable O . O The O combined O grappling B-Application hook I-Application and O parachute B-Application was O praised O for O facilitating O and O enhancing O traversal O and O exploration O . O On O June O 1 O , O 2010 O , O Paraguay O officially O adopted O ISDB-T B-Application International I-Application , O via O a O presidential O decree O #4483 O . O Conversely O , O the O PAL B-Language publisher O of O No B-Application More I-Application Heroes I-Application Rising O Star O Games O were O greatly O impressed O with O the O game O 's O sales O . O It O stores O references O to O digital B-Application identities I-Application of O the O users O , O presenting O them O as O visual O information B-Application cards I-Application . O Many O programming O languages O , O including O Java B-Language and O C# B-Application , O have O built-in O support O for O retrieving O the O current O stack B-Language trace I-Language via O system O calls O . O Therefore O , O we O are O moving O away O from O implementing O a O policy O around O artist B-Application conduct O " O . O Redmi B-Application 10 I-Application in O India O sells O in O 3 O colors O : O Midnight O Black O ( O gray O ) O , O Pacific O Blue O , O and O Caribbean O Green O . O EA B-Application Play I-Application does O not O require O users O to O have O a O paid O Xbox B-Application Live I-Application membership O , O although O a O Gold-level O membership O is O required O for O use O of O any O multiplayer O features O that O are O included O in O Access-enabled O games O . O The O User-Mode B-Application Driver I-Application Framework I-Application insulates O the O kernel O from O the O problems O of O direct O driver O access O , O instead O providing O a O new O class O of O driver O with O a O dedicated O application B-Application programming I-Application interface I-Application at O the O user O level O of O interrupts O and O memory O management O . O Angelique B-Application Retour O ( O ) O . O Below O is O a O timeline B-Application of O some O important O developments O in O this O field O . O It O was O ported O by O Hudson O Soft O and O released O in O 1991 O for O the O TurboGrafx-16/PC B-General_Concept Engine I-General_Concept under O the O name O Dragon B-Application 's I-Application Curse I-Application . O Clans B-Application is O a O 1999 O action B-Application role-playing I-Application game I-Application developed O by O ComputerHouse O GBG O AB O . O VZ B-Application Editor I-Application was O entirely O written O in O assembly B-Language language I-Language because O Hyodo O was O used O to O writing O in O assembly B-Language language I-Language rather O than O C B-Language language I-Language . O There O is O saving O of O bandwidth O by O using O multicarrier O modulation B-Application with O orthogonal B-Protocol frequency-division I-Protocol multiplexing I-Protocol . O The O Nokia B-Application 1.3 I-Application received O mixed O to O positive O reviews O . O A O prequel O novel O by O Morihashi O titled O Before O the O Nightmare O , O set O before O Devil B-Application May I-Application Cry I-Application 5 I-Application and O leading O to O the O beginning O of O the O game O , O was O published O on O March O 1 O , O 2019 O . O Heretic B-Application and O Hexen B-Application shipped O a O combined O total O of O roughly O 1 O million O units O to O retailers O by O August O 1997 O . O Advanced B-Application Dungeons I-Application and I-Application Dragons I-Application : I-Application Cloudy I-Application Mountain I-Application ( O Intellivision B-Operating_System ) O by O Mattel B-Operating_System Electronics I-Operating_System won O an O award O in O the O " O 1984 O Best O Adventure B-Application Videogame O " O category O at O the O 5th O Annual O Arkie O Awards O . O is O the O twelfth O main O game O of O the O Touhou B-Application Project I-Application scrolling O shooter O series O , O by O dōjin O game O circle O Team O Shanghai O Alice O . O DivX B-Application with O SBC B-Algorithm was O retired O . O Yuko O hints O of O events O that O are O revealed O throughout O Ef B-Application : I-Application A I-Application Fairy I-Application Tale I-Application of I-Application the I-Application Two I-Application . I-Application To O discover O such O errors O , O one O must O perform O a O query O that O uses O a O left O outer O join O between O the O table O with O the O foreign B-Application key I-Application and O the O table O with O the O primary B-Application key I-Application , O showing O both O key O fields O in O addition O to O any O fields O required O to O distinguish O the O record O ; O all O invalid O foreign-key O values O will O have O the O primary-key O column O as O NULL O . O Rough O specifications O were O prepared O for O the O new O S/360 B-Device -67 I-Device , O which O would O incorporate O address O translation O ( O via O the O " O DAT O Box O " O , O which O unlike O the O " O Blaauw O Box O " O , O supported O both O segment O and O page O tables O ) O and O a O new O operating B-General_Concept system I-General_Concept : O TSS B-Application . O Reviewing O the O Vita O version O , O Absence O of O Detention O , O on O PlayStation O LifeStyle O , O Heath O Hindman O cited O camera O control O and O Vita O 's O touch O features O as O problematic O , O but O was O more O positive O about O Disgaea'''s O formula O than O Clements O . O Vito O Gesualdi O of O GameZone O gave O it O 8.5 O out O of O 10 O , O saying O , O " O As O the O first O true O RPG O on O the O PlayStation B-Device Vita I-Device , O Disgaea B-Application 3 I-Application definitely O has O a O lot O of O expectations O to O answer O to O . O On O March O 8 O , O 2011 O , O Microsoft O published O results O showing O the O 32-bit O Internet B-Application Explorer I-Application 9 O to O be O faster O than O Safari B-Application , O Firefox B-Application ( O with O TraceMonkey O ) O , O Chrome B-Application , O and O Opera B-Application . O The O AWE32 B-Device was O the O first O sampler O to O support O E-Mu O ' O s O SoundFont B-Application standard O , O which O allowed O users O to O build O custom O sound O sets O using O their O own O samples O , O the O samples O included O in O ROM O , O or O both O . O Catrap B-Application holds O a O rating O of O 8/10 O on O Nintendo O Life O and O 5/5 O on O Arcade O Spot O . O The O last O flagship O phone O in O the O HTC B-Application One I-Application series I-Application was O the O HTC B-Application One I-Application M9 I-Application , O which O was O announced O and O released O in O 2015 O . O The O game O marks O an O anniversary O gathering O of O selectable O Power O Rangers O from O fifteen O seasons O of O the O series O , O from O Mighty B-Application Morphin I-Application Power I-Application Rangers I-Application to O Power O Rangers O Operation O Overdrive O , O from O Rangers O to O Megazords O ( O only O the O Dino B-Application Thunder I-Application and O Mystic O Force O seasons O are O not O represented O ) O . O The O game O , O provided O free O of O charge O , O includes O the O three O levels O present O in O the O original O Quake B-Application II I-Application demo O , O but O can O be O used O to O play O the O full O game O if O its O data O files O are O available O . O According O to O WhatsApp B-Application , O this O account O information O is O shared O to O " O track O basic O metrics O about O how O often O people O use O our O services O and O better O fight O spam O on O WhatsApp B-Application . O The O game O reuses O a O lot O of O material O from O Hard B-Application Truck I-Application Apocalypse I-Application but O most O of O the O vehicles O , O weapons O , O and O enemies O are O the O same O . O is O a O 1987 O beat B-Application ' I-Application em I-Application up I-Application video O game O developed O by O Technōs O Japan O and O distributed O by O Taito O for O arcades O across O Asia O , O North O America O and O Europe O . O GameSpot O stated O that O " O Simply O exploring O Morrowind B-Application is O possibly O the O best O thing O about O it. O " O Gunstar B-Application Heroes I-Application was O a O critical O success O , O being O praised O for O its O frantic O action O and O advanced O graphics O . O According O to O Lopes O , O " O Social O Media O websites O such O as O Facebook B-Application , O Twitter O , O YouTube B-General_Concept , O and O the O various O online O blogs O have O arguably O given O a O voice O to O individuals O that O otherwise O would O not O be O heard. O " O In O the O adult B-Application versions O of O Futari O no O Elder O , O there O are O scenes O with O sexual O CGs O depicting O Chihaya O and O a O given O heroine O having O sex O . O Some O examples O are O Skype B-Application , O FL B-Application Studio I-Application , O and O Embarcadero O ’s O own O RAD O Studio O . O SQL B-Language Injection I-Language is O a O trivial O form O of O polyglot O , O where O a O server O naively O expects O user-controlled O input O to O conform O to O a O certain O constraint O , O but O the O user O supplies O syntax O which O is O interpreted B-Application as O SQL O code O . O Jacobi O 's O release O of O Chex B-Application Quest I-Application 3 O also O included O ZDoom-based O versions O of O Chex B-Application Quest I-Application and O Chex B-Application Quest I-Application 2 O , O with O significant O enhancements O and O noted O problems O redressed O . O Cro-Mag B-Application Rally I-Application has O multiple O multiplayer O variants O . O Fluent O Bit O is O a O log O processor O and O log O forwarder O which O is O being O developed O as O a O CNCF O sub-project O under O the O umbrella O of O Fluentd B-Application project O . O There O is O no O system O of O workers O ; O the O players O ' O wizards O collect O souls O to O summon O creatures O , O and O their O mana B-Application — O energy O for O casting O spells B-Application — O constantly O regenerates O . O Fatal B-Application Fury I-Application : I-Application Wild I-Application Ambition I-Application replaces O the O Power O Meter O from O Real B-Application Bout I-Application Fatal I-Application Fury I-Application 2 I-Application with O the O Heat O Meter O . O Kalicinski O chose O Windows B-Protocol Phone I-Protocol as O its O starting O platform O due O to O the O absence O of O Minecraft B-Application and O its O clones O in O the O platform O . O The O original O motivation O behind O HipHop B-Language was O to O save O resources O on O Facebook B-Application servers O , O given O the O large O PHP B-Application codebase O of O facebook.com B-Application . O Linux B-Application runs O on O standard O , O general O purpose O mainframe B-Architecture CPs O ( O Central O Processors O ) O as O well O as O IFLs O ( O Integrated B-Application Facility I-Application for I-Application Linux I-Application ) O . O The O latest O version O release O of O Brackets B-Application is O 2.1.3 O . O Graham O Smethurst O of O GENIVI B-Application Alliance I-Application and O BMW O Group O announced O in O April O 2010 O the O switch O from O Moblin B-Language to O MeeGo B-Operating_System . O A O desk B-Application accessory I-Application package O called O was O released O on O August O 17 O , O 2007 O . O This O was O the O first O optimizing B-Application compiler I-Application , O because O customers O were O reluctant O to O use O a O high-level B-Language programming I-Language language I-Language unless O its O compiler B-Language could O generate O code O with O performance O approaching O that O of O hand-coded O assembly B-Language language I-Language . O I O did O n't O like O writing O programs O , O and O so O , O when O I O was O working O on O the O IBM B-Device 701 I-Device , O writing O programs O for O computing O missile O trajectories O , O I O started O work O on O a O programming O system O to O make O it O easier O to O write O programs. O " O Fifteen O of O these O bounty O hunter O sidestories O are O located O in O Kamurocho O , O the O remaining O five O in O Ryukyu B-Application . O The O 480Z O was O sold O mainly O to O the O UK O educational O market O as O cassette-based O system O or O as O a O diskless B-Device node I-Device which O could O be O connected O , O via O the O proprietary O CHAIN O Network O , O to O a O Research B-Device Machines I-Device 380Z I-Device acting O as O a O file B-Application server I-Application . O The O gameplay O of O Art B-Application of I-Application Murder I-Application 3 O , O just O like O its O predecessor O , O is O linear O , O its O in O 3-D O and O have O a O third-person O perspective O . O When O Apple O Computer O released O its O new O ProDOS B-Operating_System operating O system O in O 1984 O , O a O Thunderclock O software B-Application driver I-Application came O built-in O . O The O introduction O of O ANPR B-Application systems O has O led O to O fears O of O misidentification O and O the O furthering O of O 1984-style O surveillance O . O In O the O case O of O the O GFDL B-Application , O these O limitations O include O the O use O of O invariant O sections O , O which O may O not O be O altered O by O future O editors O . O When O Skynet B-Application gained O self-awareness O , O humans O tried O to O deactivate O it O , O prompting O it O to O retaliate O with O a O countervalue O nuclear O attack O , O an O event O which O humankind O in O ( O or O from O ) O the O future O refers O to O as O Judgment O Day O . O Following O the O connection O between O the O classical O scaling O and O PCA B-Application , O metric O MDS O can O be O interpreted O as O kernel B-Algorithm PCA I-Algorithm . O Smokin B-Application ' I-Application Guns I-Application is O a O first-person O shooter O video O game O . O In O the O warrior O route O , O Jack O returns O to O Earth O ; O in O the O conjurer O route O , O his O return O home O is O left O uncertain O ; O and O in O the O wizard O route O , O he O stays O in O Nox B-Application . O border-box O is O the O default O box O model O used O in O Bootstrap B-Application framework I-Application . O This O was O due O in O part O , O from O several O fans O following O the O game O from O its O movement O from O Spike B-Application 's I-Application World I-Application . O The O four O reviewers O of O Weekly O Famitsu O magazine O scored O Captain B-Application Rainbow I-Application a O total O of O 31 O out O of O 40 O . O Athena B-Application asks O Arkantos O to O stop O Gargarensis O at O all O costs O , O as O Zeus B-Application himself O cannot O interfere O . O Meanwhile O , O Scorponok O replaces O Galvatron O - O who O had O vanished O in O the O explosion O - O as O Decepticon B-Application leader O , O constructing O a O personal O Transtector O and O redubbing O himself O MegaZarak O to O battle O Cerebros O ' O own O giant O form O , O Fortress O Maximus O . O A O total O assignment O is O when O all O the O variables O of O the O problem B-Application have O been O assigned O . O Since O 2012 O , O Android B-Application devices O with O Intel O processors O began O to O appear O , O including O phones O and O tablets B-Device . O The O game O was O released O during O the O 2010 B-Application FIFA I-Application World I-Application Cup I-Application and O was O later O demonstrated O to O a O number O of O UN O officials O . O The O website O includes O a O mirror O of O all O the O content O that O was O previously O hosted O on O the O SimRacingWorld O website O and O the O F1GP O Yahoo B-Application group I-Application portal O , O as O well O as O new O developments O . O Many O of O them O refer O to O Black O as O the O " O Puppet O Master O " O and O make O other O references O to O Alice B-Application in I-Application Wonderland I-Application . O Game O Machine O claims O that O Lucky B-Application & I-Application Wild I-Application was O the O third O most-popular O arcade O game O of O May O 1993 O in O Japan O . O The O Nintendo B-Application Switch I-Application home O screen O currently O lacks O an O internet O browser O and O a O messaging O system O . O Monkey O King O vs. O Er O Lang O Shen B-Application is O a O 2007 O CG O Chinese O animated O film O produced O by O Yuan O Cheng O depicting O Wukong B-Application 's O fight O against O Er O Lang O Shen B-Application . O The O game O shares O similar O elements O to O and O is O set O in O the O same O world O as O Phantasy B-Protocol Star I-Protocol Online I-Protocol 2 I-Protocol , O and O is O also O part O of O the O Online B-Application series O . O Because O Tor B-Application Browser I-Application does O not O currently O discriminate O between O this O legitimate O use O of O the O Canvas B-Language API B-General_Concept and O an O effort O to O perform O canvas B-Protocol fingerprinting I-Protocol , O it O warns O that O the O website O is O attempting O to O ' O extract O HTML5 B-Language canvas I-Language image O data O . O Breath B-Application of I-Application Fire I-Application is O a O traditional O role-playing O video O game O , O featuring O two-dimensional O character O sprites O and O environments O presented O from O a O top-down O perspective O . O In O 2012 O , O the O company O launched O its O flagship O product O , O Kounta B-Application , O a O hospitality-focused O point O of O sale O ( O POS O ) O mobile B-Application app I-Application for O iPad B-Device , O Android B-Application , O Mac B-Application , O and O Windows O . O Gameplay O follows O the O rules O and O objectives O of O basketball B-Application and O the O game O is O presented O like O televised O NBA O games O . O * O The O circle O was O completed O in O the O early O 1950s O when O the O Navy O picked O up O the O Azusa B-Application interferometer O work O for O its O Viking O Project O at O White O Sands O , O New O Mexico O . O The O Loongson B-Language processors O are O mainly O designed O around O using O the O Linux B-Application operating I-Application system I-Application . O The O PlayStation B-Operating_System Portable I-Operating_System ( O PSP B-Operating_System ) O is O a O handheld B-Application game I-Application console I-Application developed O and O marketed O by O Sony O Computer O Entertainment O . O On O 1 O October O 2012 O , O PRQ B-Application was O raided O and O a O number O of O sites O which O they O provided O hosting O for O were O taken O offline O for O alleged O copyright O infringement O . O Computer O Gaming O World O nominated O Rising B-Application Sun I-Application in O the O same O category O , O but O gave O the O prize O to O Combat B-Application Mission I-Application : I-Application Beyond I-Application Overlord I-Application . O The O NES O and O MSX B-Operating_System ports O were O packaged O with O a O custom O controller O . O In O Japan O , O Game O Machine O listed O it O as O being O the O most O popular O arcade O game O of O August O 1986 O , O and O it O remained O the O top-grossing O table O arcade O cabinet O for O six O months O through O September O , O October O , O November O and O December O 1986 O , O up O until O February O 1987 B-Application . O Tom O Bramwell O of O Eurogamer O described O the O game O as O having O great O depth O and O completely O outclassing O its O competitor O , O NBA B-Application Live I-Application 2002 I-Application . O Purely B-Application functional I-Application programming I-Application simplifies O parallel B-Operating_System computing I-Operating_System since O two O purely O functional B-Language parts O of O the O evaluation O never O interact O . O Streets O with O Street B-Application View I-Application imagery O available O are O shown O as O blue O lines O on O Google B-Application Maps I-Application . I-Application However O , O on O a O system O with O limited O OpenGL O acceleration O function O , O specifically O the O lack O of O an O OpenGL O Framebuffer B-Library Object I-Library or O pbuffer B-Library , O the O use O of O an O OpenGL O environment O like O Xgl B-Application makes O xv O hardware O accelerations O impossible O . O CGA O , O EGA O , O MDA O and O partial O VGA O graphics O support O was O implemented O , O and O the O emulated B-Application system O could O run O Windows B-Application 3 O . O It O is O best O known O for O its O grand O strategy O wargame O series O Europa B-Application Universalis I-Application , O Hearts B-Application of I-Application Iron I-Application , O Victoria B-Application , O Crusader B-Application Kings I-Application , O Stellaris B-Application , O and O Imperator B-Application . O Early O versions O such O as O the O original O Fitbit B-Application ( O 2009 O ) O , O were O worn O clipped O to O the O waist O ; O formats O have O since O diversified O to O include O wristbands O and O armbands O ( O smart B-Device bands I-Device ) O and O smaller O devices O that O can O be O clipped O wherever O preferred O . O Apple O and O Nike O together O developed O the O Nike+iPod B-Application , O a O sensor-equipped O shoe O that O worked O with O an O iPod B-Device Nano I-Device . O After O HERE B-Application Maps I-Application announced O it O was O discontinuing O its O Windows B-Operating_System 10 I-Operating_System Mobile I-Operating_System app O in O 2016 O , O Windows B-Device Maps I-Device announced O support O for O migrating O up O to O 300 O favorites O from O HERE B-Application Maps I-Application to O Windows B-Device Maps I-Device . O Cart B-Application Life I-Application is O a O simulation O video O game O developed O by O Richard B-Application Hofmeier I-Application using O Adventure B-Application Game I-Application Studio I-Application for O Microsoft B-Application Windows I-Application released O in O 2010 O . O The O relational B-Architecture model I-Architecture employs O sets O of O ledger-style O tables B-Application , O each O used O for O a O different O type O of O entity O . O Flappy B-Application can O pick O up O and O throw O sleeping O mushrooms O at O the O enemies O to O knock O them O out O for O a O while O , O or O drop O stones O on O them O to O crush O them O permanently O . O Apache B-Application VXQuery I-Application complies O to O the O W3C-standardized O XML B-Language Query I-Language Language I-Language v1.0 O . O Both O versions O of O Sonic B-Application Colors I-Application received O " O generally O favorable O " O reviews O , O according O to O review B-Application aggregator I-Application Metacritic O . O for O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device Vita I-Device , O Nintendo B-Application Switch I-Application , O Microsoft B-Application Windows I-Application and O iOS B-Application , O and O was O released O in O September O 2018 O in O Japan O and O in O February O 2019 O internationally O . O All O data O within O the O program O , O both O instance O and O local O variables O , O were O always O serialized B-Application . O An O interview O with O John O Carmack O , O the O lead O graphics O engine O developer O at O id O ( O at O the O time O ) O , O indicated O that O like O its O predecessors O , O id B-Application Tech I-Application 5 I-Application would O eventually O be O released O as O open-source B-Application . O For O each O letter O and O location O , O let O be O a O set O of O clock O constraints O such O that O their O zones O partition O , O with O the O number O of O clocks B-Application . O The O beta O was O made O available O to O all O people O who O pre-purchased O the O game O on O Steam B-Application . O In O response O , O Amazon B-Application explained O that O the O device O was O likely O reading O from O a O vandalized O Wikipedia O article O . O StarCraft B-Application : I-Application Remastered I-Application was O the O first O project O released O by O the O " O Classic O Games O division O " O , O a O team O at O Blizzard O focused O on O updating O and O remastering O some O of O their O older O titles O , O with O an O initially O announced O focus O on O StarCraft B-Application , O Diablo B-Application II I-Application , O and O Warcraft B-Application III I-Application . O 2011 O Wildlife B-Application Park I-Application 3 I-Application Deep O Silver O Modern O WIN O Sequel O to O Wildlife B-Application Park I-Application 2 I-Application 2011 O Cars O Incorporated O David O Klande O Historical O WIN O Alpha-version O available O . O The O plugins B-Application use O the O D-Bus B-Language IPC B-Operating_System system O , O and O applets B-Language can O be O written O in O C B-Language , O Python B-Language or O Vala B-Language . O Notably O , O it O is O the O first O smartphone B-Application with O a O 108 O MP O sensor O . O In O August O 2012 O , O the O largest O Starbucks B-Application in O the O US O opened O at O the O University O of O Alabama O 's O Ferguson O Centre O . O For O traditional O false-color B-Application satellite O images O of O Earth O a O " O NRG O → O RGB O " O mapping O is O used O , O with O " O N O " O being O the O near-infrared O spectral O band O ( O and O the O blue O spectral O band O being O unused O ) O – O this O yields O the O typical O " O vegetation O in O red O " O false-color B-Application images I-Application . O Discovery O sent O a O DMCA O take O down O notice O to O GitHub B-Application , O and O public O access O to O the O repository O was O disabled O as O a O result O . O The O first O ever O scene B-Application TV-x264 O release O , O The.Unit.S01E04.HD720p.x264-MiRAGETV O , O was O made O by O Spatula O in O early O 2006 O . O Max O March O Industries O operates O a O radio O station O called O MaxMarchRadio O that O plays O inside O the O virtual O world O , O develops O high-end O virtual O estates O and O high-rise O residences O , O and O operates O several O businesses O that O operate O inside O Second B-Application Life I-Application such O as O STYLEMAKERS O ( O avatar B-Application makeovers O including O skin O , O hair O , O and O clothing O ) O and O The O GIFT O , O a O creator O of O virtual O gift O boxes O and O shopping O bags O that O can O package O objects O purchased O elsewhere O inside O Second B-Application Life I-Application so O they O can O be O given O to O other O users O as O gifts O . O X-Men B-Application : I-Application Wolverine I-Application 's I-Application Rage I-Application is O a O side-scrolling O video O game O for O the O Game B-Device Boy I-Device Color I-Device . O Via O the O Curry-Howard O isomorphism O , O there O is O a O one-to-one O correspondence O between O the O systems O in O the O lambda B-Application cube I-Application and O logical O systems O , O namely O : O A O sequel O , O potentially O titled O Dark B-Application Cloud I-Application 3 O , O was O first O rumored O to O be O in O development O for O PlayStation B-Operating_System 3 I-Operating_System in O an O alleged O leak O published O in O 2006 O by O , O which O said O Level-5 O was O aiming O for O a O March O 2009 O release O . O WXP B-Application , O the O Weather O Processor O , O is O a O weather O data O manipulation O and O visualization O package O developed O at O Purdue O University O in O the O 1980s O . O IMX B-Application utilized O the O interactive O investment O technology O of O Hollywood B-Application Stock I-Application Exchange I-Application to O allow O web O users O to O invest O in O real O time O . O In O the O present O , O Eriko O 's O friends O Kevin O , O Randy O , O and O Michel O invite O her O to O Illbleed B-Application , O a O new O horror O amusement O park O . O Microsoft B-Application Office I-Application shared O tools O are O software O components O that O are O ( O or O were O ) O included O in O all O Microsoft B-Application Office I-Application products O . O Office O Delve O allows O Office B-Operating_System 365 I-Operating_System users O to O search O and O manage O their O emails O , O meetings O , O contacts O , O social O networks O and O documents O stored O on O OneDrive B-Application or O Sites O in O Office B-Operating_System 365 I-Operating_System . O IEWL O 's O main O function O is O to O associate O load O modules O ( O executable B-Application programs I-Application ) O and O object O modules O ( O the O output O from O , O say O , O assemblers O and O compilers O ) O , O including O " O automatic O calls O " O to O libraries B-Library ( O high-level O language O " O built-in O functions O " O ) O , O into O a O format O which O may O be O most O efficiently O loaded O by O IEWFETCH O . O The O dynamic O microphone B-Application ( O also O known O as O the O moving-coil O microphone B-Application ) O works O via O electromagnetic O induction O . O Traditionally O , O engineers O have O employed O simulation O acceleration O , O emulation B-Application or O prototyping O on O reprogrammable B-Architecture hardware I-Architecture to O verify O and O debug O hardware O and O software O for O SoC O designs O prior O to O the O finalization O of O the O design O , O known O as O tape-out O . O There O are O a O series O of O open O source O projects O that O try O to O protect O their O privacy O through O collecting O their O browsing B-Protocol history I-Protocol on O the O hard O drive O instead O of O the O browser B-Application . O 64-bit O editions O of O Windows B-Application - O 64-bit O Windows B-Application devices O were O — O for O a O long O time O — O incompatible O with O USB O cable O sync O , O and O must O use O other O options O such O as O serial O port O , O infrared O , O WiFi O or O Bluetooth O to O HotSync O . O SP1 O version O ( O 14.00.50727.762 O ) O is O also O available O in O Microsoft B-Application Windows I-Application SDK I-Application Update I-Application for I-Application Windows I-Application Vista I-Application . O If O we O desire O to O offset O the O location O from O the O border O of O the O fractal B-Application , O or O adjust O their O palette B-Data_Structure to O cycle O in O a O specific O way O , O there O are O a O few O simple O changes O we O can O make O when O taking O the O final O iteration O count O before O passing O it O along O to O choose O an O item O from O our O palette B-Data_Structure . O The O bill O updates O previous O efforts O to O create O Do B-Protocol Not I-Protocol Track I-Protocol programs O by O applying O the O concept O beyond O web B-Application browsers I-Application and O to O all O Internet O activity O , O including O mobile B-Application applications I-Application . O Most O Internet O service O providers O host O their O own O news B-Application servers I-Application , O or O rent O access O to O one O , O for O their O subscribers O . O The O AMOLED B-Algorithm display I-Algorithm in O the O Galaxy B-Application S5 I-Application , O for O example O , O was O found O to O outperform O all O LCD B-Device displays I-Device on O the O market O in O terms O of O power O usage O , O brightness O and O reflectance O . O The O translator O would O also O optimize O the O output O for O code O size O and O take O care O of O calling O conventions O , O so O that O CP/M B-Application -80 I-Application and O MP/M B-Operating_System -80 I-Operating_System programs O could O be O ported O to O the O CP/M B-Operating_System -86 I-Operating_System and O MP/M B-Operating_System -86 I-Operating_System platforms B-Device automatically O . O XLT86 B-Operating_System itself O was O written O in O PL/I B-Language -80 O and O was O available O for O CP/M B-Application -80 I-Application platforms B-Device as O well O as O for O VAX/VMS B-Operating_System . O Many O expected O that O CP/M B-Application would O be O the O standard O operating B-General_Concept system I-General_Concept for O 16-bit B-Device computers I-Device . O In O 1980 O IBM O approached O Digital O Research O , O at O Bill O Gates O ' O suggestion O , O to O license O a O forthcoming O version O of O CP/M B-Application for O its O new O product O , O the O IBM B-Device Personal I-Device Computer I-Device . O Fight B-Application Night I-Application Champion I-Application is O a O boxing B-Application video O game O developed O by O EA O Canada O and O published O by O Electronic O Arts O . O But O linking O to O a O GPL B-License licensed O library B-Library such O as O Readline B-Application requires O the O entire O combined O resulting O application O to O be O licensed O under O the O GPL B-License when O distributed O , O to O comply O with O section O 5 O of O the O GPL B-License . O They O said O that O " O if O you O do O n't O mind O a O game O that O 's O on O the O short O side O , O and O you O are O a O real-time O tactical O game O lover O with O a O good O sense O of O humor O , O then O buckle O into O your O computer O chair O , O dude O , O and O crack O open O a O cold O can O of O Rocket O Fuel O , O because O Z B-Application is O going O to O be O your O favorite O letter. O " O Additionally O , O Java B-Language 3D I-Language offers O extensive O spatialized B-Application sound I-Application support O . O For O example O , O if O a O state B-Application has O a O number O of O outputs O ( O e.g. O As O a O result O , O canonical O algebraic B-Application specifications I-Application have O been O widely O applied O to O address O program O correctness O issues O . O While O following O the O same O general O formula O as O Capcom O 's O previous O beat B-Application ' I-Application em I-Application ups I-Application , O the O game O has O a O range O of O usable O weapons O and O a O comics-style O presentation O . O An O update O to O Maximum B-Application Impact I-Application 2 I-Application , O it O was O released O for O the O Taito B-Application Type I-Application X2 I-Application arcade O system O in O Japan O on O July O 7 O , O 2008 O . O Inno B-Language Setup I-Language has O won O many O awards O including O the O Shareware B-Application Industry I-Application Awards I-Application three O times O in O a O row O — O from O 2002 O to O 2004 O . O It O was O packaged O in O a O 280-pin O PGA B-Algorithm , O and O operated O at B-Operating_System 25 O and O 33MHz O with O claimed O peak O performances O of O 12.5 O and O 16.5 O MIPS B-Device , O respectively O . O The O V80 O had O separate O 1KB O on-die O caches B-General_Concept for O both O instructions O and O data O . O It O had O a O 64-entry O branch B-General_Concept predictor I-General_Concept , O a O 5% O performance O gain O being O attributed O to O it O . O The O V80 O , O with O μPD72691 O co-FPP O and O μPD71101 O simple O peripheral O chips O , O was O used O for O an O industrial B-Architecture computer I-Architecture running O the O RX-UX832 B-Operating_System real-time B-Operating_System UNIX B-Application operating I-Application system I-Application and O a O X11-R4-based O windowing O system O . O In O September O 2015 O , O the O iOS B-Application version O was O removed O for O sale O from O the O App B-Application Store I-Application , O although O it O remains O for O sale O on O Android B-Application . O The O story O of O Opus B-Application : I-Application The I-Application Day I-Application We I-Application Found I-Application Earth I-Application begins O tens O of O millions O of O years O from O now O , O when O humans O have O long O left O their O planet O of O origin O to O live O among O the O stars O . O The O Nishidake O family O ( O Kaori O in O particular O ) O is O a O reference O to O the O SSX O snowboarding B-Application games O , O seen O by O Kaori O 's O innate O 7 O Snowboarding B-Application skill O and O birthplace O in O Hokkaido O . O Cottage O Living O The B-Application Sims I-Application 4 I-Application : O Cottage O Living O is O the O eleventh O expansion O pack O , O released O on O July O 22 O , O 2021 O . O The O ' O strategy B-Application ' O version O is O the O full O game O . O Fixes O for O pivot B-Application table I-Application interop O . O inventors.about.comMark-8Intel O 80081974Plans O published O , O an O etched O board O was O available O but O constructors O had O to O source O all O parts O p O . O 4/8 O , O A O history O of O the O personal O computer O : O the O people O and O the O technology O , O Roy O A O . O Allan O , O 2001 O , O .MITS O Altair O 8800Intel O 80801975Etched O boards O and O partsIntroduced O S-100 O busComp-Sultants O Micro O 440Intel O 40401975 O First O 4040-based O microSWTPC O 6800Motorola O 68001975 O Introduced O SS-50 O busCOSMAC O ELFRCA O 18021976 O Apple O IMOS O Technology O 65021976Assembled O PCB O ; O buyer O supplied O rest O of O components O Nascom B-Operating_System , O Nascom B-Operating_System 1 O Zilog B-General_Concept Z80 I-General_Concept 1977 O Nascom B-Operating_System 2 O Z80 B-General_Concept 1979 O Telmac B-Device 1800 I-Device RCA B-General_Concept 1802 I-General_Concept 1977 O Newbear O 77-68Motorola O 68001977 O Heathkit O H8Intel O 80801977All O parts O , O case O and O power O supply O , O detailed O instructions O Heathkit O was O a O notable O manufacturer O of O electronics O kits O Heathkit O H11LSI-111977All O parts O , O case O and O power O supply O , O detailed O instructions O A O 16-bit O microcomputer B-Architecture compatible O with O a O PDP-11 B-Device Electronics O Australia O 77up2 O aka O " O Baby O 2650 O " O Signetics B-General_Concept 2650 I-General_Concept 1977 O Netronics O ELF O IIRCA O 18021977 O Quest O SuperELFRCA O 18021974 O Elektor O TV O Games O ComputerSignetics O 26501979 O System O 68Motorola O 6800 O 1977 O Electronics O Today O International O magazine O project O PSI O comp O 80Z801979 O By O Powertran O from O a O design O in O the O magazine O Wireless O World O Science O of O Cambridge O MK14National O Semiconductor O SC/MP B-Device 1978 O Low-cost O kit O expandable O to O video O output O http://www.nvg.ntnu.no/sinclair/computers/mk14/mk14_pe0579.htm O " O Science O of O Cambridge O MK14 B-Device " O , O May O 1979 O , O retrieved O 2011 O July O 2Acorn O System O 1 O 65021979 O Tangerine B-Device Microtan I-Device 65 I-Device 65021979 O Rack-based O extendible O systemCompukit O UK101 B-Device 65021979 O Practical O Electronics O magazine O project O ( O Clone O of O Ohio B-Application Scientific I-Application Superboard B-Application II I-Application ) O BASIC O in O ROM O Sinclair B-Operating_System ZX80 I-Operating_System Z801980 O Were O among O the O last O popular O kit O systems O Sinclair O ZX81 O Z801981 O Were O among O the O last O popular O kit O systems O MicroBee B-Device Zilog B-General_Concept Z80 I-General_Concept 1982 O The O computer O was O conceived O as O a O kit O , O with O assembly O instructions O included O in O Your O Computer O magazine O , O in O February O 1982 O . O 3 O , O each O album O a O compilation O of O music O from O the O first O six O Dragon B-Application Quest I-Application games O . O While O Sybase B-Application IQ I-Application has O been O widely O used O for O focused O , O data-mart-style O deployments O , O it O has O also O been O deployed O as O an O enterprise O data O warehouse O . O Skype B-Application acquired O the O video O service O Qik B-Protocol in O 2011 O . O Sources O also O suggested O that O the O game O was O to O be O released O in O 2017 O for O Microsoft B-Application Windows I-Application , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device . O Daitoshokan B-Application no I-Application Hitsujikai I-Application ranked O first O in O terms O of O national O sales O of O PC O games O in O Japan O in O January O 2013 O . O Many O new O features O in O the O game O were O added O at O the O suggestion O of O Jack O Nicklaus O game O players O who O voiced O their O opinions O through O newsgroups B-Application and O Internet B-Application forums I-Application . O Examples O include O time B-Application management I-Application , O resource O management O , O analytical O , O collaborative O and O documentation O tools O . O These O tools O mostly O share O the O administration O features O with O the O open O source O tools O but O offer O improvements O in O data B-Application modeling I-Application , O importing O , O exporting O or O reporting O . O Microsoft O , O used O for O a O petabyte-scale O “ O Release O Quality O View B-Language ” O ( O RQV O ) O analytics O dashboard O , O which O tracks O quality O of O Windows B-Application updates O analyzing O 20K O types O of O metrics O from O over O 800M O Windows B-Application devices O . O In O 2009 O , O the O social-networking O website O Myspace B-Application used O Aster O Data O Systems O 's O nCluster O database O for O data O warehousing O , O which O was O built O on O unmodified O PostgreSQL O . O More O transformation O files O provided O by O eLML B-Protocol cover O the O following O output O formats O : O ODF B-Application ( O Open B-Application Document I-Application Format I-Application ) O , O DocBook B-Protocol , O LaTeX B-Application and O since O 2010 O also O eBooks O based O on O the O ePub O format O . O In O June O 2015 O , O Microsoft O announced O that O it O would O end O support O for O AppFabric B-Application 1.1 O for O Windows B-Device Server I-Device on O 11 O April O 2017 O , O with O Extended O Support O being O available O until O 12 O April O 2022 O . O Dynamic-link O library O , O or O DLL O , O is O Microsoft O 's O implementation O of O the O shared O library O concept O in O the O Microsoft B-Application Windows I-Application and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O IBM B-Application Spectrum I-Application Scale I-Application is O software-defined O storage B-General_Concept for O cloud O and O analytics O . O Then O aligning O these O n/b O blocks O in O the O order O they O were O picked O , O will O give O the B-Application bootstrap I-Application observations O . O Although O The B-Application Assassin I-Application was O originally O planned O to O be O released O sometime O in O 1999 O , O it O was O later O pushed O back O for O release O in O 2000 O but O it O never O materialized O in O the O end O , O despite O reassurances O by O the O developer O . O Systems O that O implement O languages O inspired O by O Datalog B-Language , O whether O compilers B-Language , O interpreters B-Application , O libraries B-Library , O or O embedded O DSLs O , O are O referred O to O as O . O The O free O Android B-Application app O is O like O the O full O version O with O only O 2 O slow O motions O , O 2 O shields O , O and O Ads O ( O to O unlock O Ads O user O must O buy O the O full O version O ) O . O As O of O June O 21 O , O 2011 O , O Final B-Operating_System Cut I-Operating_System Express I-Operating_System was O discontinued O in O favor O of O Final B-Application Cut I-Application Pro I-Application X I-Application . O Sequel O to O Mortal B-Application Kombat I-Application X I-Application . O In O computing O , O a O parallel B-Application programming I-Application model I-Application is O an O abstraction B-Application of O parallel B-Operating_System computer I-Operating_System architecture O , O with O which O it O is O convenient O to O express O algorithms O and O their O composition O in O programs B-Application . O The O source O code O is O maintained O at O GitHub B-Application . O In O zsh B-Application the O $RPROMPT O variable O controls O an O optional O " O prompt O " O on O the O right-hand O side O of O the O display O . O A O sequel O , O Command B-Application & I-Application Conquer I-Application : I-Application Generals I-Application 2 I-Application , O was O in O development O , O until O it O was O repurposed O to O a O free-to-play O game O known O as O Command B-Application & I-Application Conquer I-Application . O FreeSurfer B-Algorithm also O uses O toolkits O from O , O VXL B-Application , O Tcl/Tk/Tix/BLT O , O VTK. O , O KWWidgets O and O Qt O , O which O are O all O available O with O the O distribution O . O On O March O 26 O , O 2021 O , O Bandai O Namco O Arts O and O DeNA O announced O the O Takt B-Application Op I-Application . I-Application Wyatt O Lee O reviewed O the O game O for O Computer O Gaming O World O , O and O stated O that O " O What O Napoleon B-Application I I-Application : I-Application The I-Application Campaigns I-Application 1805-1814 I-Application happens O to O be O is O a O fast-playing O , O versatile O campaign O game O that O fills O a O void O in O the O genre O of O computer O games O based O on O the O Napoleonic O era. O " O GDPR O compliant O pseudonymization B-General_Concept not O only O enables O greater O privacy-respectful O use O of O data O in O today O 's O " O big B-Application data I-Application " O world O of O data O sharing O and O combining O , O but O it O also O enables O data O controllers O and O processors O to O reap O explicit O benefits O under O the O GDPR O for O correctly O pseudonymized B-General_Concept data.The O benefits O of O properly O pseudonymized B-General_Concept data O are O highlighted O in O multiple O GDPR O Articles O , O including O : O Out-of-process O and O remote O objects O use O marshalling B-Application to O serialize B-Application method B-Language calls I-Language and O return O values O over O process O or O network O boundaries O . O Dragon B-Application Quest I-Application Treasures I-Application received O mixed O reception O from O critics O . O Tecmo B-Application Baseball I-Application is O a O baseball O video O game O developed O by O Tecmo O for O the O Nintendo O Entertainment O System O . O 75px|frameless|alt O =D O iagram O of O a O Pixel B-Device 7 I-Device smartphone B-Application in O black O . O The O game O uses O a O point-and-click O interface O , O uses O full B-Application motion I-Application video I-Application technology O called O Virtual O Cinema O , O and O includes O a O large O number O of O cut O scenes O . O Paper B-Application prototypes I-Application can O be O used O for O usability O testing O with O real O users O . O It O stars O Baron B-Application Baldric I-Application , O an O old O wizard O with O a O magic O staff O and O an O array O of O amusing O mannerisms O , O who O must O quest O through O twelve O towers O and O rid O them O of O monsters O . O Tokio B-Application provides O a O runtime B-Library that O uses O a O multi-threaded O work B-Operating_System stealing I-Operating_System scheduler O . O In O March O 2016 O , O reports O were O published O about O Google B-Application developing O a O wireless B-Device speaker I-Device to O compete O against O the O Amazon B-Device Echo I-Device . O For O example O , O " O go O down O four O lines O " O has O a O clear O meaning O on O a O DOS B-Device screen O , O but O no O definite O meaning O with O a O Windows O screen O . O WordPerfect B-Application lacked O a O way O to O meaningfully O record O mouse O movements O . O The O detectors O may O also O find O applications O in O astronomy O , O high O energy O physics O , O medical B-Application imaging I-Application , O and O X-ray O spectroscopy O . O Many O industries O and O corporate O voices O claim O that O so-called O video B-Application game I-Application AI I-Application has O come O a O long O way O in O the O sense O that O it O has O revolutionized O the O way O humans O interact O with O all O forms O of O technology O , O although O many O expert O researchers O are O skeptical O of O such O claims O , O and O particularly O of O the O notion O that O such O technologies O fit O the O definition O of O " O intelligence O " O standardly O used O in O the O cognitive O sciences O . O Popple O highlighted O the O most O obvious O avenue O of O future O research O using O SHYSTER B-Application as O the O development O of O a O rule-based O system O , O and O the O linking O together O of O that O rule-based O system O with O the O existing O case-based O system O to O form O a O hybrid O system O . O The O first O Linux B-Application that O , O in O a O single O source O tree O , O had O code O for O more O than O i386 B-General_Concept alone O , O supported O the O DEC B-Device Alpha I-Device AXP O 64-bit B-Device platform O . O Linux B-Application runs O as O the O main O operating O system O on O IBM O 's O Summit B-Device ; O , O all O of O the O world O 's O 500 B-Operating_System fastest I-Operating_System supercomputers I-Operating_System run O some O operating O system O based O on O the O Linux B-Application kernel B-Operating_System , O a O big O change O from O 1998 O when O the O first O Linux B-Application supercomputer B-Architecture got O added O to O the O list O . O This O limitation O was O lifted O with O the O introduction O of O the O fifth O revision O of O the O iOS B-Operating_System 14 I-Operating_System , O which O allows O the O user O to O unlock O the O device O while O wearing O a O face O mask O , O using O the O paired O and O password O unlocked O Apple O Watch O as O its O alternative O authenticator O . O The O iPhone B-Operating_System SE I-Operating_System ( O 3rd O generation B-Application ) O is O the O only O phone O that O Apple O currently O produces O that O supports O Touch O ID O , O an O alternative O option O that O is O compatible O with O face O masks O . O This O series O is O nicknamed O either O " O Quintet O Trilogy O " O , O " O Soul O Trilogy O " O , O " O Gaia O Trilogy O " O or O " O Heaven O and O Earth O Trilogy O " O ( O after O Terranigma B-Application 's O Japanese O title O , O which O translates O to O " O the O creation O of O Heaven O and O Earth O " O ) O by O fans O . O The O DSi O helped O maintain O strong O sales O for O Nintendo O 's O handheld B-Application product O line O . O The O FreeBSD B-Operating_System project I-Operating_System includes O a O security O team O overseeing O all O software O shipped O in O the O base O distribution O . O A O wide O range O of O additional O third-party O applications B-Application may O be O installed O from O binary O packages O using O the O pkg O package B-Application management I-Application system I-Application or O from O source O via O FreeBSD B-Application Ports I-Application , O or O by O manually O compiling B-Language source O code O . O The O project O is O supported O by O volunteers O who O record O sample O sentences O with O a O microphone B-Application and O review O recordings O of O other O users O . O RealPlayer B-Application is O also O available O for O other O operating B-General_Concept systems I-General_Concept ; O Linux B-Application , O Unix B-Application , O Palm B-Operating_System OS I-Operating_System , O Windows B-Operating_System Mobile I-Operating_System , O and O Symbian B-Operating_System versions O have O been O released O . O The O semantics O and O capabilities O of O Delphi B-Language generics O are O largely O modelled O on O those O had O by O generics O in O .NET B-Application 2.0 O , O though O the O implementation O is O by O necessity O quite O different O . O Here O 's O a O more O or O less O direct O translation O of O the O first O C# B-Application example O shown O above O : O The O OpenMAX O DL O API B-Application defines O a O set O of O low-level O multimedia O kernels O or O media O processing O building O blocks O . O Setuptools B-Application , O a O package B-Application development I-Application process I-Application library O designed O to O facilitate O packaging O Python B-Language projects O by O enhancing O the O Python B-Language ( O distribution O utilities O ) O standard O library O . O In O late O 2003 O , O Zinner O was O approached O by O representatives O from O MySQL B-Application AB O and O joined O the O company O to O take O over O the O development O of O graphical O user O interface O ( O GUI O ) O tools O for O MySQL B-Application . O Many O mono O computer O microphones B-Application have O 3-conductor O TRS O plugs B-Protocol . O it O is O possible O to O instantiate O generics O at O run-time B-Library , O as O well O as O at O compile B-Application time I-Application , O since O no O new O object O code O is O required O for O a O new O instance O . O Here O is O a O basic O form O handler O PHP B-Application script I-Application that O will O display O the O contents O of O the O input O field O on O the O page O : O The O API B-Application of O the O kernel B-Operating_System driver O is O specific O for O these O closed O libraries O . O SuperData O Research O reported O that O , O in O May O 2018 O , O Pokémon B-Application Go I-Application grossed O in O monthly O revenue O and O had O monthly O active O players O , O its O highest O since O Summer O 2016 O . O TruckersFM B-Application is O available O online O , O on O various O audio O streaming O services O such O as O TuneIn B-Application and O on O smart B-Device speakers I-Device such O as O Amazon B-Device Echo I-Device . O Mega B-Application Man I-Application Zero I-Application games O have O earned O generally O positive O reviews O . O As O Computer O Gaming O World O noted O , O " O Though O the O game O is O similar O to O the O original O Space B-Application Quest I-Application , O the O addition O of O more O detailed O animation O , O more O difficult O puzzles O , O an O improved O parser O ( O hurrah O ! O Zombie B-Application Gunship I-Application received O generally O positive O reviews O . O This O increase O in O awareness O may O be O contrasted O to O the O " O AI B-Application winter O " O and O Lisp B-Language 's O brief O gain O in O the O mid-1990s O . O In O May O 2011 O , O Xara B-Application Photo I-Application & I-Application Graphic I-Application Designer I-Application 7 O and O Xara O Designer O Pro O 7 O were O released O . O Kig B-Language is O a O free O ( O GPL B-License ) O analog O of O The B-Application Geometer I-Application 's I-Application Sketchpad I-Application ( O GSP O ) O for O KDE B-Application , O but O more O calculus-oriented O . O In O 2018 O , O Complex O rated O the O game O 74th O on O their O " O The O Best O Super B-Application Nintendo I-Application Games O of O All O Time O " O . O In O his O review O , O GameSpy O 's O Miguel O Lopez O wrote O the O GameCube B-Application version O " O is O far O from O the O best O version O of O the O game O " O and O advised O players O to O use O another O port O to O play O . O Centralized O version B-Architecture control I-Architecture systems I-Architecture , O such O as O Subversion B-Application and O CVS B-Application simply O use O incrementing O numbers O as O identifiers O . O The O top-most O directory B-Application in O such O a O filesystem B-Application , O which O does O not O have O a O parent O of O its O own O , O is O called O the O root B-Application directory I-Application . O Thunderbird B-Application on O Windows O is O used O to O import O the O mail O from O Outlook O . O In O 2000 O , O a O clone O of O the O game O called O Millennium O Digger B-Application : O The O Artful O Machine O was O released O by O Alawar O Entertainment O . O Producer O Atsushi O Inaba O stated O at O the O Game O Developers O Conference O in O 2005 O that O the O Steel B-Application Battalion I-Application was O a O " O product-focused O project O " O in O which O the O team O initially O focused O on O creating O a O new O peripheral O and O software O designed O to O go O with O it O . O The O NES O version O excludes O Ralph O , O reducing O the O number O of O monsters B-Application to O two O . O Facing O limited O adoption O of O its O initial O release O , O SAP B-Application changed O direction O and O in O 2004 O purchased O a O small O vendor O in O the O PIM O space O called O A2i O . O The O same O year O , O PC O Gamer O UK O named O Serpent B-Application Isle I-Application and O The O Black B-Application Gate I-Application collectively O the O 39th O best O computer O game O of O all O time O . O Toward O the O Terra O , O a O science O fiction O series O created O by O Keiko O Takemiya O , O has O played O a O major O influence O for O both O Senko B-Application no I-Application Rondes I-Application story O and O art O style O . O After B-Application The I-Application War I-Application is O a O side-scrolling B-Application beat I-Application ' I-Application em I-Application up I-Application video O game O published O in O 1989 O by O Dinamic O Software O , O in O which O the O player O must O navigate O through O a O hostile O post-apocalyptic O city O . O A O printer O may O have O a O built-in O print B-Application server I-Application . O In O 1978 O Roy B-Protocol Trubshaw I-Protocol , O a O student O at O Essex O University O in O the O UK O , O started O working O on O a O multi-user O adventure B-Application game O in O the O MACRO-10 O assembly O language O for O a O DEC B-Device PDP-10 I-Device . O The O app B-Application also O integrated O to O social O media O site O Weibo O 's O SDK O similar O way O and O allowed O to O install O Weibo O related O third-party O apps O also O . O OBS B-Language Studio I-Language 's O tweet B-Application resulted O in O Twitch O streamers O , O including O Pokimane O and O Hasan O Piker O , O threatening O a O boycott O of O their O product O if O changes O were O not O made O . O PET B-Application scans I-Application are O increasingly O read O alongside O CT O or O magnetic O resonance O imaging O ( O MRI O ) O scans O , O with O the O combination O ( O called O " B-Algorithm co-registration I-Algorithm " I-Algorithm ) O giving O both O anatomic O and O metabolic O information O ( O i.e. O , O what O the O structure O is O , O and O what O it O is O doing O biochemically O ) O . O A O relocation O of O Living B-Application Books I-Application offices O to O San O Francisco O was O announced O on O July O 31 O , O 1995 O , O which O Vitale O completed O in O October O of O that O year O . O T9550 O at O 2.66 O GHz O with O 6 O MB O of O L2 O cache O ) O Intel O Core O 2 O Quad O ( O Q9000 O at O 2.0 O GHz O with O 6 O MB O of O L2 O cache O ) O Intel O Core O 2 O Extreme O ( O QX9300 O at O 2.53 O GHz O with O 12 O MB O of O L2 O cache O ) O 1.6 O GHz O Intel B-Device Core I-Device i7 I-Device " O Clarksfield B-Device " O 720QM O , O 1.73 O GHz O Intel B-Device Core I-Device i7 I-Device 740QM O , O 2.00 O GHz O Intel B-Device Core I-Device i7 I-Device 2630QM O , O or O 2.53 O GHz O Intel B-Device Core I-Device i5 I-Device " O Arrandale O " O Memory O 4GB O DDR3 O 1066 O ( O expandable O to O 8GB O ) O 4GB O DDR3 O 1066 O , O 6GB O DDR3 O 1066 O ( O Q850 O ) O ( O expandable O to O 8GB O ) O , O or O 8GB O DDR3 O 1333 O ( O Q930X O ) O Graphics O 2 O Nvidia B-Application GeForce I-Application 9800M O GTS O cards O with O 512 O MB O of O dedicated O GDDR3 O each O in O Scalable B-Device Link I-Device Interface I-Device 1 O Nvidia B-Application GeForce I-Application 9800M O GTX O with O 1 O GB O of O dedicated O GDDR3 O ( O X305-Q725 O ) O 1 O Nvidia B-Application GeForce I-Application GTS O 250 O M O with O 1 O GB O of O GDDR51 O Nvidia B-Application GeForce I-Application GTS O 360 O M O with O 1 O GB O of O GDDR51 O Nvidia B-Application GeForce I-Application GTX O 460M O with O 1.5 O GB O of O GDDR5 O Front B-Architecture Side I-Architecture Bus I-Architecture 1066 O MHz O No O FSB O ; O uses O 1xQPI O 6.4 O GT/s O Hard B-Device drive I-Device 320 O GB O 7200rpm O SATA O HD O ( O Q830 O and O Q832 O ) O ; O 64 O GB O SATA O Solid B-Device State I-Device Drive I-Device and O a O 320 O GB O SATA O 7200rpm O hard B-Device drive I-Device for O a O total O of O 384 O GB O ( O Q850 O ) O 320 O to O 500GB O 7200rpm O SATA O HD O with O an O optional O second O 64 O GB O SATA O Solid B-Device State I-Device Drive I-Device in O select O models O or O 1TB O ( O 500GB O 7200rpm+500GB O Hybrid O drive O 7200 O RPMwith O 4GB O SSD B-Device built-in O ) O . O On O December O 5 O , O 2018 O , O JMI O Equity O , O a O growth O equity O firm O focused O on O investing O in O leading O software O companies O , O made O a O strategic O growth O investment O in O both O Archibus B-Application and O Serraview O . O The O programmer O must O create O fully O insulated O classes O and O insulate O the O public B-Architecture interfaces I-Architecture from O compile-time B-Application dependencies O . O The O IDL O files O containing O COM O interfaces O and O classes O are O compiled B-Language into O type O libraries O ( O TLB O ) O files O , O which O can O later O be O parsed O by O clients O at B-Library runtime I-Library to O determine O which O interfaces O an O object O supports O , O and O invoke O an O object O 's O interface B-Application methods B-Language . O Directory B-Application entries O are O 64bytes O in O size O instead O of O the O normal O 32 O bytes B-Application . O On O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O the O epoch O is O 1980 O . O Haunted B-Application Castle I-Application is O also O included O in O Konami O 's O Arcade O Classics O Anniversary O Collection O , O released O digitally O on O April O 19 O , O 2019 O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O Nintendo B-Application Switch I-Application and O PC B-Device ( O via O Steam B-Application ) O . O When O an O application O exits O , O if O the O transient O portion O of O the O command O interpreter B-Application in O memory O was O overwritten O , O DOS B-Device will O reload O it O from O disk O . O New O SCOOP B-Application runtime O brings O significant O performance O improvement O . O The O Samsung B-Application Galaxy I-Application S7 I-Application was O succeeded O by O the O Samsung B-Application Galaxy I-Application S8 I-Application in O April O 2017 O . O iWin O also O released O a O series O of O sequels B-Language and O spin-off O games O . O Jewel O Quest O is O a O " O match B-Application 3 I-Application " O puzzle O played O on O a O grid O filled O with O various O tokens O , O such O as O diamonds O , O gold O nuggets O , O coins O , O and O skulls O . O The O Jewel O Quest O series O has O evolved O since O its O beginnings O starting O with O Match B-Application 3 I-Application games I-Application , O and O later O including O playing O card O games O and O hidden O object O games O , O starting O on O PC O and O later O porting O to O consoles O and O mobile O devices O . O At O the O end O of O the O expansion O , O the O pact O commander O enters O Mordremoth O 's O mind O and O destroys O him O from O the O inside O , O and O as O a O result O , O his O magic B-Application is O dispersed O across O Tyria O , O some O being O absorbed O by O Glint O 's O egg O in O Tarir O . O Pokémon B-Application Go O was O spoofed O in O the O Maroon O 5 O music O video O , O " O Do O n't O Wanna O Know O " O . O Google B-Application released O a O statement O : O The O Darling B-Language project O is O a O compatibility O layer O for O running O macOS B-Application binaries O on O Linux O systems O . O Cloudflare B-Application 's O reverse O proxy B-Application service O expands O the O 5xx O series O of O errors O space O to O signal O issues O with O the O origin O server B-Application . O The O origin O server B-Application returned O an O empty O , O unknown O , O or O unexpected O response O to O Cloudflare B-Application . O The O origin O server B-Application refused O connections O from O Cloudflare B-Application . O Security O solutions O at O the O origin O may O be O blocking O legitimate O connections O from O certain O Cloudflare B-Application IP B-Protocol addresses I-Protocol . O Cloudflare B-Application timed O out O contacting O the O origin O server B-Application . O Cloudflare B-Application could O not O reach O the O origin O server B-Application ; O for O example O , O if O the O DNS O records O for O the O origin O server B-Application are O incorrect O or O missing O . O Cloudflare B-Application was O able O to O complete O a O TCP O connection O to O the O origin O server B-Application , O but O did O not O receive O a O timely O HTTP B-Protocol response O . O Cloudflare B-Application could O not O negotiate O a O SSL/TLS B-Protocol handshake O with O the O origin O server B-Application . O Cloudflare B-Application could O not O validate O the O SSL O certificate O on O the O origin O web O server B-Application . O Also O used O by O Cloud B-General_Concept Foundry I-General_Concept 's O gorouter O . O Error O 527 O indicates O an O interrupted O connection O between O Cloudflare B-Application and O the O origin O server B-Application 's O Railgun O server B-Application . O Around O this O period O the O genre O matured O , O gaining O recognition O as O a O distinct O sub-genre O of O strategy B-Application games I-Application and O returning O in O numerous O upgraded O versions O . O Also O known O as O Battle B-Application Isle I-Application ' O 93 O or O Battle B-Application Isle I-Application : O The O Moon O of O Chromos O . O Upon O release O , O the O game O featured O computer-controlled O golfers O for O the O player O to O compete O against O , O although O they O lacked O artificial B-Application intelligence I-Application and O their O actions O were O pre-recorded O , O making O their O gameplay O the O same O during O each O round O . O Multi-Edit B-Application is O a O shareware B-License product O . O The O system O had O approximately O 40 O 300 O – O 2400 O bit O per O second O modems B-Application attached O to O it O , O with O a O single O phone O number O and O a O hunt O group O . O Outlook B-Application 2003 I-Application introduced O these O new O features O : O In O September O 2017 O , O Snapchat B-Application updated O its O app B-Application to O include O a O camera O filter O that O allowed O users O to O render O an O animated O , O cartoon O version O of O themselves O called O " O Bitmoji B-Operating_System " O . O In O Pack O One O , O Aegislash O is O a O fighter O along O with O Mega O Rayquaza O and O Mimikyu O as O support O Pokémon B-Application , O which O was O released O on O January O 31 O , O 2018 O . O PlayStation B-Algorithm Camera I-Algorithm also O features O a O four-channel O microphone O array O , O which O helps O reduce O unwanted O background O noise O and O can O be O used O for O voice B-Application commands I-Application . O is O still O purely O based O on O pattern B-Language matching I-Language techniques O without O any O reasoning O capabilities O , O the O same O technique O ELIZA B-Application was O using O back O in O 1966 O . O , O Skyward B-Application Sword I-Application HD I-Application has O sold O 3.91 O million O units O worldwide O . O Banpresto O enlisted O the O help O of O FromSoftware O , O a O Japanese O developer O known O for O its O Armored B-Application Core I-Application series O , O to O assist O in O the O game O 's O production O . O On O 8 O June O 2010 O , O the O app O was O temporarily O removed O from O the O App B-Application Store I-Application hours O after O it O was O mentioned O by O Apple O co-founder O Steve O Jobs O at O WWDC O 2010 O , O because O The O New O York O Times O complained O to O Apple O that O the O app O pulled O content O from O the O nytimes.com O and O boston.com O RSS O feeds O in O violation O of O the O terms O of O use O prohibiting O commercial O redistribution O . O Dead B-Application Risings I-Application photography O mechanic O was O also O likened O to O Pokémon B-Device Snaps I-Device by O Kotaku O . O The O Apple O Modem B-Application Tool O faced O challenges O with O keeping O with O the O rapidly O changing O modem B-Application landscape O with O needing O to O track O higher O speeds O and O new O features O being O regularly O introduced O by O modem B-Application vendors O . O XAML B-Application Browser I-Application Applications I-Application ( O XBAP B-Application , O pronounced O " O ex-bap O " O ) O are O Windows B-Device Presentation I-Device Foundation I-Device ( O .xbap O ) O applications O that O are O hosted O and O run O inside O a O web B-Application browser I-Application such O as O Firefox B-Application or O Internet B-Application Explorer I-Application . O In O computing O and O electronic O systems O , O binary-coded O decimal B-Application ( O BCD O ) O is O a O class O of O binary B-Algorithm encodings I-Algorithm of O decimal B-Application numbers O where O each O digit O is O represented O by O a O fixed O number O of O bits O , O usually O four O or O eight O . O He O made O his O first O appearance O in O the O sixth O franchise O of O the O series O , O Diabolik B-Application Lovers I-Application , O Lost O Eden O . O In O May O 2014 O , O a O research O by O the O company O found O out O several O aspects O that O fragment O Android B-Application ecosystem O for O developers O and O users O . O In O November O 2010 O , O Myspace B-Application changed O its O logo O to O coincide O with O the O new O site O design O . O Furthermore O , O event O log O data O generated O through O data B-Application mining I-Application techniques O has O also O been O proven O as O useful O . O Phantasy B-Application Star I-Application Online I-Application took O two O years O to O develop O . O Stations O in O the O U.S. O may O go O up O to O 10% O over O this O limit O if O they O use O non-stereo O subcarriers O , O increasing O total O modulation B-Application by O 0.5 O % O for O each O 1% O used O by O the O subcarriers O . O Warhammer B-Application : I-Application Vermintide I-Application 2 I-Application is O a O first-person O action B-Application video I-Application game I-Application developed O and O published O by O Fatshark O . O All O of O the O distributed O administration O features O of O Domain/OS B-Application are O built O around O a O remote B-Operating_System procedure I-Operating_System call I-Operating_System system O called O NCS O RPC O . O Its O success O led O to O the O creation O of O the O much O longer O Portal B-Application 2 I-Application , O which O included O both O single O player O and O cooperative O player O modes O ; O it O too O received O near-universal O critical O acclaim O . O There O are O a O wide O range O of O desktop B-Application search I-Application options O for O Linux O users O , O depending O upon O the O skill O level O of O the O user O , O their O preference O to O use O desktop O tools O which O tightly O integrate O into O their O desktop O environment O , O command-shell O functionality O ( O often O with O advanced O scripting O options O ) O , O or O browser-based O users O interfaces O to O locally O running O software O . O After O the O release O of O Heroes B-Application of I-Application Mana I-Application , O they O commented O that O the O World O of O Mana B-Application series O is O " O cursed O " O , O and O the O future O of O the O series O looked O " O bleak O " O . O The O music O of O the O Mana B-Application series O , O especially O Secret B-Application of I-Application Mana I-Application , O has O received O wide O acclaim O and O fan O enthusiasm O . O " O You O Can O Do O Anything O " O was O replaced O with O " O Sonic B-Application Boom O " O , O composed O by O Nilsen O and O performed O by O the O female O vocal O group O Pastiche O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O received O " O average O " O reviews O , O albeit O a O bit O more O positive O than O the O original O Stoked B-Application , O according O to O Metacritic O . O For O each O variable O , O all O constraints B-Application of O the O bucket O are O replaced O as O above O to O remove O the O variable O . O In O the O 1990s O , O Unix B-Application and O Unix-like B-Operating_System systems I-Operating_System grew O in O popularity O and O became O the O operating B-General_Concept system I-General_Concept of O choice O for O over O 90% O of O the O world O 's O top O 500 O fastest O supercomputers O , O as O BSD B-Operating_System and O Linux B-Application distributions I-Application were O developed O through O collaboration O by O a O worldwide O network O of O programmers O . O Tinker B-Application , O previously O stylized O as O TINKER B-Application , O is O a O suite O of O computer O software O applications O for O molecular O dynamics O simulation O . O The O original O Google B-Application QUIC O was O designed O to O be O a O general O purpose O protocol O , O though O it O was O initially O deployed O as O a O protocol O to O support O HTTP(S ) O in O Chromium B-Language . O The O revised O version O included O new O cutscenes O which O revealed O more O details O about O the O story O , O and O it O was O ported O to O the O GameCube B-Application in O addition O to O other O platforms O in O later O years O . O Java B-Language , O Scala B-Application , O Kotlin B-Language , O and O more O . O With O the O help O of O NTFS B-Application reparse I-Application point I-Application plugins O , O it O can O be O made O to O read O chunk-deduplicated O files O , O system-compressed O files O , O and O OneDrive B-Application files O . O Despite O having O hardware O specifications O inferior O to O the O FM B-Device Towns I-Device and O the O X68000 B-Device , O the O massive O install O base O and O steady O flow O of O game O titles O ( O in O particular O " O dōjin O " O style O dating O sims O and O RPGs O , O as O well O as O games O such O as O Policenauts B-Application , O YU-NO B-Application : I-Application A I-Application Girl I-Application Who I-Application Chants I-Application Love I-Application at I-Application the I-Application Bound I-Application of I-Application this I-Application World I-Application , O Koutetsu B-Application no I-Application Kishi I-Application , O Mayonaka B-Application no I-Application Tantei I-Application Nightwalker I-Application , O MechWarrior B-Application , O Rusty B-Application , O Hiōden B-Application : I-Application Mamono-tachi I-Application tono I-Application Chikai I-Application , O Shūjin B-Device e I-Device no I-Device Pert-em-Hru I-Device , O Corpse B-Application Party I-Application , O Slayers B-Application , O J.B. B-Application Harold I-Application Murder I-Application Club I-Application and O Touhou B-Application Project I-Application ) O kept O it O as O the O favored O platform O for O PC O game O developers O in O Japan O until O the O rise O of O the O DOS/V B-Application clones O . O Partial O list O of O PC-98 B-Operating_System models O sold O in O the O Japanese O market O ( O no O 1992-2000 O models O , O no O notebook B-Device models O , O etc O . O ICANN B-Application said O it O " O defers O decision O making O to O within O the O country O " O . O As O of O November O 2014 O , O the O One B-Application S I-Application has O a O completely O functional O and O stable O CyanogenMod O 12 O . O For O a O dynamic O request O the O URL O path O specified O by O the O client O should O refer O to O an O existing O external O program B-Application ( O usually O an O executable O file B-Operating_System with O a O CGI B-Language ) O used O by O the O web B-Application server I-Application to O generate O dynamic O content O . O Mr. O Valentine O kidnaps O the O Commodore O 's O wife O Olivia O & O the O story O goes O through O several O levels O , O where O the O detectives O must O look O for O clues O and O the O testimony O of O the O suspects O to O find O the O Guilty B-Application Party I-Application and O finally O to O unmask O Valentine O . O Apache O License O , O Version O 2.0 O Java B-Device Logging B-Application API B-General_Concept Logging B-Application Framework O SEVERE O WARNING O INFO O CONFIG O FINE O FINER O FINEST O Sun O 's O default O Java B-Device Virtual O Machine O ( O JVM O ) O has O the O following O : O ConsoleHandler O , O FileHandler O , O SocketHandler O , O MemoryHandler O Comes O with O the O JRE O tinylog O Logging B-Application Framework O ERROR O WARNING O INFO O DEBUG O TRACE O ConsoleWriter O , O FileWriter O , O LogcatWriter O , O JdbcWriter O , O RollingFileWriter O , O SharedFileWriter O and O null O ( O discards O all O log O entries O ) O Apache O License O , O Version O 2.0 O Logback O Logging B-Application Framework O ERROR O WARN O INFO O DEBUG O TRACE O Too O many O to O list O : O see O Appender O JavaDoc O Developed O as O a O replacement O for O Log4j B-Application , O with O many O improvements O . O It O used O a O variety O of O methods O to O achieve O these O goals O , O one O of O which O was O its O use O of O metadata O logging O , O designed O to O enhance O the O file B-Application system I-Application 's O performance O . O On O February O 8 O , O 2006 O , O Borland O announced O that O it O was O looking O for O a O buyer O for O its O IDE B-Application and O database O line O of O products O , O including O Delphi B-Language , O to O concentrate O on O its O ALM O line O . O The O SELinux B-Application context O for O a O remote O file O system O can O be O specified O explicitly O at O mount O time O . O The B-Application Mutant I-Application Virus I-Application : I-Application Crisis I-Application in I-Application a I-Application Computer I-Application World I-Application is O an O NES O video O game O produced O by O ASC O Games O . O Crash B-Application Boom I-Application Bang I-Application ! I-Application The O game O was O ultimately O released O as O Crash B-Application Bandicoot I-Application MiniGames O in O March O 2007 O . O Digital O Spy O gave O it O four O stars O out O of O five O , O saying O , O " O The O main O slight O against O Antichamber B-Application is O its O personality O , O or O lack O of O . O An O expansion O , O The B-Application Frozen I-Application Wilds I-Application , O was O released O in O November O 2017 O . O A O sequel O , O Horizon B-Application Forbidden I-Application West I-Application , O was O released O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device on O 18 O February O 2022 O . O Dynatrace B-Application technologies O are O used O to O monitor O and O optimize O application B-Application performance I-Application , O software B-Application development I-Application and I-Application security I-Application practices I-Application , O IT B-Application infrastructure I-Application , O and O user B-Application experience I-Application for O businesses O and O government O agencies O throughout O the O world O . O WebGain O purchased O TogetherSoft O 's O product O Together B-Application Control O Center O ( O Together B-Application Studio O ) O to O integrate O into O Visual B-Language Café I-Language , O but O soon O after O the O purchase O was O complete O , O Borland O purchased O WebGain O 's O products O Visual B-Language Café I-Language and O Together B-Application Control O Center O . O In O 2007/2008 O , O what O remained O of O Rollei O GmbH O ( O the O photogrammetry B-Application and O custom O products O divisions O ) O merged O with O the O Danish O company O Phase O One O to O form O RolleiMetrics O . O It O was O released O as O a O downloadable O title O on O the O Nintendo B-Application 3DS I-Application eShop I-Application worldwide O in O December O 2015 O . O As O the O industry O began O to O demand O more O open O and O extensible O platforms O , O Verivo B-Application launched O Akula O , O a O mobile B-Application app I-Application server O . O Richard O A O . O Rogers O points O out O that O Googlization B-Application connotes O media O concentration O — O an O important O political O economy O style O critique O of O Google B-Application 's I-Application taking O over O of O one O service O after O another O online O ; O Liz O Losh O also O claims O that O the O Googlization B-Application of O the O BNF O has O brought O considerable O public O attention O in O major O magazine O and O newspapers O in O France O . O From O the O early O 2000s O ( O decade O ) O , O MoviePlus B-Application has O developed O an O enthusiastic O user O base O . O X-Men B-Application Legends I-Application uses O cel O shading O to O give O the O characters O a O comic-like O appearance O . O Third-party O plugins B-Application are O also O available O for O integrating O the O reference O managers O Zotero B-Application and O Mendeley B-Language . O Along O with O monsters O , O Legend B-Application of I-Application Dungeon I-Application also O features O a O plethora O of O items O from O potions O , O weapons O , O food O , O and O hats O . O The O Xbox B-Application version O is O no O longer O maintained O . O It O went O on O to O become O Japan O 's O highest-grossing O arcade B-Application game I-Application of I-Application 1994 I-Application , O and O one O of O the O highest-grossing O arcade B-Application games O of O all O time O in O Japan O . O A O preliminary O development O version O of O ext4 B-Application was O included O in O version O 2.6.19 O of O the O Linux B-Operating_System kernel I-Operating_System . O The O event O introduced O several O features O of O the O service O , O including O a O music O store O integrated O into O the O then-named O Android B-Application Market I-Application , O music O sharing O via O the O Google+ O social O network O , O " O Artist O Hub O " O pages O for O musicians O to O self-publish O music O , O and O song O purchasing O reflected O on O T-Mobile O phone O bills O . O Impossible B-Application Mission I-Application and O Impossible B-Device Mission I-Device II I-Device were O followed O by O Impossible B-Application Mission I-Application 2025 I-Application , O an O Amiga B-Device exclusive O . O Commonly O known O as O " O FM B-Application 2005 I-Application " O , O it O competed O directly O with O Championship B-Application Manager I-Application 5 I-Application from O Eidos-funded O Beautiful O Game O Studios O . O On O March O 8 O , O 2007 O , O Opera B-Application released O a O new O version O of O the O site O . O These O allow O anonymous B-Language recursion I-Language , O such O as O in O this B-Application implementation O of O the O factorial O : O It O was O introduced O in O Solaris B-Application 7 I-Application and O has O since O been O reimplemented O for O Linux B-Application , O NetBSD B-Device and O OpenBSD B-Operating_System . O We B-Application Ski I-Application can O either O be O played O with O or O without O the B-Operating_System Wii I-Operating_System Balance O Board O . O Cameron O Lewis O of O Official O Xbox B-Operating_System Magazine O felt O that O the O omission O of O weaponry O allowed O the O game O to O appeal O to O fans O of O older O arcade O racing O games O such O as O Super B-Application Sprint I-Application . O While O the O five O Data B-Application Miner I-Application surveys O have O covered O many O data B-Application mining I-Application topics O , O the O three O topics O that O get O the O most O attention O in O citations O and O at O conference O presentations O are O : O Traditional O building O design O was O largely O reliant O upon O two-dimensional O technical B-Application drawings I-Application ( O plans O , O elevations O , O sections O , O etc O . O ) O . O In O June O 2013 O , O Oracle B-Application changed O the O license O of O Berkeley B-Language DB I-Language ( O a O related O project O ) O from O the O Sleepycat B-License license I-License to O the O Affero O General O Public O License O , O thus O restricting O its O use O in O a O wide O variety O of O applications O . O Pajama B-Application Sam I-Application 2 I-Application : I-Application Thunder I-Application and I-Application Lightning I-Application Are I-Application n't I-Application so I-Application Frightening I-Application is O a O children O 's O point-and-click O adventure O game O originally O released O for O Windows B-Application and O Macintosh B-Application in O July O 1998 O . O However O , O the O device O has O matte O color O options O rather O than O the O glossy O gradient O finishes O on O the O Galaxy B-Application A71 I-Application . O The O Super B-Application Famicom I-Application version O of O the O game O was O originally O released O on O December O 1 O , O 1995 O by O Chunsoft O , O and O re-released O through O the O Nintendo B-Application Power I-Application flash B-Device memory I-Device service O on O August O 1 O , O 2000 O . O This O key O is O used O only O in O Windows B-Application 95 I-Application , O Windows B-Device 98 I-Device and O Windows B-Device ME I-Device . O Besides O NetWare B-Operating_System , O driver O support O for O these O cards O was O ( O and O still O is O ) O available O for O a O variety O of O operating O systems O , O including O DOS B-Device , O Microsoft B-Application Windows I-Application , O UNIX B-Application , O FreeBSD B-Operating_System , O QNX B-Operating_System , O and O Linux B-Application . O Twitter B-Application spun O off O into O its O own O company O in O April O 2007 O . O Several O HTML5 B-Application features O were O provided O in O Safari O 5 O . O It O is O programmed O in O C++ B-Language and O GTK+ B-Application as O well O as O GStreamer B-Language . O The O resultant O Request O For O Discussion O became O the O most O replied O to O RFD O in O the O history O of O Usenet B-Application at O the O time O ( O surpassed O only O by O the O rec.music.white-power O newsgroup B-Application vote O ) O , O and O the O proposal O overwhelmingly O passed O , O creating O rec.arts.sf.tv.babylon5.moderated B-Application . O MicroProse O released O Master B-Application of I-Application Orion I-Application II I-Application : I-Application Battle I-Application at I-Application Antares I-Application for O IBM-compatible O PCs O in O 1996 B-Application , O and O an O Apple B-Device Macintosh I-Device version O was O published O a O year O later O by O MicroProse O in O partnership O with O MacSoft O . O The O protagonist O of O Walkure B-Application Romanze I-Application . O Wild B-Application Cup I-Application Soccer I-Application is O an O arcade-style O soccer O video O game O developed O by O Teque O London O and O published O by O Millennium O Interactive O for O the O Commodore B-Device Amiga I-Device and O Amiga B-Device CD32 I-Device in O 1994 B-Application . O WorldBench B-Application is O no O longer O available O to O the O public O , O and O the O test O suite O is O now O exclusively O used O by O the O PCWorld O Lab O in O their O benchmarks O . O Cyn.in B-Protocol was O developed O and O released O in O late O 2006 O as O a O closed O source O Enterprise O Bliki B-Protocol software O , O based O on O the O .NET B-Application Framework I-Application as O a O SaaS B-Architecture offering O by O Cynapse O . O The O first O stages O of O development O began O in O late O 2006 O after O the O completion O of O Jump B-Application Ultimate I-Application Stars I-Application . O A O version O for O the O Nintendo B-Application Switch I-Application was O released O digitally O on O June O 8 O , O 2017 O , O while O a O physical O " O Ultimate O Edition O " O including O all O DLC O released O on O April O 3 O , O 2018 O . O Feak O went O on O to O apply O many O of O the O mechanics O and O lessons O he O learned O from O Defense B-Operating_System of I-Operating_System the I-Operating_System Ancients I-Operating_System to O the O Riot O Games O title O League B-Application of I-Application Legends I-Application . O Sarah O Hicks O , O Symantec O 's O vice O president O of O consumer O product O management O , O voiced O concern O over O Windows B-Application Vista I-Application 64-bit O ' O s O PatchGuard O feature O . O The O enemies O themselves O were O designed O to O have O a O personality O of O their O own O , O programmed O to O monitor O the O player O 's O movements O and O make O attacks O based O on O them O - O early O in O development O , O Sawano O had O envisioned O the O enemies O to O resemble O TIE B-Application Fighters I-Application from O Star B-Application Wars I-Application . O , O Layton O 's O self-declared O nemesis O and O a O recurring O antagonist O in O the O original O trilogy O , O is O a O brilliant O scientist O , O inventor O , O and O master O of O disguise O banished O from O the O scientific O community O ( O and O the O " O society O of O scholars O " O , O as O noted O in O The O World O of O Professor B-Application Layton I-Application ) O for O performing O unethical O experiments O . O Following O the O shooting O of O Michael O Brown O in O August O 2014 O , O then-St O Louis O City O Alderman O Antonio O French O used O Vine B-Application as O a O way O to O document O the O protests O in O Ferguson O and O the O surrounding O area O . O ( O WIMP B-Application ) O Unfortunately O , O the O Xerox B-Device Alto I-Device , O and O its O successor O the O Xerox B-Operating_System Star I-Operating_System were O far O too O expensive O for O the O average O consumer O , O and O suffered O from O poor O marketing O . O Like O in O other O football B-Application games O , O the O player O must O run O , O pass O , O and/or O kick O a O ball O across O a O regulation O field O spanning O in O order O to O score O points O . O Libraries O written O in O Perl B-Language , O Java B-Language , O ActiveX B-Application or O .NET B-Application can O be O directly O called O from O MATLAB B-Language , O and O many O MATLAB B-Language libraries O ( O for O example O XML B-Protocol or O SQL B-Language support O ) O are O implemented O as O wrappers O around O Java B-Language or O ActiveX B-Application libraries O . O Great O Tiger O , O Super O Macho O Man O , O and O Vodka O Drunkenski O appear O in O the O 1987 O Nintendo O Entertainment O System O version O of O Punch-Out B-Application !! I-Application . O As O of O now O , O the O Galaxy B-Application Player I-Application 5.0 O comes O preloaded O with O Android B-Application 2.2.2 I-Application Froyo I-Application in O Europe O , O and O Android B-Application 2.3.5 I-Application Gingerbread I-Application in O the O US O . O The O World O Ends O With O You O was O nominated O for O Best O RPG O at O 2008 O Spike O Video O Game O Awards O , O but O lost O to O Fallout B-Application 3 I-Application . O He O also O meets O a O Helghan B-Application Intelligence O Operative O , O " O Echo O " O , O a O half-breed O who O is O Chancellor O Visari O 's O daughter O . O Heat B-Application maps I-Application are O a O way O to O analyze O a O company O ’s O existing O data O and O update O it O to O reflect O growth O and O other O specific O efforts O . O One O big O improvement O over O the O original O Bases B-Application Loaded I-Application included O the O ability O to O modify O the O starting O lineup O and O batting O order O for O the O user O controlled O team O , O and O clearly O defined O pitcher O 's O roles O which O were O outlined O clearly O in O the O detailed O rosters O included O with O the O instructional O manual O . O AppyWay O ( O formerly O AppyParking B-Application and O Yellow O Line O Parking O ) O is O a O technology O company O that O provides O parking O apps O and O services O for O drivers O . O The O New O York O Times O gave O it O an O average O review O and O stated O that O " O While O Icon O is O the O best O looking O of O the O Def B-Application Jam I-Application games O , O the O combat O system O is O n't O quite O as O entertaining O , O dropping O the O previous O games O ' O over-the-top O wrestling O moves O for O more O straightforward O street O fighting O . O In O computing O system B-Application generation I-Application or O sysgen B-Application is O the O process O of O creating O a O particular O unique O instance O of O an O operating B-General_Concept system I-General_Concept by O combining O user-specified O options O and O parameters O with O manufacturer-supplied O general-purpose O program O code O to O produce O an O operating B-General_Concept system I-General_Concept tailored O for O a O particular O hardware O and O software O environment O . O Once O they O have O demonstrated O basic O editing O skills O in O compliance O with O the O Editing O Guidelines O , O they O are O welcome O to O apply O for O additional O editing O privileges O in O either O a O broader O category O or O else O another O category O in O the O directory B-Application . O Prior O to O ColdFusion B-Language 7.0.1 O , O ColdFusion B-Language components O could O only O be O used O by O Java B-Device or O .NET B-Application by O declaring O them O as O web O services O . O Parkitect B-Application introduces O several O aspects O that O differentiate O from O the O classic O RollerCoaster B-Application Tycoon I-Application series O including O staff O buildings O , O resource O depots O , O and O hidden O staff-only O areas O . O The O first O mainframe B-Architecture computers I-Architecture , O using O firstly O vacuum O tubes O and O later O transistors B-Application in O the O logic O circuits O , O appeared O in O the O 1940s O and O 1950s O . O Other O " O Rare O Revealed O " O videos O include O unused O music O tracks O ; O concept O art O galleries O ; O and O trivia O behind O some O game O design O decisions O such O as O Blast B-Application Corps I-Application character O design O , O the O fate O of O Banjo-Kazooie B-Application Stop O ' O n O ' O Swop O features O , O and O audio O overrides O built O into O Killer B-Application Instinct I-Application . O The O goal O of O Homma O was O surpassing O the O two O previous O Tekken B-Application games O . O Sugarbook B-Application is O an O online O dating O service O that O was O founded O in O Kuala O Lumpur O , O Malaysia O . O The O LG B-Application Optimus I-Application G I-Application is O powered O by O a O standard O Lithium-Polymer O battery O of O 2100 O mAh O . O It O was O released O for O BREW B-Application and O DoJa B-Language only O in O Japan O . O Gangstar B-Language : O West O Coast O Hustle O is O an O open-world O action-adventure O video O game O published O by O Gameloft O and O developed O by O at O least O one O of O its O subsidiaries O . O On O March O 31 O , O 2015 O , O Zynga O announced O ChefVille B-Application would O be O one O of O 11 O games O to O be O closed O . O Various O architectures O that O can O be O used O for O such O applications O as O well O as O different O kinds O of O data O analysis O and O data B-Application mining I-Application that O can O be O conducted O . O The O added O features O were O patched O onto O Woah B-Application Dave I-Application ! I-Application Despite O this O , O the O spin-off O series O Ace B-Application Attorney I-Application Investigations I-Application was O created O , O being O directed O by O Takeshi O Yamazaki O and O produced O by O Motohide O Eshiro O ; O Takumi O returned O to O the O series O to O write O the O crossover O Professor B-Application Layton I-Application vs. I-Application Phoenix I-Application Wright I-Application : I-Application Ace I-Application Attorney I-Application . O 2018 O : O The B-Operating_System Document I-Operating_System Foundation I-Operating_System estimated O in O 2018 O that O there O are O 200 O million O active O LibreOffice B-Application users O worldwide O . O Network O PCs O using O a O null O modem O cable O or O LapLink B-Protocol cable I-Protocol . O DR-DOS B-Application ' O filelink O is O executed O on O both O the O client O and O server O . O They O were O eventually O captured O by O a O group O of O elite O Skylanders O called O : O The O Trap B-Application Team I-Application and O were O placed O in O Cloudcracker O Prison O . O Dope B-Application Wars I-Application for O Windows B-Application from O Beermat O Software O , O an O adaption O of O the O original O DOS O source O code O , O proved O to O be O one O of O the O most O popular O versions O . O GameSpot O praised O the O AI B-Application as O challenging O , O and O PC O Zone O described O the O enemy O AI B-Application as O being O " O clued-up O on O battle O tactics O " O , O able O to O " O dodge O and O weave O all O over O the O place O " O as O well O as O seek O reinforcements O . O Team B-Application Apache I-Application 's O emphasis O is O commanding O a O group O of O six O AH-64 O Apache O crews O of O the O US O Army O in O battles O against O the O Communist O FARC O insurgents B-Application in O Colombia O and O the O Russian O military O in O Latvia O . O The O server B-Application failed O to O fulfil O a O request O . O Response O status O codes O beginning O with O the O digit O " O 5 O " O indicate O cases O in O which O the O server B-Application is O aware O that O it O has O encountered O an O error O or O is O otherwise O incapable O of O performing O the O request O . O As O of O July O 2022 O , O BGMI B-Application surpassed O 100 O million O downloads O on O Google B-Application Play I-Application store I-Application . O Although O the O IETF O proposal O has O since O expired O ( O April O , O 2000 O ) O , O SSDP O was O incorporated O into O the O UPnP B-Application protocol O stack O , O and O a O description O of O the O final O implementation O is O included O in O UPnP B-Application standards O documents O . O PDFCreator B-Application allows O the O user O to O disable O printing O , O copying O of O text O or O images O and O modifying O the O original O document O . O To O foreshadow O this O , O the O team O showed O the O main O characters O from O Eternal B-Application Punishment I-Application through O minor O roles O in O Innocent B-Application Sin I-Application . O " O Perfect O Catalogue O of O the B-Application Legend I-Application of I-Application Zelda I-Application " O . O Namco O Hometek O suggested O retooling O The O Puzzle O into O a O Pac-Man B-Application game O , O resulting O in O the O release O of O Pac-Attack B-Application ( O 1993 O ) O . O Windows10 O only O allows O formatting O exFAT B-Application and O NTFS B-Application on O volumes O sized O larger O than O 32GB O with O the O default O user O interface O , O and O FAT32 B-Application format O is O suggested O for O smaller O volumes O ; O command-line O utilities O do O n't O accept O quick O format O using O FAT32 B-Application if O volume O is O larger O than O 32 O GB O . O Star B-Application Wars I-Application : I-Application Shadows I-Application of I-Application the I-Application Empire I-Application is O a O third-person O shooter O video O game O developed O by O LucasArts O and O published O by O Nintendo O for O the O Nintendo B-Operating_System 64 I-Operating_System and O published O by O LucasArts O for O Microsoft B-Application Windows I-Application . O Analytica B-Language – O The O built-in O EigenDecomp O function O computes O principal B-Application components I-Application . O A O modern O microserver B-Application typically O offers O medium-high O performance O at O high O packaging O densities O , O allowing O very O small O compute O node O form O factors O . O Top B-Application Trumps I-Application Adventures I-Application : I-Application Dogs I-Application and I-Application Dinosaurs I-Application is O a O video O game O for O the O DS B-Device , O PC B-Device and O PlayStation B-Device 2 I-Device consoles O , O based O on O the O popular O Top O Trumps O card O game O . O The O Atari B-Application Greatest I-Application Hits I-Application series O is O composed O of O two O compilations O of O retro O Atari O arcade O games O & O Atari B-General_Concept 2600 I-General_Concept games O ported O to O the O Nintendo B-Device DS I-Device . O The O Galaxy B-Application Y I-Application Plus O GT-S5303 O is O a O mobile O phone O from O Samsung B-Application . O In O a O piece O for O Polygon O , O Arthur O Gies O opined O that O , O while O the O game O would O be O engaging O without O any O previous O context O , O it O would O be O more O meaningful O for O players O who O also O played O through O Mass B-Application Effect I-Application and O Mass B-Application Effect I-Application 2 I-Application . O After O encountering O and O killing O the O dragon O Krosulhah O outside O Nchardak O , O sent O by O Miraak O to O eliminate O the O player O , O they O return O to O Skaal B-Application Village I-Application and O persuade O Storn O to O surrender O the O tribe O 's O secrets O . O Black B-Application Ops I-Application 4 I-Application is O the O first O mainline O Call B-Application of I-Application Duty I-Application title O without O a O traditional O single-player O campaign O mode O . O Table O of O versions O : O BlackBerryVersionFeatures O / O Information O about1BlackBerry O OS O made O its O debut O and O it O was O released O for O the O BlackBerry B-Operating_System 850 O pager.4Released O on O the O BlackBerry B-Operating_System 5810 O smartphone B-Application . O They O explain O that O one O week O prior O , O they O were O experimenting O with O a O large O portal O device O when O they O inadvertently O summoned O an O angry O , O iron-fisted O warlock B-Application known O as O Ripto O , O along O with O his O minions O Crush O and O Gulp O . O This O is O not O required O for O rollback O of O failed O transactions O but O it O is O useful O for O updating O the O database B-Application management I-Application system I-Application in O the O event O of O a O database O failure O , O so O some O transaction-processing O systems O provide O it O . O This O feature O is O now O more O common O among O Android B-Application applications I-Application . O These O builds O are O also O the O final O ones O to O still O feature O the O other O original O Windows O games O from O earlier O versions O , O as O opposed O to O the O completely O redesigned O ones O by O Oberon B-Application Games I-Application that O were O publicly O introduced O in O build O 5219 O . O The O library B-Library includes O extensive O visualization B-Application facilities O for O content O under O simulations O . O Final B-Application Fantasy I-Application XIs O incarnation O of O Limit O Breaks O are O " O Weapon O Skills O " O . O While O Rogue B-Application was O not O the O first O dungeon-crawling O game O with O procedural O generation O features O , O it O introduced O the O subgenre O of O roguelike O RPG O procedurally O generated O dungeon O crawlers O with O Dungeons-and-Dragons-like O items O ( O armor O , O weapons O , O potions O , O and O magic O scrolls O ) O that O also O had O permadeath B-Application ( O permanent B-Application death I-Application ) O and O an O overhead O graphical O albeit O via O ASCII B-Protocol drawings O , O as O opposed O to O text O descriptions O in O natural O language O such O as O in O Adventure/Colossal B-Application Cave I-Application and O the O original O Zork B-Application games O . O After O the O destruction O of O Terror O from O inside O , O along O with O many O other O TIE B-Application Phantoms I-Application , O Darth O Vader O kills O Admiral O Sarn O for O his O failures O and O escapes O on O his O TIE O Advanced O . O Many O interpreters B-Application are O also O closely O integrated O with O a O garbage B-General_Concept collector I-General_Concept and O debugger B-Application . O Yahoo B-Application ! I-Application Babel B-Application Fish I-Application - O A O translation O service O ; O shut O down O in O May O 2012 O and O replaced O by O Bing B-Application Translator I-Application . O During O this O time O The B-Application Endless I-Application Forest I-Application was O being O supported O by O Musée O d’Art O Moderne O Grand-Duc O Jean O in O Luxemburg O , O Vlaams O Audiovisueel O Fonds O and O Design O Vlaanderen O . O Every O Intel O platform O with O provisioned O Intel O Standard O Manageability O , O Active B-Application Management I-Application Technology I-Application , O or O Small O Business O Technology O , O from O Nehalem B-Device in O 2008 O to O Kaby B-Device Lake I-Device in O 2017 O has O a O remotely O exploitable O security O hole O in O the O ME O . O MCAPI B-Application is O a O language-independent O , O processor O and O operating O system O agnostic O communications O protocol O used O to O program O multi-core B-Architecture devices O . O It O is O released O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O and O is O entirely O web O based O ; O written O mainly O in O C# B-Application , O HTML B-Language , O and O JavaScript B-Language it O runs O on O the O .Net B-Application Framework I-Application . O On O May O 2 O , O 2022 O , O Square O Enix O sold O Eidos O Montreal O , O the O developer O of O Deus B-Application Ex I-Application , O to O Sweden O 's O Embracer O Group O . O Darkness O Rising O was O also O the O first O paid O expansion O to O Dark O Age O of O Camelot B-Application able O to O be O downloaded O . O Introducing O the O largest O RVR O dungeon O in O Camelot B-Application history O ( O Labyrinth O ) O with O access O by O all O three O realms O located O on O Agramon O Island O . O Before O the O release O of O Dark O Age O of O Camelot B-Application , O Mythic O Entertainment O forecast O " O 30,000 O players O on O launch O in O the O United O States O " O , O according O to O GameSpy O . O In O June O 2008 O , O Audition B-Application saw O the O first O release O of O the O Season O 2 O update O where O the O new O game O mode O " O Beat O Rush O " O was O added O , O updated O graphics O and O adjusting O the O aspect O ratio O to O 1024x768 O . O Phantasy B-Application Star I-Application II I-Application was O a O landmark O game O in O its O time O , O " O a O game O of O many O firsts O " O according O to O Nintendo B-Application Power I-Application . O Support O for O PHP B-Application was O added O in O 2008 O , O and O C++ B-Language was O added O in O 2009 O . O After O the O user O logs O in O with O their O Apple B-General_Concept ID I-General_Concept , O they O are O given O a O prompt O to O claim O and O link O an O Apple B-Application Maps I-Application listing O to O their O account O . O Shadowfire B-Application is O a O video O game O for O the O ZX B-Operating_System Spectrum I-Operating_System and O Commodore O 64 O and O later O the O Amstrad B-Device CPC I-Device . O Grow B-Application Up I-Application is O an O open O world O adventure O platform O video O game O developed O by O Ubisoft O Reflections O and O published O by O Ubisoft O . O Pre-existing O homebrew B-Application games O have O also O been O re-released O for O the O console O by O Mega O Cat O Studios O . O In O July O 2019 O , O Level-5 O announced O the O first O game O in O the O series O would O be O ported O to O the O Nintendo B-Application Switch I-Application ; O the O port O was O released O on O October O 10 O , O 2019 O , O in O Japan O . O Unlike O in O the O UNIX B-Application world O , O which O uses O different O file O extensions O , O when O linking B-Application against O .LIB B-Library file O in O Windows B-Application one O must O first O know O if O it O is O a O regular O static B-Library library I-Library or O an O import O library O . O Pilotwings B-Application 64 I-Application managed O to O sell O about O one O unit O with O about O every O tenth O Nintendo B-Operating_System 64 I-Operating_System console O , O with O regional O sales O totaling O 136,986 O copies O by O the O end O of O the O year O . O According O to O the O Foundation O , O these O projects O are O intended O " O to O validate O and O improve O the O 3D O open B-Application source I-Application content O creation O pipeline O with O Blender B-Application " O . O Android B-Application version O updates O for O the O Nexus B-Device 6P I-Device are O not O guaranteed O after O September O 2017 O . O Two O of O the O basic O patents O ( O 2,972,047 O and O 3,025,520 O ) O in O the O field O of O interferometer O tracking O are O shared O by O James O W O . O Crooks O Jr. O , O Robert O C O . O Weaver O , O and O Robert O V O . O Werner O , O all O members O of O the O Azusa B-Application design O team O . O , O SWT O supports O these O platforms O and/or O GUI B-Application libraries O : O Reflecting O on O the O release O year O , O IGN O director O Peer O Schneider O said O that O games O like O Deathrow B-Application showed O the O games O industry O 's O ability O to O make O new O , O high-caliber O franchises O . O Most O of O these O widgets O can O be O created O with O a O few O images O and O about O 10 O to B-Application several O hundred O lines O of O XML/JavaScript/VBScript O source O code O . O Only O when O the O World O Council O is O formed O are O peace O and O order O restored O and O the O Divine B-Application Gate I-Application becomes O an O urban O legend O . O The O J3 O Prime O is O shipped O with O Android B-Application 6.0 I-Application " O Marshmallow B-Application " O and O Samsung O 's O TouchWiz B-Application user I-Application interface I-Application . O After O some O consultation O with O the O user O base O , O on O 12 O July O 2014 O original O coder O Andy O Stone O released O the O Game-Maker B-Application 3.0 O source O code O on O GitHub B-Application , O under O the B-License MIT I-License license I-License . O Escrow.com O is O eBay B-Application 's O approved O escrow O site O . O A O RAM B-Application drive I-Application innovation O introduced O in O 1986 O but O made O generally O available O in O 1987 O by O Perry O Kivolowitz O for O AmigaOS B-Application was O the O ability O of O the O RAM B-Application drive I-Application to O survive O most O crashes O and O reboots O . O Each O panel O may O include O menus O and O dialogs O to O run O tools O on O the O underlying O environment O , O e.g. O , O Time B-Application Sharing I-Application Option I-Application ( O TSO O ) O . O It O is O a O desert O planet O in O the O distant O Star B-Application Wars I-Application galaxy O in O a O star O system O with O three O suns O and O two O moons O . O Immediately O after O the O pack O announcement O on O August O 27 O , O 2020 O , O player O reaction O to O the O release O of O Star B-Application Wars I-Application : O Journey O to O Batuu O was O overwhelmingly O negative O , O with O TheGamer O calling O it O " O the O most O contentious O DLC B-Protocol for O The B-Application Sims I-Application 4 I-Application to O date O " O . O Lee O wrote O that O fans O " O slammed O [ O the O trailer ] O right O out O the O gate O " O and O adding O that O " O at O the O time O of O writing O this O article O , O the O trailer O for O Journey O to O Batuu O holds O the O unenviable O ratio O of O 28K O likes O and O 59K O dislikes O [ O on O YouTube ] O . O " O It O is O developed O using O system B-Application programming I-Application methodologies O and O systems B-Language programming I-Language languages I-Language . O In O 2001 O , O this O database O was O acquired O by O Google B-Application . I-Application Google B-Application Groups I-Application hosts O an O archive O of O Usenet B-Application posts O dating O back O to O May O 1981 O . O Junior O : O Ace O Racers B-Application Cohort O Studios O Sony O Computer O Entertainment O PS2 B-Device 2008-10-24 O C3 B-Application Racing I-Application Eutechnyx O Infogrames O PS1 B-Device 1998 O Cabela B-Application 's I-Application 4x4 I-Application Off-Road I-Application Adventure I-Application Fun O Labs O Activision O Value O WIN B-Application 2001-02 O California O SpeedAtari O GamesAtari O Games O Arcade O 1998 O Car B-Application & I-Application Driver I-Application Presents I-Application : I-Application Grand I-Application Tour I-Application Racing I-Application ' I-Application 98 I-Application Eutechnyx O Activision O PS1 B-Device 1997-09-30 O Car B-Application and I-Application Driver I-Application ( O video O game O ) O Lerner O Research O Electronic O Arts O DOS B-Application 1992 O Car B-Application Town I-Application Cie O Games O Glu O Mobile O FMP O , O iOS B-Application 2010-07-27 O Car B-Application Wars I-Application Texas O Instruments O Texas O Instruments O TI-99/4A O 1981 O Carmageddon B-Application Stainless O Games O Sales O Curve O Interactive O , O Interplay O Productions O DOS B-Application , O WIN B-Application , O Mac B-Application , O PS1 B-Device , O N64 B-Operating_System , O GBC B-Device , O iOS B-Application , O Droid B-Application 1997-06-30 O Carmageddon B-Application II I-Application : I-Application Carpocalypse I-Application Now I-Application Stainless O Games O Sales O Curve O Interactive O , O Interplay O Entertainment O WIN B-Application , O Mac B-Application 1998-11-30 O Carmageddon B-Application : I-Application Reincarnation I-Application Stainless O Games O Stainless O Games O WIN B-Application , O Mac B-Application 2014-03-27 O Carmageddon B-Application : I-Application Max I-Application Damage I-Application Stainless O Games O Stainless O Games O WIN B-Application , O Mac B-Application , O PS4 B-Operating_System , O XBO B-Device 2016-08-27 O Carmageddon B-Application TDR I-Application 2000 I-Application Torus O Games O Sales O Curve O Interactive O , O Xicat O Interactive O WIN B-Application 2000-09-01 O Cars B-Application Locomotive O Games O , O Rainbow O Studios O , O Helixe O , O Beenox O THQ O WIN B-Application , O PS2 B-Device , O Xbox B-Device , O X360 B-Operating_System , O GCN B-Application , O Wii B-Operating_System , O GBA B-Device , O NDS B-Device , O PSP B-Operating_System , O Mac B-Application 2006-06-06 O Cars B-Application 2 I-Application Avalanche O Software O , O Firebrand O Games O , O Virtual O Toys O Disney O Interactive O Studios O , O Sony O Computer O Entertainment O WIN B-Application , O Mac B-Application , O NDS B-Device , O 3DS B-Operating_System , O PS3 B-Operating_System , O PSP B-Operating_System , O Wii B-Operating_System , O iOS B-Application , O X360 B-Operating_System 2011-06-21 O Cars B-Application 3 I-Application : I-Application Driven I-Application to I-Application Win I-Application Avalanche O Software O Warner O Bros O . O Interactive O Entertainment O PS3 B-Operating_System , O PS4 B-Operating_System , O X360 B-Operating_System , O XBO B-Device , O Wii B-Operating_System U O , O NS B-Application 2017-06-13 O Cars B-Application : O Fast O as O Lightning O Gameloft O The O Walt O Disney O Company O , O Pixar O Droid B-Application , O iOS B-Application 2014-10-09 O Cars B-Device Mater-National I-Device Championship I-Device Rainbow O Studios O THQ O WIN B-Application , O PS2 B-Device , O PS3 B-Operating_System , O X360 B-Operating_System , O Wii B-Operating_System , O NDS B-Device , O GBA B-Device 2007-10-29 O Cars B-Device Race-O-Rama I-Device Incinerator O Studios O , O Tantalus O Media O THQ O PS2 B-Device , O PS3 B-Operating_System , O X360 B-Operating_System , O Wii B-Operating_System , O PSP B-Operating_System , O NDS B-Device 2009-10-12 O Cars B-Application : I-Application Radiator I-Application Springs I-Application Adventures I-Application AWE O Games O , O Rainbow O Studios O THQ O WIN B-Application , O OS O X O 2006-06-06 O CART B-Device Fury I-Device Championship I-Device Racing I-Device Midway O Games O Midway O Games O Arcade O , O PS2 B-Device 2000 O CART B-Application Precision I-Application Racing I-Application Terminal O Reality O Microsoft O Studios O WIN B-Application 1997-11-20 O CART B-Device World I-Device Series I-Device Sony O Computer O Entertainment O SCEA O PS1 B-Device 1997-09-16 O Cartoon B-Application Network I-Application Racing I-Application Eutechnyx O The O Game O Factory O NDS B-Device , O PS2 B-Device 2006-12-04 O Cartoon B-Device Network I-Device Speedway I-Device DC B-Operating_System Studios O Majesco O Sales O GBA B-Device 2003-11-17 O Carve B-Application Argonaut O Games O Global O Star O Software O Xbox B-Device 2004-02-24 O Castrol B-Application Honda I-Application Superbike I-Application 2000 I-Application Interactive O Entertainment O Midas O Interactive O WIN B-Application 1999-07 O Castrol B-Device Honda I-Device Superbike I-Device Racing I-Device Interactive O Entertainment O PS1 B-Device 1999-04-30 O Castrol B-Application Honda I-Application SuperBike I-Application World I-Application Champions I-Application Interactive O Entertainment O Midas O Interactive O WIN B-Application 1998-03-24 O Castrol B-Device Honda I-Device VTR I-Device Interactive O Entertainment O Bubble O Boy O , O Midas O Games O PS1 B-Device 2001-02-09 O Champion B-Application Jockey I-Application : I-Application G1 I-Application Jockey I-Application & I-Application Gallop I-Application Racer I-Application Koei O Tecmo O Koei O PS3 B-Operating_System , O Wii B-Operating_System , O X360 B-Operating_System 2011-09-22 O Championship B-Application Motocross I-Application featuring I-Application Ricky I-Application Carmichael I-Application Funcom O Dublin O THQ O PS1 B-Device 1999 O Championship B-Device Rally I-Device Human O Entertainment O HAL O Laboratory O NES O 1992 O Championship B-Application Sprint I-Application Atari O Games O Atari O Games O Arcade O 1986 O Change O Lanes O Taito O Taito O Arcade O , O ATR26 B-General_Concept , O VIC20 B-Device , O MSX B-Operating_System 1983 O Charinko B-Device Hero I-Device Banpresto O Banpresto O GCN B-Application 2003-07-17 O Chariot B-Application Race I-Application Micro-Antics O Micro-Antics O VIC20 B-Device 1983 O Chase B-Application H.Q. I-Application Measurement O microphones O calibrated O using O this O method O can O then O be O used O to O calibrate B-General_Concept other O microphones O using O comparison O calibration B-General_Concept techniques O . O A O microphone O array O is O any O number O of O microphones O operating O in O tandem B-Application . O PyGTK O will O be O phased O out O with O the O transition O to O GTK B-Application version O 3 O and O be O replaced O with O PyGObject B-Language , O which O uses O GObject B-Language Introspection I-Language to O generate O bindings O for O Python B-Language and O other O languages O on O the O fly O . O However O , O members O of O the O Narbacular B-Application Drop I-Application forum O community O have O created O a O catalog O of O custom O maps O . O EFI B-Architecture boot O for O a O Windows B-Application 7 O guest O is O not O supported O . O Murray O stated O in O an O interview O with O IGN O prior O to O release O that O virtual B-Application reality I-Application " O would O be O a O really O good O fit O " O for O No B-Application Man I-Application 's I-Application Sky I-Application , O as O the O immersive O experience O could O create O " O really O intense O moments O within O a O game O " O ; O virtual B-Application reality I-Application support O was O subsequently O announced O as O part O of O the O free O " O Beyond O " O update O in O mid-2019 O . O In O January O 2012 O , O Composite B-Protocol C1 I-Protocol version O 3.1 O ( O called O a O " O service O release O " O ) O , O adding O support O for O spell O checking O ( O when O using O Mozilla B-Application Firefox I-Application with O dictionaries O installed O ) O and O .less O files O . O 2006 O United O StatesJohn O McAfee O John O McAfee O " O uninstall O video O " O scandalMicrosoft O Windows B-Application Defender I-Application using O Windows B-Application Defender I-Application Firewall B-Application with O Advanced O Security O ? O Ports O for O Mac B-Application OS I-Application , O PlayStation B-Device and O Nintendo B-Operating_System 64 I-Operating_System ( O the O latter O as O Carmageddon B-Application 64 I-Application ) O were O released O in O 1999 O . O Twitter B-Application 's O open O application B-Application programming I-Application interface I-Application and O the O availability O of O cloud O servers O make O it O possible O for O Twitter B-Application bots O to O exist O within O the O social O networking O site O . O The O main O difference O between O the O two O games O is O that O the O PlayStation B-Device and O Microsoft B-Application Windows I-Application version O is O a O 3D O adventure O game O , O while O the O Game B-Device Boy I-Device Color I-Device version O is O a O more O traditional O 2D O side-scrolling O platformer O . O A O Watch B-Application Dogs I-Application : I-Application Legion I-Application prequel O novel O , O titled O Day O Zero O , O and O a O companion O book O , O titled O Resistance O Report O , O were O published O by O Aconyte O Book O and O Insight O Editions O , O respectively O , O prior O to O the O game O 's O release O . O As O previously O with O the O Disc B-Application Filing I-Application System I-Application , O they O stipulated O that O Barson O would O need O to O adapt O the O network O filing O system O from O the O System2 O without O assistance O from O Acorn O . O EA O has O announced O that O there O will O be O gameplay O improvements O over O FIFA B-Application 10 I-Application , O such O as O a O higher O rate O of O player O fatigue O for O matches O at O higher O altitudes O , O with O an O advantage O to O a O home O team O who O plays O at O a O higher O altitude O against O an O away O team O who O does O not O . O Kespers O Peeters O then O decided O to O write O a O similar O program O in O C B-Language computing I-Language language I-Language rather O than O Pascal B-Application , O which O he O renamed O Cadabra B-Language . O LibreOffice B-Application supports O opening O file O from O FTP B-Protocol servers I-Protocol , O but O from O 7.4 O release O , O this O feature O is O labeled O deprecated O , O and O developers O intend O to O remove O it O in O a O future O version O . O In O addition O , O Japanese O computer O manufacturers O marketed O personal B-Device computers I-Device that O were O based O on O each O proprietary O architecture O for O the O domestic O market O . O The O DOS/V B-Application operating O system O enabled O IBM O clones O to O display O Japanese O text O by O using O a O software O font O only O , O giving O a O chance O for O global O PC O manufacturers O to O enter O the O Japanese O PC O market O . O In O parallel O to O the O development O of O L4Ka::Hazelnut O , O in O 1998 O the O Operating B-General_Concept Systems I-General_Concept Group O TUD:OS O of O the O TU O Dresden O started O to O develop O their O own O C++ B-Language implementation O of O the O L4 B-Operating_System kernel I-Operating_System interface B-Application , O named O L4/Fiasco O . O The O smartwatch B-Application has O 1GB O of O RAM B-Architecture and O 8GB O of O internal O storage O . O These O were O followed O by O Tecmo B-Application Super I-Application Bowl I-Application for O the O PlayStation B-Device in O 1996 O . O IP B-General_Concept SLA I-General_Concept tests O and O data O collection O can O be O configured O either O via O a O console O ( O command-line B-Application interface I-Application ) O or O via O SNMP B-Protocol . O Input/Output B-Application Configuration I-Application Program I-Application ( O IOCP O ) O is O a O program O for O IBM B-Device mainframes I-Device that O compiles O a O description O of O the O Channel O Subsystem O and O LPAR B-Device configuration O , O optionally O loading O it O into O an O Input/Output O Configuration O Data O Set O ( O IOCDS B-Application ) O ; O it O recognizes O the O syntax O of O MVS O Configuration O Program O ( O MVSCP O ) O input O , O and O there O is O no O need O to O maintain O separate O input O files O . O Tony O Vilgotsky O wrote O in O Darker O magazine O that O Lords B-Application of I-Application Shadow I-Application 2 I-Application is O one O of O the O best O dark O games O of O the O year O . O This O in O turn O continued O to O evolve O into O FlexOS B-Operating_System and O Multiuser B-Operating_System DOS I-Operating_System and O as O such O is O still O in O use O in O some O industrial O applications O . O MP/M O 8-16 O ( O sometimes O also O referred O to O as O MP/M-8/16 O ) O was O CompuPro O 's O name O for O a O combination O of O the O multi-user O 16-bit O MP/M O -86 O to O perform O single-user O , O single-stream O CP/M B-Application functions O , O along O with O multi-user O , O multi-tasking O 8-bit O MP/M O operations O running O on O the O multi-processor B-Operating_System . O Later O on O , O this O system O was O also O able O to O run O Concurrent B-Operating_System DOS I-Operating_System 3.1 O . O Frogger B-Application , O also O called O Frogger B-Device : I-Device He I-Device 's I-Device Back I-Device !, O is O an O action B-Application video I-Application game I-Application remake O and O expansion O of O Konami O 's O 1981 O Frogger B-Application arcade O game O . O Shortly O after O Perfect B-Application Dark I-Application was O released O , O Rare O planned O to O develop O a O " O sister O " O title O , O called O Velvet O Dark O , O for O either O the O Nintendo B-Operating_System 64 I-Operating_System or O its O successor O , O the O GameCube B-Application , O but O the O project O was O ultimately O abandoned O . O Rows B-Application from O the O second O operand O may O appear O before O , O after O , O or O mixed O with O rows B-Application from O the O first O operand O . O This O can O be O achieved O either O by O circumscription B-Application or O by O predicate B-Algorithm completion O . O Zorba B-Device is O distributed O under O Apache B-Application License I-Application , I-Application Version I-Application 2.0 I-Application . O The O Droid B-Application Xyboard I-Application is O also O available O as O a O Media O Edition O . O In O developing O SAP B-Application Anywhere I-Application , O SAP B-Application utilised O the O telecommunications O infrastructure O of O China O Telecom O , O and O developed O a O product O customised O for O the O Chinese O market O . O Apple O is O also O releasing O APIs B-Application for O Grand B-Operating_System Central I-Operating_System Dispatch I-Operating_System for O developers O to O use O in O their O applications O and O also O to O analyze O specific O blocks B-Language of O code O running O on O Grand B-Operating_System Central I-Operating_System Dispatch I-Operating_System . O Business-to-administration B-Application ( O B2A O ) O , O also O known O as O business-to-government B-Application ( O B2G O ) O , O refers O to O all O transactions O between O companies O and O public O administrations O or O government O agencies O . O ObjectARX B-Application is O a O C++ B-Language class O library O , O which O was O also O the O base O for O : O Others O ( O such O as O many O Unix B-Application media O players O ) O may O read O files O from O standard O input O . O Xcode O 4.3.3 O , O released O in O May O 2012 O , O featured O an O updated O SDK O for O Mac B-Application OS I-Application X I-Application 10.7.4 I-Application " I-Application Lion I-Application " I-Application and O a O few O bug O fixes O . O On O January O 1 O , O 1998 O , O Blender B-Application was O released O publicly O online O as O SGI O freeware O . O The O predecessor O of O the O 80386 B-General_Concept was O the O Intel B-General_Concept 80286 I-General_Concept , O a B-Application 16-bit B-Device processor I-Device with O a B-Application segment-based O memory B-General_Concept management I-General_Concept and O protection O system O . O Some O researchers O have O made O a O functional O and O experimental O analysis O of O several O distributed B-Protocol file I-Protocol systems I-Protocol including O HDFS O , O Ceph B-Operating_System , O Gluster O , O Lustre B-Application and O old O ( O 1.6.x O ) O version O of O MooseFS B-Application , O although O this O document O is O from O 2013 O and O a O lot O of O information O are O outdated O ( O e.g. O Egg B-Application , I-Application Inc I-Application is O an O idle B-Application clicker I-Application game O developed O and O published O by O American O studio O Auxbrain O Inc O on O Android B-Application and O iOS B-Application devices O . O Replacement O for O the O Gq O reference O point.DiameterTS29.214ShAS O ( O SIP B-Application AS O , O OSA O SCS O ) O , O HSSUsed O to O exchange O User O Profile O information O ( O e.g. O , O user-related O data O , O group O lists O , O user-service-related O information O or O user O location O information O or O charging O function O addresses O ( O used O when O the O AS O has O not O received O the O third-party O REGISTER O for O a O user O ) O ) O between O an O AS O ( O SIP B-Application AS O or O OSA O SCS O ) O and O HSS O . O 2 O for O the O PlayStation B-Device 2 I-Device and O Xbox B-Application . O Creation O of O images O based O on O brushes B-Application or O procedural O generation O based O on O slope O , O direction O , O altitude O , O external O shape O files O and O erosion O flowmaps O . O OpenOCD O open B-License source I-License GDB B-Language server O supports O a O variety O of O JTAG O probes O OpenOCD O Eclipse B-Application plug-in O available O in O GNU O ARM O Eclipse B-Application Plug-ins O . O The O Dragonfly B-Application project O was O an O Internet B-Application search I-Application engine I-Application prototype B-Application created O by O Google B-Application that O was O designed O to O be O compatible O with O China O 's O state O censorship O provisions O . O The O story O takes O place O in O a O weird O kingdom O called O Puzzle B-Application Axe I-Application , O where O two O magical O axes O were O crafted O for O the O royal O family O . O " O Travis O Fahs O , O The O History O of O Mortal B-Application Kombat I-Application . O A O dark O dot O defect O is O usually O caused O by O a O transistor B-Application in O the O transparent O electrode O layer O that O is O stuck O " O on O " O for O TN O panels O or O " O off O " O for O MVA O , O PVA O , O and O IPS O panels O . O Until O 2021 O , O Adwaita B-Language 's O theme B-Application was O included O as O a O part O of O the O GTK B-Application widget B-Library toolkit I-Library , O but O in O an O effort O to O further O increase O independence O and O divergent O release O schedules O of O GTK B-Application from O that O of O GNOME B-Application , O it O has O since O been O migrated O to O libadwaita B-Language , O which O as O an O overall O project O , O serves O to O extend O GTK B-Application 's O base O widgets O with O those O specifically O conforming O to O the O GNOME B-Application human B-Application interface I-Application guidelines I-Application . O Mummer B-Application is O a O fast O algorithm O mostly O used O for O the O rapid O alignment O of O entire O genomes O . O These O included O the O complete O source O code O listing O of O ELIZA B-Application in O MAD-SLIP B-Application , O with O the O DOCTOR O script O attached O . O The O gameplay O of O the O original O version O of O Spasim B-Application is O focused O on O space O flight O and O combat O . O Development O of O higher-resolution O monitors O allowed O them O to O provide O limited O WYSIWYG B-Application — O What B-Application You I-Application See I-Application Is I-Application What I-Application You I-Application Get I-Application , O to O the O extent O that O typographical O features O like O bold O and O italics O , O indentation O , O justification O and O margins O were O approximated O on O screen O . O In O December O 2015 O , O SwissMicros O introduced O the O DM41L O , O a O version O of O the O calculator B-Application about O the O same O size O as O the O calculators B-Application of O the O HP B-Device Voyager I-Device series I-Device . O All O four O barges O were O built O by O C O & O C O Marine O and O Repair O , O have O a O hull O depth O of O 16ft O , O are O owned O by O By O and O Large O LLC O ( O apparently O a O shell O company O set O up O by O Google B-Application ) O , O were O previously O owned O by O Cibco O Barge O Line O LLC O , O and O list O San O Francisco O as O their O hailing O port O . O The O nine-month O course O was O designed O to O train O students O in O medical O information O systems O , O and O it O focused O highly O in O using O the O OpenMRS B-Application platform O . O Raft B-Operating_System had O previously O been O distributed O on O the O indie O platform O Itch.io, O where O it O is O still O available O as O a O free O download B-Application for O Windows O , O Linux B-Application , O and O macOS B-Application . O As O a O result O , O Screamer B-Application was O one O of O the O early O games O to O really O require O a O Pentium B-General_Concept processor O to O run O at O full O speed O , O particularly O in O SVGA O mode O . O They O were O first O announced O on O September O 7 O , O 2016 O , O alongside O the O iPhone B-Application 7 I-Application . O They O are O also O the O chief O source O of O netCDF B-Application software O , O standards O development O , O updates O , O etc O . O The O Server O app O lacked O many O features O from O Mac B-Operating_System OS I-Operating_System X I-Operating_System Server I-Operating_System , O and O later O versions O of O the O app O only O included O functionality O related O to O user O and O group O management O , O Xsan B-Application , O and O mobile O device O management O through O profiles O . O It O was O released O around O the O same O time O as O Nintendo O 's O Donkey B-Application Kong I-Application Country I-Application for O the O Genesis O 's O competitor O , O the O Super B-Application Nintendo I-Application Entertainment I-Application System I-Application . O Industry O figures O called O the O coinciding O releases O a O " O battle O " O as O both O advertised O " O revolutionary O " O technological O advances O : O lock-on O technology O for O Sonic B-Application & I-Application Knuckles I-Application and O 3D-rendered O graphics O for O Donkey O Kong O . O Gesture B-General_Concept interfaces I-General_Concept are O graphical B-Application user I-Application interfaces I-Application which O accept O input O in O a O form O of O hand O gestures O , O or O mouse B-Device gestures O sketched O with O a O computer B-Device mouse I-Device or O a O stylus B-Operating_System . O Venetica B-Application is O a O 2009 O fantasy-themed O action B-Application role-playing I-Application video I-Application game I-Application developed O by O Deck13 O and O published O by O DTP O Entertainment O . O Another O change O from O the O original O game O is O the O addition O of O enemies O including O zombies B-Application , O dragons O , O and O demons O . O To O ease O this O requirement O , O some O editors O allow O editing O of O the O markup O in O more O visually O organized O modes O than O simple O color O highlighting O , O but O in O modes O not O considered O WYSIWYG B-Application . O Microchess B-Application has O three O levels O of O play O and O can O run O in O the O 4 O KB O of O memory O that O is O standard O with O the O ModelI O ; O the O classic O ELIZA B-Application is O another O TRS-80 B-Device port O . O Titan O Books O also O worked O with O Rare O to O publish O an O art O book O named O Tales O from O the O Sea B-Application of I-Application Thieves I-Application . O Entering O the O town O hall O , O the B-Application Gunslinger I-Application witnesses O the O Mayor O 's O transformation O into O a O werewolf O . O The O Mobile O Field O Bases O are O a O unique O feature O not O seen O in O any O other O Mechwarrior B-Device game O . O As O Mechs B-Application do O not O have O shields O , O and O are O only O protected O by O armor O which O is O damaged O in O combat O , O the O MFBs O can O become O crucial O in O enabling O the O player O to O complete O a O mission O . O According O to O Microsoft O 's O benchmark O result O , O this O iteration O of O Edge O performed O better O than O both O Chrome B-Application and O Firefox B-Application in O Google B-Application 's I-Application Octane O 2.0 O and O Apple O 's O Jetstream O benchmark O . O HyperBlade B-Application was O one O of O the O first O PC O games O that O supported O the O new O Microsoft O DirectX O APIs O and O supported O full O 3D O texture O map O support O for O PCs O with O the O 3D O graphics O accelerators O as O well O as O flat O shaded O polygons O for O PCs O without O a O graphics O accelerator O . O The O Serious O Engine O is O very O efficient O , O capable O of O maintaining O dozens O of O moving O enemies O ( O often O stampedes O ) O and O enormous O enemies O , O even O on O a O modest O system O challenging O the O well O known O id B-Application Tech I-Application , O Unreal B-Operating_System Engine I-Operating_System or O Source B-Application engines I-Application . O However O , O at O least O one O game O has O incurred O much O larger O development O costs O : O Biology B-Application Battle I-Application by O Novaleaf O , O developed O by O Novaleaf O Software O , O took O eleven O months O to O complete O the O game O with O development O costs O just O under O $ O 100,000 O . O The O " O Doze O " O power O saving O mechanism O introduced O in O Android B-Application Marshmallow I-Application was O expanded O to O include O a O state O activated O when O the O device O is O running O and O the O screen O has O been O off O for O a O period O of O time O but O is O not O stationary O . O After O Robbit B-Application denounces O Baron O Aloha O 's O plans O to O take O over O Crater O Planet O ( O events O from O the O first O game O ) O , O Aloha O flees O for O his O life O and O returns O to O his O home O planet O , O Little O Muu O . O Played O from O a O third-person O perspective O , O the O majority O of O the O game O is O a O beat B-Application ' I-Application em I-Application up I-Application , O with O the O player O using O the O right O analog O stick O to O direct O blows O at O enemies O , O similar O to O the O Xbox B-Application game O Star B-Device Wars I-Device : I-Device Obi-Wan I-Device . O The O adjacency B-Algorithm matrix I-Algorithm may O be O used O as O a O data B-General_Concept structure I-General_Concept for O the O representation B-Application of I-Application graphs I-Application in O computer O programs O for O manipulating O graphs O . O An O album O containing O the O original O soundtrack O for O the O arcade O versions O of O Double B-Application Dragon I-Application 3 I-Application : I-Application The I-Application Rosetta I-Application Stone I-Application and O this O game O was O released O by O Pony O Canyon O in O Japan O , O titled O Double O Dragon O 3/The O Combatribes O . O By O January O 2016 O , O over O 900,000 O games O were O registered O on O Steam B-Application . O Once O a O notebook O is O selected O for O sharing O , O OneDrive B-Application copies O the O notebook O from O the O user O 's O computer O to O OneDrive B-Application , O and O that O online O copy O then O becomes O the O original O for O all O future O changes O . O Such O hardware O captures O " O images O " O that O are O then O processed O often O using O the O same O computer B-Application vision I-Application algorithms O used O to O process O visible-light O images O . O Veritas B-Application Storage I-Application Foundation I-Application ( O VSF O ) O , O previously O known O as O Veritas B-Application Foundation I-Application Suite I-Application , O is O a O computer B-Application software I-Application product O made O by O Veritas O Software O that O combines O Veritas B-Application Volume I-Application Manager I-Application ( O VxVM B-Application ) O and O Veritas B-Application File I-Application System I-Application ( O VxFS B-Application ) O to O provide O online-storage O management O . O Pit O returned O from O Super B-Application Smash I-Application Bros I-Application . I-Application Brawl I-Application as O a O playable O character O in O Super B-Application Smash I-Application Bros I-Application . I-Application for I-Application Nintendo I-Application 3DS I-Application and I-Application Wii I-Application U I-Application , O now O sporting O his O slightly O updated O redesign O from O Uprising O , O while O fellow O Kid B-Application Icarus I-Application characters O Palutena O and O Dark O Pit O joined O the O roster O as O playable O newcomers O . O It O is O directly O integrated O in O Visual B-Application Studio I-Application as O an O extension O . O There O are O no O firearms O in O the O game O , O so O during O combat O the O player O is O limited O to O improvised O melee O fighting O with O a O hammer B-Application or O pickaxe O , O or O throwing O objects O at O attacking O creatures O . O This O is O similar O to O the O later O PlayStation B-Operating_System 4 I-Operating_System console O which O also O has O two O APIs O , O the O low O level O GNM B-Application and O the O higher O level O GNMX O . O It O tied O with O Resident B-Application Evil I-Application 4 I-Application as O Famitsu O 's O Game O of O the O Year O 2005 O . O ML.NET O was O developed O with O integration O to O existing O .NET B-Application projects O in O mind O , O simplifying O the O process O for O existing O software O using O the O .NET B-Application platform O . O In O 2005 O , O Cyber O Woo B-Application , O Super O Geon B-Application , O and O Atomic O Guy O were O featured O in O the O SNK O Playmore O game O NeoGeo B-Application Battle I-Application Coliseum I-Application , O a O fighting O game O featuring O many O of O the O company O 's O popular O characters O . O However O , O they O also O added O more O action-orientated O elements O to O the O battles O , O resulting O in O the O game O becoming O more O of O an O action B-Application RPG I-Application than O a O traditional O RPG O . O In O 2017 O the B-Application Voder I-Application and O Software B-Application Automatic I-Application Mouth I-Application were O announced O to O be O coming O to O the O software O in O 2017 O . O These O chatbots B-Application may O allow O people O to O ask O questions O in O plain O English O and O then O formulate O a O response O . O Some O computer B-Language languages I-Language implement O attribute B-Application – I-Application value I-Application pairs I-Application , O or O more O frequently O collections O of O attribute B-Application – I-Application value I-Application pairs I-Application , O as O standard O language O features O . O The O main O antagonist O of O Namco B-Application × I-Application Capcom I-Application , O Saya O is O a O flirty O werefox O and O works O and O the O leader O of O the O organization O " O Ouma O " O , O the O counterpart O to O the O " O Shinra O " O organization O . O GameSpot O said O : O " O For O all O its O minor O faults O and O bare-bones O nature O in O comparison O to O others O , O WRC B-Application 7 I-Application is O still O an O enjoyable O , O but O seriously O challenging O rally O title O . O The O ability O to O save O multiple O versions O of O a O document O ( O which O had O existed O since O Word B-Application 97 O ) O has O been O removed O . O Blog O entries O can O be O authored O in O Word B-Application itself O and O uploaded O directly O to O a O blog O . O This O allowed O the O game O to O be O ported O to O different O platforms O such O as O Linux B-Application , O AmigaOS B-Application , O and O OS/2 B-Application ( O including O eComStation B-Device and O ArcaOS B-Device ) O . O Zelda B-Application II I-Application was O very O influential O to O other O NES O games O like O Faxanadu B-Application , O Moon O Crystal O , O and O The B-Application Battle I-Application of I-Application Olympus I-Application . O The O program O emulates O several O terminals O ( O ASCII O TTY O ( O teletype O ) O , O VT52 B-Application and O VT100 B-Device ) O and O supports O many O file O transfer O protocols O ( O uploading/downloading O using O XMODEM B-Protocol , O YMODEM B-Protocol or O Kermit B-Protocol ; O downloading O using O the O CompuServe B-Protocol B I-Protocol protocol I-Protocol ) O with O MacBinary B-General_Concept file O format O . O LineDrive B-Application Baseball I-Application is O a O video O game O developed O and O published O by O Futureline O Communications O for O the O arcade O . O GCL B-Application , O ECL B-Language and O MKCL O originate O from O this O Common B-Language Lisp I-Language implementation O . O Kirby B-Application 's I-Application Adventure I-Application was O well O received O and O commended O for O its O tight O controls O , O level O variety O , O and O the O new O copy O ability O . O The B-Application Legend I-Application of I-Application Zelda I-Application ( O 1987 O ) O was O the O first O NES O game O to O sell O over O cartridges B-Protocol ( O non-bundled O ) O in O the O United O States O . O The O Bucharest-based O games O incubator/accelerator O Carbon O offered O development O funding O for O Gray B-Application Dawn I-Application and O they O also O helped O with O mentorship O as O well O as O support O with O PR/Marketing O . O It O won O an O award O in O the O Action O category O , O losing O to O Mass B-Application Effect I-Application 2 I-Application in O the O category O for O Best O Game O . O KeePass B-Language 2.x O has O a O different O software O basis O in O C# B-Application instead O of O the O former O C++ B-Language . O It O consists O of O multiple O blockchain B-Application layers O that O are O designed O for O different O functions O . O VNC B-Protocol allows O clients O to O remotely O view O a O server O GUI B-Application desktop O as O if O the O user O was O physically O sitting O in O front O of O the O server O . O They O have O Google B-Application Camera I-Application 7.4 I-Application with O software O enhancements O , O including O Live O HDR+ O with O dual O exposure O controls O , O improved O Night O Sight O with O Astrophotography O mode O , O and O improved O Portrait O Mode O with O more O realistic O bokeh O . O Stories O in O Between O : O Narratives O and O Mediums O @ O Play O listed O Pyst B-Application , O Mysty O , O Missed O , O and O Mylk O as O four O parody O games O based O on O the O Myst B-Application series O . O Version O 2 O uses O SIP B-Application for O managing O sessions O and O audio O streams O between O the O server O and O the O clients O , O whereas O version O 1 O did O not O specify O the O underlying O protocol O . O The O first O of O these O was O the O Compilation B-Application of I-Application Final I-Application Fantasy I-Application VII I-Application , O and O Square O Enix O intended O to O have O campaigns O for O other O series O whereby O multiple O games O in O different O genres O would O be O developed O simultaneously O . O Spreadsheets B-Application usually O attempt O to O automatically O update O cells B-General_Concept when O the O cells B-General_Concept depend O on O change O . O Similarly O , O in O Joystiq O review O of O Halfbrick O Studios O ' O Jetpack B-Application Joyride I-Application , O Ben O Gilbert O argued O that O " O Doom B-Application is I-Application to O Halo O , O as O Canabalt B-Application is O to O Jetpack O Joyride. O " O SU2 O is O a O suite O of O open-source B-Application software I-Application tools O written O in O C++ B-Language for O the O numerical O solution O of O partial O differential O equations O ( O PDE O ) O and O performing O PDE-constrained O optimization O . O Mare B-Application Nostrum I-Application ( O " O our O sea O " O ) O was O the O Roman O name O for O the O Mediterranean O Sea O . O The O game O opens O with O Waluigi O stealing O the O four O Music B-Application Keys O , O which O can O grant O wishes O , O from O Truffle O Towers O . O Such O a O device B-Application driver I-Application was O called O expanded-memory O manager O . O Later O , O the O expression O became O associated O with O software-only O solutions O requiring O the O Intel B-General_Concept 80386 I-General_Concept processor O , O for O example O Quarterdeck O 's O QEMM B-Device , O Qualitas O ' O 386MAX B-Device or O the O default O EMM386 B-Device in O MS-DOS O , O PCDOS O and O DR-DOS O . O This O development O marked O a O change O in O Microsoft O 's O consumer O AV O marketing O strategy O : O instead O of O offering O a O subscription-based O security O product O with O a O host O of O other O tools O , O such O as O backup B-Protocol and O a O personal B-Protocol firewall I-Protocol , O Morro B-Application would O offer O free O AV O protection O with O a O smaller O impact O on O system O resources O . O Silent B-Application Hill I-Application 2 I-Application is O an O upcoming O survival O horror O video O game O developed O by O Bloober O Team O and O published O by O Konami O . O Implementation O limitations O may O also O lead O to O performance O penalties O ; O for O example O , O some O versions O of O MySQL B-Application did O not O cache O results O of O prepared B-Language queries I-Language . O Sound O effects O in O Spacestation B-Application Pheta I-Application were O sampled O by O the O electronic O group O Underworld O . O In O addition O to O the O strategy O mode O of O the O game O , O Birth B-Application of I-Application the I-Application Federation I-Application also O features O a O 3D O combat O mode O which O uses O the O Falcon B-Application 4.0 I-Application engine O . O Lethal B-Application League I-Application started O out O as O a O flash B-Protocol game I-Protocol , O the O idea O coming O from O the O developers O playing O around O with O a O ' O hit O and O reflect O projectile O mechanic O ' O in O Team B-Application Reptile I-Application 's O first O game O , O Megabyte O Punch O . O Text O can O be O read O out O loud O using O the O device O 's O text-to-speech O engine O or O Google B-Application Text-to-Speech O , O with O an O option O for O a O " O High-quality O voice O " O in O settings O , O although O the O feature O requires O a O data O connection O to O stream O the O voice O data O . O In O 2011 O , O the O continued O popularity O of O the O Voyager O series O among O users O prompted O SwissMicros O to O produce O a O series O of O credit-card-sized O calculators B-Application looking O like O miniature O versions O of O their O HP O equivalents O and O running O the O original O HP O firmware O in O an O emulator O on O a O modern O calculator B-Application hardware O . O Super B-Application Mario I-Application Kart I-Application is O a O kart O racing O game O developed O and O published O by O Nintendo O for O the O Super B-Application Nintendo I-Application Entertainment I-Application System I-Application ( O SNES B-Application ) O . O The O X/Open B-Application Transport I-Application Interface I-Application ( O XTI O ) O is O an O Open B-Application Group I-Application specification O for O network O application O programming O present O in O UNIX B-Operating_System System I-Operating_System V I-Operating_System operating O systems O . O Staging O her O death O as O a O suicide O , O Lucius B-Application then O kills O an O alcoholic O and O repressed O Tom O by O poisoning O one O of O his O bottles O using O a O vial O hidden O in O a O satanic O ritual O room O located O behind O the O manor O 's O wine O cellar O . O The B-Application Silver I-Application Lining I-Application ( O TSL O ) O is O an O episodic O video O fangame B-Application based O on O the O King B-Application 's I-Application Quest I-Application series O , O which O was O developed O and O released O in O free B-License download I-License format I-License by O Phoenix O Online O Studios O for O Microsoft B-Application Windows I-Application starting O in O July O 18 O , O 2010 O . O Not O unlike O other O Android B-Application devices O , O there O are O a O multitude O of O third-party O typing O applications B-Application available O that O could O complement O the O Galaxy O Express O ' O stock O keyboard O . O King O Dedede O steals O the O Star O Rod O that O powers O the O fountain O and O gives O pieces O of O it O to O his O friends O in O an O effort O to O stop O Nightmare B-Application . O It O is O also O possible O for O Super B-Device Game I-Device Boy I-Device games O to O make O use O of O the O Super B-Application NES I-Application hardware O for O extra O effects O , O as O demonstrated O in O Contra O : O The O Alien O Wars O , O Donkey O Kong O , O Kirby B-Application 's I-Application Dream I-Application Land I-Application 2 I-Application , O A B-Application Bug I-Application 's I-Application Life I-Application , O FIFA B-Application 98 I-Application : I-Application Road I-Application to I-Application World I-Application Cup I-Application , O Madden B-Application ' I-Application 97 I-Application , O Animaniacs O and O Toy B-Application Story I-Application ; O these O games O had O expanded O sound O when O used O with O the O Super B-Device Game I-Device Boy I-Device . O Mobileye B-Application launched O multiple O series O productions O for O LDW O on O GM O Cadillac B-Application STS O and O DTS O vehicles O , O and O on O BMW O 5 O and O 6 O Series O vehicles O . O The O small O band O of O scientists O who O initially O escaped O managed O to O clone O the O great O human O hero O Major B-Application Havoc I-Application , O in O order O to O fly O his O Catastrofighter O through O a O wormhole O in O space O , O so O that O he O may O lead O a O clone O army O against O the O dreaded O Vaxxian O robots O , O and O to O liberate O the O remnants O of O humanity O by O destroying O the O enemy O reactors O . O After O Google B-Application Mobile I-Application Services I-Application ban O , O AppGallery B-Application is O sole O app O distribution O on O Huawei O 's O phones O . O Midori B-Protocol is O being O packaged O with O Manjaro B-Application Linux I-Application and O Trisquel B-Application Mini I-Application as O their O default O web B-Application browser I-Application as O well O and O it O even O was O the O default O web B-Application browser I-Application in O elementary B-Operating_System OS I-Operating_System and O Bodhi O Linux B-Application at O one O time O . O Written O by O Kenji O Terada O and O illustrated O by O Sango O Norimoto O , O it O follows O a O sweet O but O cowardly O young O hedgehog O named O Nicky O whose O alter B-Application ego I-Application is O the O cocky O , O heroic O Sonic B-Application . O In O February O 2013 O , O the O " O Create O " O menu O in O Google B-Application Drive I-Application was O revamped O to O include O third-party O apps O , O thus O effectively O granting O them O the O same O status O as O Google B-Application 's I-Application own O apps O . O Because O of O this O uproar O , O Capcom O and O SNK O supposedly O signed O a O deal O that O would O allow O them O to O produce O only O two O fighting O games O concerning O both O franchises O in O 1999 B-Application ( O the O Card B-Application Fighters I-Application series O ( O see O below O ) O were O not O fighting O games O and O therefore O were O exempt O from O the O rule O ) O . O SOCKS B-Application Use O a O SOCKS B-Application proxy I-Application . O Sparkster B-Application emerges O victorious O at O the O end O , O retrieving O the O key O . O This O chart O is O available O on O the O OpenSeaMap B-Application website O , O and O can O also O be O downloaded O for O use O as O an O electronic O chart O for O offline O applications O . O The O original O Visual B-Language Objects I-Language project O ( O code-named O Aspen O ) O was O started O as O part O of O Nantucket O 's O attempts O to O bring O the O Clipper B-Application language O to O Windows B-Application , O and O move O from O the O procedural B-Application to O the O object-oriented B-Language style O . O It O may O also O be O found O in O /sbin/iptables O , O but O since O iptables B-Application is O more O like O a O service O rather O than O an O " O essential O binary O " O , O the O preferred O location O remains O . O A O localized O version O of O Sunsoft O 's O Famicom O title O Atlantis B-Application no I-Application Nazo I-Application was O planned O for O release O as O Super B-Application Pitfall I-Application II O , O but O was O cancelled O . O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application : I-Application Security I-Application Breach I-Application is O a O 2021 O video O game O developed O by O Steel O Wool O Studios O and O published O by O ScottGames O . O Designed O by O Gary O Grigsby O and O Keith O Brors O , O it O is O the O successor O to O Gary B-Application Grigsby I-Application 's I-Application Pacific I-Application War I-Application ( O 1992 O ) O and O Uncommon B-Application Valor I-Application : I-Application Campaign I-Application for I-Application the I-Application South I-Application Pacific I-Application ( O 2002 O ) O . O The O first O two O games O in O the O series O are O Fullmetal B-Application Alchemist I-Application and I-Application the I-Application Broken I-Application Angel I-Application and O Fullmetal B-Application Alchemist I-Application 2 I-Application : I-Application Curse I-Application of I-Application the I-Application Crimson I-Application Elixir I-Application . O WarBreeds B-Application provides O a O different O concept O on O construction O of O units O and O buildings O as O compared O with O other O real O time O strategy O games O . O Off B-Application Road I-Application Challenge I-Application is O a O video O game O developed O and O published O by O Midway O Games O . O Described O as O a O " O dark O , O sad O , O weird O and O funny O first-person O exploration O game O ( O that O ) O emphasizes O mood O and O character O over O gameplay O , O " O the O game O is O a O horror-themed O adventure O game O in O which O the O player O performs O the O last O routines O of O a O suicidal O man O obsessed O with O a O painting O . O The B-Application Static I-Application Speaks I-Application My I-Application Name I-Application was O praised O by O critics O for O its O unique O tone O and O unusual O partnership O of O disturbing O and O absurd O themes O . O Its O file-by-file O scanning O feature O has O jokingly O been O titled O " O Luke B-Application Filewalker I-Application " O by O the O developers O , O as O a O reference O to O the O Star B-Application Wars I-Application media O franchise O character O " O Luke O Skywalker O " O . O It O was O created O in O celebration O of O the O Star B-Application Ocean I-Application series O ' O 20th O anniversary O , O and O features O characters O from O all O previous O titles O in O the O franchise O , O as O well O as O music O from O series O composer O Motoi O Sakuraba O . O The O campaign O also O features O flashback O missions O , O where O the O player O takes O on O the O role O of O Larkin O 's O older O brother O , O Joe O Larkin O , O during O his O military O service O as O a O U.S. O Army O helicopter O pilot O during O a O 2012 O war O in O Takistan O , O the O fictional O country O that O was O the O setting O of O Bohemia O Interactive O 's O 2010 O video O game O , O ARMA B-Application 2 I-Application : I-Application Operation I-Application Arrowhead I-Application . O The O game O launched O for O the O Nintendo B-Application Switch I-Application worldwide O on O October O 19 O , O 2017 O , O and O this O version O can O support O up O to O eight O players O with O individual O Joy-Con B-General_Concept controllers O . O Dying O with O no O lives O results O in O a O game B-Application over I-Application screen O . O YouTube B-General_Concept toy O reviewer O Mike O Mozart O of O JeepersMedia O considered O Laden B-Application VS I-Application USA I-Application " O the O worst O concept O for O a O game O in O history O " O and O said O that O " O it O boggles O the O mind O that O it O was O actually O manufactured O and O sent O to O the O United O States O " O . O Apple O Inc O . O developed O Siri B-Application following O the O 2010 O acquisition O of O Siri B-Application Inc. O , O a O spin-off O of O SRI O International O , O which O is O a O research O institute O financed O by O DARPA O and O the O United O States O Department O of O Defense O . O The O theme O has O also O charted O on O the O Spotify B-Application " O Japan O Viral O 50 O " O chart O . O WWE B-Application SuperCard I-Application is O a O 2014 O digital B-Application collectible I-Application card I-Application game I-Application featuring O WWE O Superstars O for O iOS B-Application and O Android B-Application , O and O a O mobile O installment O in O the O WWE O video O game O series O , O under O the O WWE O 2K O banner O , O developed O by O Cat O Daddy O Games O and O published O by O 2K O . O C++ B-Language is O used O for O the O simulation O part O and O Go B-Application for O the O multiplayer O server O . O They O later O described O the O ZX B-Operating_System Spectrum I-Operating_System version O as O a O " O Pretty O standard O beat B-Application ' I-Application em I-Application up I-Application " O that O " O You O 've O probably O seen O " O before O , O saying O players O should O " O only O buy O if O you O 're O addicted O to O the O genre O and O you O 've O already O got O the O better O ones. O " O But O these O bytes B-Application are O not O left O empty O . O The O process O of O setting O up O a O materialized B-Application view I-Application is O sometimes O called O materialization O . O Mr. O Baldini O asks O Putt-Putt B-Application to O deliver O Zoo O Chow O to O Outback O Al O , O the O new O zookeeper O , O to O which O Putt-Putt B-Application agrees O . O This O makes O the O gap B-Data_Structure buffer I-Data_Structure a O simpler O alternative O to O the O rope B-Data_Structure for O use O in O text B-Application editors I-Application such O as O Emacs B-Application . O It O arises O in O computer B-Application vision I-Application or O robotics O where O the O pose O or O transformation O of O an O object O can O be O used O for O alignment O of O a O computer-aided B-Application design I-Application models O , O identification O , O grasping O , O or O manipulation O of O the O object O . O Simple B-Protocol DNS I-Protocol Plus I-Protocol , O a O resolving O and O authoritative O DNS B-Application server O for O Windows B-Application , O added O support O for O DoT O in O version O 9.0 O released O 28 O September O 2021 O . O In O recent O times O , O many O underground O forum B-Application websites O dedicated O to O the O hobby O of O satellite B-Application piracy O and O encryption O emulated B-Application Free O To O Air O ( O FTA O ) O receivers O have O been O set O up O , O giving O up-to-date O information O on O satellite B-Application and O cable B-Application piracy I-Application , O including O making O available O firmware B-Application downloads O for O receivers O , O and O very O detailed O encryption O system O information O available O to O the O public O . O Type O 80 O 's O were O not O the O only O radars B-Application moved O to O the O ATC O role O . O The O game O was O released O on O Steam B-Application on O March O 26 O , O 2015 O . O Quote O 's O hat O is O also O featured O in O the O game O Terraria B-Application . O Lastly O , O both O languages O reference O the O same O Base O Classes O of O the O .NET B-Application Framework I-Application to O extend O their O functionality O . O Requires O a O button O called B-Operating_System Button1 O . O In O Armageddon O , O the O Martian O colonists O now O reside O underground O following O the O destruction O of O the O machine O responsible O for O terraforming O Mars B-Application . O Originally O meant O to O be O released O in O Japan O before O Final B-Application Fantasy I-Application VI I-Application , O delays O occurred O in O Live O A O Lives O production O and O the O release O order O was O reversed O . O This O presents O many O advantages O as O mod O authors O do O not O need O to O worry O about O crashing O the O entire O game O with O bad O code O , O clients O could O show O more O advanced O effects O and O game O menus O than O was O possible O in O Quake B-Application II I-Application and O the O user O interface O for O mods O was O entirely O customizable O . O Unless O operations O which O require O a O specific O endianness O are O used O , O a O QVM O file O will O run O the O same O on O any O platform O supported O by O Quake B-Application III I-Application Arena I-Application . O Some O messageboards B-Application use O phpBB B-Application , O which O is O a O free B-License open-source B-Application package O . O The O game O was O released O in O Japan O October O 1999 O , O running O on O the O Namco B-Application System I-Application 12 I-Application arcade O system O board O and O sold O only O as O a O conversion O kit O for O other O arcade O units O . O nm-applet O is O the O GNOME B-Application applet B-Language for O NetworkManager B-Protocol . O FIFA B-Application Street I-Application 3 I-Application is O an O arcade-style O sports O game O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System and O Nintendo B-Device DS I-Device . O Metalink B-Application 3.0 O files O have O the O extension O and O are O XML B-Protocol text O files O . O Batman B-Application Beyond I-Application : I-Application Return I-Application of I-Application the I-Application Joker I-Application , O known O as O Batman O of O the O Future O : O Return O of O the O Joker O in O Europe O , O is O a O scrolling B-Application beat I-Application ' I-Application em I-Application up I-Application video O game O developed O by O Kemco O and O released O by O Ubi O Soft O for O the O Game B-Device Boy I-Device Color I-Device , O PlayStation B-Device and O Nintendo B-Operating_System 64 I-Operating_System in O 2000 O and O 2001 O . O Italy O 's O DVB-T O services O from O RAI O ( O public O broadcaster O ) O and O Mediaset O ( O largest O commercial O broadcaster O ) O use O H.264/AVC B-Application for O encoding O HD O transmissions O since O 2008 O . O Seas B-Application of I-Application Blood I-Application is O an O adaptation O of O the O Fighting O Fantasy O gamebook O , O Seas B-Application of I-Application Blood I-Application . O the O practice O of O creating O multiple O backup B-Application data O streams O from O a O single O system O to O multiple O storage O devices O . O The O name O change O was O motivated O by O the O fact O that O the O word O " O phun B-Application " O is O used O by O many O sites O deemed O inappropriate O for O younger O users O and O the O fact O that O trademarking O " O phun B-Application " O was O nearly O impossible O . O The O match O is O timed O : O if O a O Suspect O is O arrested O , O 30 O seconds O are O deducted O , O and O if O the O Suspects O cannot O extract O the O briefcase B-Application in O time O , O they O lose O . O 5D O 's O World O Championship O 2011 O : O Over O the O Nexus O NDS B-Device 11 O Gatling B-Application Gears I-Application XBLA B-Device 16Terraria O Win B-Application 17 O Battle O vs O . O The O area O arose O owing O to O the O emergence O of O many O modern O data B-Application sets O in O which O the O dimension O of O the O data B-Application vectors O may O be O comparable O to O , O or O even O larger O than O , O the O sample O size O , O so O that O justification O for O the O use O of O traditional O techniques O , O often O based O on O asymptotic O arguments O with O the O dimension O held O fixed O as O the O sample O size O increased O , O was O lacking O . O In O May O 2013 O , O when O Lab O Zero O Games O was O asked O on O their O official O Twitter B-Application account I-Application about O a O potential O release O for O Nintendo O 's O Wii B-Device U I-Device console O , O the O developer O replied O that O while O it O was O possible O , O it O "[wasn't] O looking O likely O " O , O citing O the O console O 's O low O sales O and O not O having O an O established O " O digital O presence O " O at O the O time O . O The O Tor B-Application Project I-Application states O that O Tor B-Application users O include O " O normal O people O " O who O wish O to O keep O their O Internet O activities O private O from O websites O and O advertisers O , O people O concerned O about O cyber-spying O , O and O users O who O are O evading O censorship O such O as O activists O , O journalists O , O and O military O professionals O . O Each O sector O can O be O home O to O some O enemy O ships O , O a O starbase B-Application , O both O , O or O nothing O . O Julia B-Application Julia B-Application implements B-Language serialization B-Application through O the O serialize( ) O / O deserialize( ) O modules O , O intended O to O work O within O the O same O version O of O Julia B-Application , O and/or O instance O of O the O same O system O image O . O It O was O originally O released O for O Classic B-Application Mac I-Application OS I-Application but O was O ported O to O OS B-Operating_System X I-Operating_System shortly O after O that O operating O system O 's O release O . O As O the O Elite O Forces O fight O the O Avars O , O they O receive O a O fragmented O communication O from O Commander O Joe O ( O presumably O Super B-Application Joe I-Application ) O , O an O ally O who O had O infiltrated O their O territory O . O TextPad B-Application has O received O generally O favorable O reviews O . O The O original O concept O of O arena B-Application combat O never O made O it O to O the O coding O stage O , O so O few O artifacts O from O that O era O of O development O remain O : O the O game O 's O title O , O and O a O text O file O with O the O names O of O fighting O teams O from O every O large O city O in O Tamriel O , O and O a O brief O introduction O for O them O . O Wagner O tells O Grey O that O the O virus O is O man-made O , O developed O as O part O of O the O " O Dead B-Application Effect I-Application " O project O , O but O was O accidentally O leaked O and O infected O the O entire O crew O . O The O developers O of O both O Chrome B-Operating_System and O Firefox B-Application committed O to O developing O Metro-style O variants O of O their O browsers B-Application ; O while O Chrome B-Operating_System 's O " O Windows B-Application 8 I-Application mode O " O ( O discontinued O on O Chrome B-Operating_System version O 49 O ) O uses O a O full-screen O version O of O the O existing O desktop O interface O , O Firefox B-Application 's O variant O ( O which O was O first O made O available O on O the O " O Aurora O " O release O channel O in O September O 2013 O ) O uses O a O touch-optimized O interface O inspired O by O the O Android B-Application variant I-Application of I-Application Firefox I-Application . O The O project O is O mainly O supported O by O the O , O Oracle B-Application , O and O . O Although O MacTerminal B-Operating_System was O compatible O with O the O original O 128K O model O using O Apple O 's O optional O 300 O or O 1200 O bit/s O external B-Application modem I-Application designed O for O the O Apple B-Device II I-Device , O MacTerminal B-Operating_System was O not O available O for O general O release O at O the O 128K O 's O launch O date O . O It O was O updated O for O a O second O time O , O with O a O non-blurred O image O ( O a O piece O of O concept O art O ) O , O redirecting O to O Google B-Application Maps I-Application with O the O search O field O set O as O 502 O 2nd O Avenue O in O Seattle O . O Honkai B-Application Impact I-Application 3rd I-Application is O set O in O an O alternate O version O of O Earth O , O plagued O by O catastrophes O resulting O from O the O Honkai B-Application . O Originally O a O developer O at O Asmik O that O designed O Catrap B-Application for O the O Game B-Device Boy I-Device , O he O was O integrated O into O Namco O 's O console O game O division O to O begin O work O on O the O new O controller O . O IBM O originally O developed O ISAM B-Application for O mainframe B-Architecture computers I-Architecture , O but O implementations O are O available O for O most O computer O systems O . O The O Surface B-Device Laptop I-Device Go I-Device uses O a O tenth-generation O Intel B-Device Core I-Device i5 I-Device processor O with O Intel B-Application UHD I-Application Graphics I-Application . O TiVo B-Application added O a O number O of O broadband O features O , O most O of O which O are O no O longer O offered O . O A O naming O scheme O would O look O something O like O this O : O Movie.title.year-of-production.TELECINE.Codec-Groupname O . O The O quality O of O a O good O telecine B-Application is O generally O comparable O to O a O DVD O without O any O post-processing O . O The O Mk O IV O director O was O a O considerable O improvement O and O used O gyroscopes B-Application in O a O gyro B-Device rate I-Device unit I-Device coupled O to O an O optical O rangefinder O and O Type O 282 O radar O to O determine O the O range O , O speed O and O direction O of O enemy O aircraft O and O then O used O an O on-director B-Device computer I-Device to O produce O an O accurate O fire O control O solution O to O hit O the O target O . O Most O C B-Language compilers O that O target O UNIX B-Application and O Linux B-Application do O not O have O this O header O and O do O not O supply O the O library O functions O . O Total B-Application Club I-Application Manager I-Application 2003 O is O a O football-oriented O computer O game O in O the O FIFA B-Application Manager I-Application series I-Application , O the O first O game O to O be O released O in O the O Total B-Application Club I-Application Manager I-Application series O . O " O Although O the O series O seems O to O have O a O tendency O toward O male O fan O service O , O Flame B-Application of I-Application Recca I-Application can O be O as O enjoyable O for O gals O as O it O is O for O guys. O " O Quest B-Application for I-Application Glory I-Application III I-Application : I-Application Wages I-Application of I-Application War I-Application is O a O hybrid O adventure/role O -playing O video O game O released O in O 1992 O for O MS-DOS B-Application . O The O Native B-Application API I-Application is O a O lightweight O application B-Application programming I-Application interface I-Application ( O API B-Application ) O used O by O Windows B-Device NT I-Device and O user B-Operating_System mode I-Operating_System applications O . O The O new O GTA04 O board O fit O into O the O Neo B-Application Freerunner I-Application case O and O connected O to O the O existing O display O and O other O components O . O well O documented O building O blocks O so O user O allowed O to O write O their O own O boot O loaders O and O kernels B-Operating_System . O The O only O internals O that O are O different O are O the O 50 O formulae O for O fractal B-Application generation O . O Tachycardia B-Application , O also O called O tachyarrhythmia B-Application , O is O a O heart O rate O that O exceeds O the O normal O resting O rate O . O The O Helirin O makes O a O cameo O appearance O as O a O trophy O in O Super B-Application Smash I-Application Bros I-Application . I-Application Melee I-Application , O but O is O incorrectly O referred O to O as O " O Heririn O " O in O the O American O version O . O The O combined O topic O is O known O as O dynamic B-General_Concept voltage I-General_Concept and I-General_Concept frequency I-General_Concept scaling I-General_Concept ( O DVFS O ) O . O In O versions O of O Mozilla B-Application Firefox I-Application that O support O the O tag B-General_Concept , O the O text O alternates O between O being O visible O for O three O quarters O of O a O second O and O being O invisible O for O one O quarter O of O a O second O . O Batman B-General_Concept travels O in O the O Batwing O to O confront O the O Penguin O in O his O Iceberg O lounge O club O . O Fault-tolerant B-General_Concept systems I-General_Concept avoid O service O failure O when O faults O are O introduced O to O the O system O . O Detect O that O a O stack B-General_Concept buffer I-General_Concept overflow I-General_Concept has O occurred O and O thus O prevent O redirection O of O the O instruction B-General_Concept pointer I-General_Concept to O malicious O code O . O For O comparison O , O even O Intel O 's O first O ( O 1971 O ) O microprocessor B-Architecture , O the O four-bit O Intel B-General_Concept 4004 I-General_Concept , O required O about O 2,300 O transistors B-Application in O its O monolithic O design O . O In O other O words O , O it O combines O both O amplitude-shift O keying O ( O ASK O ) O and O phase-shift B-General_Concept keying I-General_Concept ( O PSK O ) O . O Matthew O claimed O that O the O game O runs O at O 30 O frames O per O second O and O displays O around O 20.000 O polygons B-General_Concept on-screen O with O minimal O texture O mapping O , O among O other O techniques O . O Assemblers B-Language on O other O System/360 B-Application operating B-General_Concept systems I-General_Concept through O System/370 B-Device , O System/390 B-Device , O and O System B-Device z I-Device , O as O well O as O the O UNIVAC B-Device Series I-Device 90 I-Device mainframes O made O by O Sperry O Corporation O , O and O the O BS2000 B-Application Mainframes O currently O made O by O Fujitsu O , O inherited O and O extended O its O syntax O . O This O change O was O made O so O Microsoft O could O continue O to O service O the O operating B-General_Concept system I-General_Concept while O avoiding O “ O version-related O issues O ” O . O Protocols O for O shared B-General_Concept file B-Application systems I-Application — O such O as O 9P B-Operating_System and O the O Network B-Protocol File I-Protocol System I-Protocol — O are O beyond O the O scope O of O this O article O , O as O are O file B-Application synchronization I-Application protocols O . O page O requests O are O first O passed O to O a O front-end O layer O of O Varnish B-Language caching B-General_Concept servers I-General_Concept and O back-end O layer O caching B-General_Concept is O done O by O Apache B-Language Traffic I-Language Server I-Language . O Each O execution B-General_Concept unit I-General_Concept supports O 7 O threads B-Operating_System , O meaning O that O the O design O has O 512 O concurrent O pipelines O . O The O GeForce O 9M O series O for O notebooks O architecture B-General_Concept . O Due O to O problems O with O the O Williams B-General_Concept tubes I-General_Concept , O the O decision O was O made O to O switch O to O magnetic-core O memory O instead O . O The O power O connectors O on O the O back O of O these O systems O incorporate O a B-General_Concept " O keying O " O system O that O will O prevent O plugging O a B-General_Concept ( O newer O ) O lower-rated O power O supply O into O an O older O system O ( O which O needs O more O power O ) O . O and O programming O libraries O may O implement O table B-General_Concept extraction I-General_Concept from O webpages O . O In O software B-General_Concept engineering I-General_Concept and O computer B-General_Concept science I-General_Concept , O abstraction B-Application is O : O SymmetricDS B-General_Concept runs O either O as O a O standalone O server O ( O using O a O built-in O Jetty B-Language ) O , O within O an O application O server O ( O such O as O Apache B-Language Tomcat I-Language ) O , O or O embedded O into O an O application O . O The O Sinclair B-Device QL I-Device had O 128KB O of O memory O , O but O after O the O operating B-General_Concept system I-General_Concept had O taken O its O share O of O it O , O only O 97KB O were O left O for O programs O to O run O . O Matrox B-Application had O released O their O Parhelia O 512 O several O months O earlier O , O but O this O board O did O not O show O great O gains O with O its O 256-bit O bus B-General_Concept . O EPICS B-Application uses O client B-Operating_System – I-Operating_System server I-Operating_System and O publish B-Operating_System – I-Operating_System subscribe I-Operating_System techniques O to O communicate O between O computers.Servers O , O the O “ O input/output B-General_Concept controllers O ” O ( O IOCs O ) O , O collect O experiment O and O control O data O in O real O time O , O using O the O measurement O instruments O attached O to O them.This O information O is O then O provided O to O clients O , O using O the O high-bandwidth O Channel O Access O ( O CA O ) O or O the O recently O added O pvAccess O networking O protocols O that O are O designed O to O suit O real-time B-General_Concept applications I-General_Concept such O as O scientific O experiments O . O Yijie O Han O and O Mikkel O Thorup O created O a O randomized B-General_Concept algorithm I-General_Concept to O sort O integers O in O expected O time O of O ( O in O Big O O O notation O ) O , O while O Han O also O created O a O deterministic B-General_Concept variant O with O running O time O . O The O ability O to O access O the O large O catalogue O of O music O stored O on O the O site O was O later O removed O entirely O , O replaced O by O links O to O YouTube B-General_Concept and O Spotify B-Application where O available O . O Ardour B-Language is O a O hard O disk O recorder O and O digital B-General_Concept audio I-General_Concept workstation I-General_Concept application O that O runs O on O Linux B-Application , O macOS B-Operating_System , O FreeBSD B-Operating_System and O Microsoft B-Application Windows I-Application . O What O distinguishes O a O CEA O from O other O software O applications O is O its O intrinsic O reliance O upon O communications B-General_Concept technologies I-General_Concept to O accomplish O its O objectives O . O The O earliest O research O into O business B-General_Concept intelligence I-General_Concept focused O in O on O unstructured O textual O data O , O rather O than O numerical O data O . O This O characteristic O makes O it O a O useful O tool O for O directly O measuring O the O general O direction O of O a O person O 's O attention O ( O either O left O or O right O ) O with O fine-grained O temporal B-General_Concept resolution I-General_Concept . O A O vane B-General_Concept display I-General_Concept is O an O electro-mechanical O type O of O 7-segment B-General_Concept display I-General_Concept . O In O numerical B-General_Concept analysis I-General_Concept , O the O split-step O ( O Fourier O ) O method O is O a O pseudo-spectral B-Algorithm numerical O method O used O to O solve O nonlinear O partial O differential O equations O like O the O nonlinear O Schrödinger O equation O . O He O added O that O " O the O YouTube B-General_Concept model O has O created O something O , O which O is O so O vast O , O but O there O are O 400 O hours O of O content O are O uploaded O every O minute O . O The O Standard O Query B-Language Operator O API B-General_Concept also O specifies O certain O operators O that O convert O a O collection O into O another O type O : O AsQueryable O : O Statically O types O the O collection O as O an O IQueryablexxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx1 O . O Microdata B-General_Concept is O specified O inside O itemtype O and O itemprop O attributes O added O to O existing O HTML B-General_Concept elements I-General_Concept ; O microformat B-General_Concept keywords O are O added O inside O class O attributes O as O discussed O above O ; O and O RDFa B-General_Concept relies O on O rel O , O typeof O and O property O attributes O added O to O existing O elements O . O The O Incremental B-General_Concept Funding I-General_Concept Methodology I-General_Concept ( O IFM O ) O is O an O ROI-informed O approach O to O software O development O in O which O software O is O developed O and O delivered O in O carefully O prioritized O chunks O of O customer O valued O functionality O . O The O only O accepted O characters O are O " O / O " O ( O DOS B-Device style O ) O , O " O - O " O ( O Unix B-Application style O ) O and O " O [ O " O ( O CP/M B-Application style O ) O . O See O also O the O related O CONFIG.SYS B-Device directive O SWITCHAR B-Device ( O to O set B-Device the O system O 's O SwitChar B-Device setting O ) O and O the O % O / O % O system O information O variable O in O some O issues O of O DR-DOS B-Application COMMAND.COM B-Operating_System ( O to O retrieve O the O current O setting O for O portable O batchjobs B-General_Concept ) O . O One O of O the O challenges O was O that O a O device O was O only O available O through O its O unique O connected O processor O , O so O the O input/output B-General_Concept ( O I/O B-General_Concept ) O system O ( O designed O by O Roy O Levien O ) O hid O the O connectivity O of O the O devices O and O routed O the O requests O to O the O hosting O processor O . O Improved O CPU B-General_Concept usage O and O tmpfs B-Application performance O under O extreme O load O 3.2 O Multiprocessor-capable O kernel B-Operating_System became O mandatory O . O Disks O could O be O hard O or O soft B-Device sectored I-Device , O single O or O double O density O , O single O or O double O sided O , O 35 O track O , O 40 O track O , O 77 O track O , O or O 80 O track O , O and O the O sector O layout O , O size O and O interleave O could O vary O widely O as O well O . O Although O translation O programs O could O allow O the O user O to O read O disk O types O from O different O machines O , O the O drive O type B-Device and O controller O were O also O factors O . O By O 1982 O , O soft-sector O , O single-sided O , O 40-track O 5.25-inch O disks O had O become O the O most O popular O format O to O distribute O CP/M B-Application software O on O as O they O were O used O by O the O most O common O consumer-level O machines O of O that O time O , O such O as O the O Apple O II O , O TRS-80 B-Device , O Osborne B-Device 1 I-Device , O Kaypro O II O , O and O IBM B-Device PC I-Device . O A O translation O program O allowed O the O user O to O read O any O disks O on O his O machine O that O had O a O similar O format O — O for O example O , O the O Kaypro O II O could O read O TRS-80 B-Device , O Osborne B-Device , O IBM B-Device PC I-Device , O and O Epson B-Device disks O . O The O first O half O of O double-sided O disks O ( O like O those O of O the O Epson B-Device QX-10 I-Device ) O could O be O read O because O CP/M B-Application accessed O disk O tracks O sequentially O with O track O 0 O being O the O first O ( O outermost O ) O track O of O side O 1 O and O track O 79 O ( O on O a O 40-track O disk O ) O being O the O last O ( O innermost O ) O track O of O side O 2 O . O Apple O II O users O were O unable O to O use O anything O but O Apple O 's O GCR O format O and O so O had O to O obtain O CP/M B-Application software O on O Apple O format O disks O or O else O transfer O it O via O serial O link O . O The O fragmented O CP/M B-Application market O , O requiring O distributors O either O to O stock O multiple O formats O of O disks O or O to O invest O in O multiformat O duplication O equipment O , O compared O with O the O more O standardized O IBM B-Device PC I-Device disk O formats O , O was O a O contributing O factor O to O the O rapid O obsolescence O of O CP/M B-Application after O 1981 O . O One O of O the O last O notable O CP/M B-Application -capable O machines O to O appear O was O the O Commodore O 128 O in O 1985 O , O which O had O a O Z80 B-General_Concept for O CP/M B-Application support O in O addition O to O its O native O mode O using O a O 6502-derivative O CPU O . O The O system O was O enclosed O in O a O pizza B-General_Concept box I-General_Concept form I-General_Concept factor I-General_Concept case O ; O a O late O change O was O the O introduction O of O vertical O supports O on O either O side O of O the O case O to O provide O a O " O garage O " O under O the O main O section O of O the O system O where O the O keyboard O could O be O stored O . O Other O radio O makers O originally O used O the O 6E5 B-General_Concept as O well O until O , O soon O after O , O the O less O sensitive O type O 6G5 B-General_Concept was O introduced O . O He O is O based O on O traditional O American O superheroes O , O like O The O Phantom O , O Batman B-General_Concept , O and O Superman B-Application . O It O leverages O rich O , O machine-interpretable O descriptions O of O data O , O services O , O and O processes O to O enable O software B-General_Concept agents I-General_Concept to O autonomously O interact O to O perform O critical O mission O functions O . O Although O the O C128 O could O access O more O than O of O RAM B-Architecture through O bank B-General_Concept switching I-General_Concept , O the O memory O inside O the O REU O could O only O be O accessed O by O memory-transfers O ( O STORE/LOAD/SWAP/COMPAREs O ) O between O the O main O memory O and O the O REU O memory O . O It O also O has O support O for O encryption O , O ZRTP B-Protocol , O DTLS B-General_Concept . O On O Windows B-Application XP I-Application or O later O Windows B-Application , O Input B-General_Concept method I-General_Concept , O or O IME O , O are O also O called O Text B-General_Concept Input I-General_Concept Processor I-General_Concept , O which O are O implemented O by O the O Text O Services O Framework O API B-General_Concept . O This O socket O is O designed O to O support O a O microprocessor B-Architecture module O . O Socket B-Device PAC611 I-Device was O introduced O with O Intel O 's O second O generation O Itanium B-General_Concept in O 2002 O . O For O example O , O graphics B-Application software I-Application , O a O fax O application O or O a O word B-General_Concept processor I-General_Concept . O The O values O 0-255 O are O reserved O for O RADIUS B-Protocol backward B-General_Concept compatibility I-General_Concept . O Coleco O also O ported O Mouse B-Application Trap I-Application to O the O Atari B-General_Concept 2600 I-General_Concept , O simplifying O graphics O and O gameplay O . O Its O successor O , O Windows B-Application 8 I-Application , O requires O a O processor B-General_Concept with O SSE2 B-General_Concept and O NX B-General_Concept in O any O supported O architecture O . O Lisp B-Language is O especially O notable O as O both O the O first O functional B-Language programming I-Language language I-Language and O the O first O language O to O introduce O garbage B-General_Concept collection I-General_Concept . O Windows B-Device Server I-Device 2019 I-Device is O a O release O of O the O Microsoft O Windows B-Device Server I-Device operating B-General_Concept system I-General_Concept that O was O announced O on O March O 20 O , O 2018 O . O Cache B-General_Concept entries O may O also O be O disabled O or O locked O depending O on O the O context O . O This O is O useful O for O creating O space O for O new O operating B-General_Concept systems I-General_Concept , O reorganizing O disk O usage O , O copying O data O residing O on O hard O disks B-Language , O and O mirroring O one O partition B-Application with O another O ( O disk O imaging O ) O . O Herbert O Glejser O , O in O his O 1969 O paper O outlining O the O Glejser B-General_Concept test I-General_Concept , O provides O a O small O sampling B-Algorithm experiment I-Algorithm to O test O the O power B-General_Concept and O sensitivity O of O the O Goldfeld B-General_Concept – I-General_Concept Quandt I-General_Concept test I-General_Concept . O The O iMac B-Device 's O processor B-General_Concept selection O saw O a O significant O increase O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN B-Device rather O than O in O CCONFIG.INI B-Device . O GPU B-Architecture is O based O on O Broadwell B-General_Concept Intel B-Application HD I-Application Graphics I-Application , O with O 12 O execution B-General_Concept units I-General_Concept , O and O supports O DirectX O 11.2 O , O OpenGL O 4.4 O , O OpenGL O ES O 3.0 O and O OpenCL O 2.0 O ( O on O Windows O ) O . O ThermoSim O extends O CloudSim B-General_Concept toolkit O by O incorporating O thermal O characteristics O , O and O uses O Deep O learning-based O temperature O predictor O for O cloud O nodes O . O Languages O that O are O strongly O typed O and O do O not O allow O direct O memory O access O , O such O as O COBOL O , O Java B-Device , O Python O , O and O others O , O prevent O buffer B-General_Concept overflow I-General_Concept from O occurring O in O most O cases O . O IEEE O 802.1Qav O supports O soft O real-time B-General_Concept . O Its O DirectDraw B-Device component O was O the O Win32 B-Library replacement O for O the O DCI O and O WinG O APIs B-General_Concept for O Windows B-Application 3.1 I-Application . O DirectX O allowed O all O versions O of O Microsoft B-Application Windows I-Application , O starting O with O Windows B-Application 95 I-Application , O to O incorporate O high-performance O multimedia O . O To O get O more O developers O on O board O DirectX O , O Microsoft O approached O id O Software O 's O John O Carmack O and O offered O to O port O Doom B-Application and O Doom B-Application 2 I-Application from O MS-DOS B-Application to O DirectX O , O free O of O charge O , O with O id O retaining O all O publishing O rights O to O the O game O . O Each O codec B-General_Concept is O further O explained O below O . O On O April O 19 O , O 2021 O , O Google B-Application announced O that O RenderScript B-Application will O be O deprecated B-General_Concept in O Android B-Application 12 I-Application , O and O recommended O porting O existing O code O to O Vulkan B-Application . O This O , O in O turn O , O allows O production O systems O to O avoid O complete O re-evaluation O of O all O facts O each O time O changes O are O made O to O the O production O system O 's O working O memory B-General_Concept . O ( O or O , O or O , O depending O on O SQL B-Language dialect O ) O marks O the O start O of O a O database B-General_Concept transaction I-General_Concept , O which O either O completes O entirely O or O not O at O all O . O Used O in O the O larger O conversation O of O what O defines O Web O 2.0 O , O O'Reilly O described O the O concept O of O perpetual B-General_Concept beta I-General_Concept as O part O of O a O customized O Internet O environment O with O these O applications O as O distinguishing O characteristics O : O To O prepare O for O the O release O of O Guilty B-Application Gear I-Application Strive I-Application , O Arc O System O Works O posted O the O entirety O of O the O Guilty B-Application Gear I-Application Xrd I-Application Story O Mode O ( O both O Sign O and O Revelator O , O including O the O three O After O Story O scenerios O in O REV2 O ) O with O Japanese O voices O in O Sign O and O English O subtitles O , O alongside O captions O in O Japanese O , O English O , O Simplified O Chinese O , O Traditional O Chinese O and O Korean O on O YouTube B-General_Concept , O with O one O chapter O of O the O story O posted O each O day O from O October O 12 O to O November O 2 O , O 2020 O . O For O over O a O year O , O in O 2018 O and O 2019 O , O no O YouTube B-General_Concept app I-General_Concept was O available O for O Amazon B-Application Fire I-Application products O . O The O National O Centre O of O Science O , O ICT O , O and O Mathematics O Education O for O Regional O and O Rural O Australia O ( O SiMERR B-General_Concept ) O grew O out O of O the O Centre O for O Cognition O Research O into O Learning O and O Teaching O ( O CRiLT O ) O , O which O was O part O of O the O School O of O Education O at O the O University O of O New O England O . O Since O these O input B-General_Concept values O are O merged O and O combined O into O the O result(s ) O and O do O not O maintain O their O independence O as O they O would O in O a O SIMD B-Device vector O processing O unit O , O the O array B-Data_Structure cannot O be O classified O as O such O . O Consequently O , O the O array B-Data_Structure cannot O be O classified O as O a O MIMD B-Operating_System either O , O because O MIMD B-Operating_System can O be O viewed O as O a O mere O collection O of O smaller O SISD B-Operating_System and O SIMD B-Device machines O . O Programs O could O not O be O executed O from O unused O thin-film B-General_Concept memory I-General_Concept locations O . O Radar B-Application output O is O even O incorporated O into O numerical B-General_Concept weather I-General_Concept prediction I-General_Concept models O to O improve O analyses O and O forecasts O . O During O World O War O II O , O military O radar B-Application operators O noticed O noise O in O returned O echoes O due O to O rain O , O snow O , O and O sleet O . O If O this O change O occurred O to O a O different O address O bit O , O the O decoding O results O would O be O different O , O but O in O general O the O effect O would O be O the O same O : O the O loss O of O a O single O address O bit O cuts O the O available O memory B-General_Concept space O in O half O , O with O resulting O duplication O ( O aliasing B-Error_Name ) O of O the O remaining O space O . O LEON B-General_Concept , O an O open B-License source I-License , O radiation-tolerant O implementation O of O the O SPARC B-Architecture V8 I-Architecture instruction B-General_Concept set I-General_Concept ( O targeting O space O applications O ) O . O B1 B-General_Concept incorporates O the O LZMA B-General_Concept compression B-General_Concept algorithm I-General_Concept . O In O 2002 O the O company O name O was O shortened O to O be O simply O Quadrics B-General_Concept . O Until O the O advent O of O bulk O non-volatile B-General_Concept memory I-General_Concept like O flash B-Device , O persistent O data B-General_Concept storage I-General_Concept was O traditionally O achieved O by O writing O the O data O to O external O block O devices O like O magnetic B-Architecture tape O and O disk B-General_Concept drives I-General_Concept . O The O operating B-General_Concept system I-General_Concept was O designed O for O multiprocessor B-Operating_System systems O ; O it O supports O preemptive O multitasking B-Operating_System and O can O make O use O of O threads B-Operating_System to O run O multiple O processes O in O parallel O . O It O is O primarily O used O to O support O binary-coded O decimal O ( O BCD O ) O arithmetic B-General_Concept . O For O example O , O each O business B-General_Concept object I-General_Concept tracks O information O about O when O it O is O new O ( O it O represents O data O that O has O n't O been O saved O yet O ) O and O when O it O is O dirty O ( O it O needs O to O be O saved O to O the O database O either O because O it O is O new O or O because O its O member O data O has O been O changed O since O it O was O last O loaded O ) O . O The O IBM B-Device 7030 I-Device Stretch I-Device , O designed O in O the O late O 1950s O , O pre-executes O all O unconditional B-General_Concept branches I-General_Concept and O any O conditional B-General_Concept branches I-General_Concept that O depended O on O the O index O registers O . O Leveraging O machine O learning O and O predictive B-General_Concept analytics I-General_Concept algorithms O , O industrial B-General_Concept big I-General_Concept data I-General_Concept can O help O to O create O value O in O various O use O case O scenarios O like O predictive O maintenance O ( O predicting O and O preventing O machine O failures O or O component O failures O , O e.g. O In O September O 1975 O , O the O advertisements O included O both O the O 6501 B-General_Concept and O the O 6502 B-General_Concept microprocessors I-General_Concept . O The O game O was O made O available O on O PlayStation B-Device 5 I-Device through O backwards B-General_Concept compatibility I-General_Concept on O November O 11 O . O The O first O coprocessor B-General_Concept of O the O series O is O the O M7 B-Device ( O codename O Oscar O ) O , O which O was O introduced O in O September O 2013 O as O part O of O the O iPhone B-Operating_System 5S I-Operating_System . O Review O Horizon O describes O the O device O as O offering O " O the O best O reading O experience O in O its O class O " O while O Engadget B-Application states O , O " O In O the O standalone O category O , O the B-General_Concept Kindle I-General_Concept is O probably O the O one O to O beat O " O . O But O they O propose O a O different O version O of O the O visual B-General_Concept Turing I-General_Concept test I-General_Concept which O takes O on O a O holistic O approach O and O expects O the O participating O system O to O exhibit O human O like O common O sense O . O At O Harlech O House O , O the O mansion O he O recognises O from O a O SaitoGemu B-General_Concept game O , O Cooper O has O an O earpiece O to O communicate O with O Katie O ; O there O are O also O cameras O throughout O . O In O July O 2017 O , O it O was O reported O that O Verizon B-Application 's I-Application mobile I-Application network I-Application had O been O limiting O streaming O services O such O as O Netflix O and O YouTube B-General_Concept to O a O speed O of O 10 O Mbps O ; O Verizon B-Application stated O to O Ars O Technica O that O it O had O been O testing O a O system O to O " O optimize O the O performance O of O video O applications O on O our O network O " O , O and O that O it O would O not O affect O video O quality O . O Schemas O are O defined O using O JSON B-General_Concept . O The O relationships O between O the O blobs B-General_Concept can O be O found O through O examining O the O tree O and O commit O objects O . O At O the O cost O of O greater O storage O requirements O , O all O upgrades O in O Guix B-Application are O guaranteed O to O be O both O atomic B-General_Concept and O can O be O rolled O back O . O For O each O line O in O the O derivative O files O , O weave O merge B-General_Concept collects O the O following O information O : O which O lines O precede O it O , O which O follow O it O , O and O whether O it O was O deleted O at O some O stage O of O either O derivative O 's O history O . O Future O plc O 's O TechRadar O recognized O Braina B-General_Concept as O one O of O the O top O 10 O free O essential O software O for O 2015 O . O The O classic O Mesa O i965 O driver O , O which O is O the O only O one O for O Haswell B-Device and O older O on O Linux O , O only O supports O core B-Device profile O for O OpenGL B-Application 3.1 O + O , O not O compatibility O profile O . O The O Iris O Gallium3D O driver O supports O compatibility O profile O for O OpenGL B-Application 4.6 O . O All O GVT O virtualization O methods O are O supported O since O the O Broadwell B-General_Concept processor O family O with O KVM B-Application and O Xen B-Operating_System . O Extensions O to O UEFI O can O be O loaded O from O virtually O any O non-volatile B-General_Concept storage I-General_Concept device O attached O to O the O computer O . O Selected O videos O on O the O regular O ( O non-mobile O ) O Google O YouTube B-General_Concept website O ( O including O suitable O quality O videos O uploaded O after O June O 2007 O ) O are O available O in O a O selectable O " O High O Quality O " O version O which O uses O H.264 B-Application , O as O well O as O having O a O higher O bitrate O and O resolution O . O In O June O 2022 O , O Activision O announced O a O collaboration O with O the B-General_Concept Terminator I-General_Concept franchise O for O Vanguards O Season O 4 O content O update O . O It O differs O from O PPM B-Algorithm in O that O it O codes O bits O rather O than O bytes O , O and O from O context B-General_Concept mixing I-General_Concept algorithms O such O as O PAQ B-Application in O that O there O is O only O one O context O per O prediction O . O This O register B-General_Concept holds O the O contents O of O the O memory O which O are O to O be O transferred O from O memory O to O other O components O or O vice O versa O . O The O RSX-11 B-Application operating B-General_Concept system I-General_Concept began O as O a O port O of O RSX-15 O to O the O PDP-11 B-Device , O although O it O later O diverged O significantly O in O terms O of O design O and O functionality O . O Memory B-General_Concept management I-General_Concept in O Linux B-Application is O a O complex O topic O . O First O of O all O , O the O kernel B-Operating_System is O not O pageable B-Architecture ( O i.e. O , O it O is O always O resident O in O physical O memory O and O cannot O be O swapped O to O the O disk O ) O . O Further O , O all O Symbian B-Operating_System programming O is O event-based O , O and O the O central B-General_Concept processing I-General_Concept unit I-General_Concept ( O CPU O ) O is O switched O into O a O low O power O mode O when O applications B-Application are O not O directly O dealing O with O an O event O . O The O game O was O released O on O the O PlayStation B-Device VR I-Device and O PlayStation B-Device VR2 I-Device , O and O the O Meta B-General_Concept Quest I-General_Concept 2 I-General_Concept . O An O animated O series O based O on O Hello O Neighbor O titled O was O announced O on O 17 O April O 2020 O , O with O a O pilot O episode O releasing O on O YouTube B-General_Concept the O same O day O . O 6502 B-General_Concept ) O NOP B-Language 1 O 0xEA O NOP B-Language consumes O two O clock O cycles O . O In O September O 2016 O , O in O a O federal O court O case O involving O a O person O operating O an O unlicensed O money O transmitting O businesses O , O the O U.S. O District O Court O for O the O Southern O District O of O New O York O ruled O that O " O Bitcoins B-General_Concept are O funds O within O the O plain O meaning O of O that O term O . O Command-line B-Application interfaces I-Application use O modes B-General_Concept only O in O limited O forms O , O such O as O for O current O directory O and O environment O variables O . O One O of O the O first O work O in O the O mobile B-General_Concept interaction I-General_Concept discipline O was O the O concept O of O the O Dynabook B-General_Concept by O Alan O Kay O in O 1968 O . O Additional O accessories O have O other O means O to O charge O the O Joy-Con B-General_Concept . O While O the O basic O Joy-Con B-General_Concept grip I-General_Concept that O ships O with O the O Switch O does O not O offer O charging O capabilities O , O a B-General_Concept separate O premium O Joy-Con B-General_Concept grip I-General_Concept includes O a B-General_Concept USB-C O connector O port O that O can O be O used O to O charge O the O Joy-Con B-General_Concept batteries O while O they O are O connected O to O this O grip O . O Pizza B-General_Concept box I-General_Concept cases I-General_Concept tend O to O be O wide O and O flat O , O normally O in O height O , O resembling O pizza O delivery O boxes O and O thus O the O name O . O In O 2006 O , O Intel O announced O a O plan O to O return O the O Pentium B-General_Concept trademark O from O retirement O to O the O market O , O as O a O moniker O of O low-cost O Core B-Device microarchitecture I-Device processors O based O on O the O single-core O Conroe-L O but O with O 1 O MB O of O cache B-General_Concept . O The O ANS O 700/200 O features O the O more O advanced O PowerPC B-Architecture 604e O clocked O at O 200MHz O , O with O an O L1 O cache O of O 64kB O . O The O L2 O cache O of O the O ANS O is O mounted O on O a O SIMM B-General_Concept , O with O a O standard O size O of O 512kB O for O the O 500 O and O 1MB O for O the O 700s O . O Tuxedo B-Application ( O Transactions O for O Unix B-Application , O Extended O for O Distributed O Operations O ) O is O a O middleware B-General_Concept platform O used O to O manage O distributed O transaction O processing O in O distributed B-Architecture computing I-Architecture environments O . O Some O early O programmers O combined O instructions O and O data B-General_Concept in O words O as O a O way O to O save O memory B-General_Concept , O when O it O was O expensive O : O The O Manchester B-Device Mark I-Device 1 I-Device had O space O in O its O 40-bit O words O to O store O little O bits O of O data B-General_Concept – O its O processor O ignored O a O small O section O in O the O middle O of O a O word O – O and O that O was O often O exploited O as O extra O data B-General_Concept storage O . O In O a O two-stage O watchdog B-Application , O the O first O timer O is O often O used O to O activate O fail-safe B-General_Concept outputs O and O start O the O second O timer O stage O ; O the O second O stage O will O reset O the O computer O if O the O fault O cannot O be O corrected O before O the O timer O elapses O . O Compatibility B-General_Concept with O the O original O system O is O usually O the O explicit O purpose O of O cloning O hardware B-Architecture or O low-level O software O such O as O operating B-General_Concept systems I-General_Concept ( O e.g. O BioJava B-Language 5.0.0 O is O the O first O released O based O on O Java B-Language 8 O which O introduces O the O use O of O lambda B-General_Concept functions I-General_Concept and O streaming O API B-Application calls O . O and O the O former O Enterprise O Storage B-General_Concept website O was O updated O stating O " O SUSE O has O refocused O the O storage B-General_Concept efforts O around O serving O our O strategic O SUSE O Enterprise O Storage B-General_Concept Customers O and O are O no O longer O actively O selling O SUSE O Enterprise O Storage. O " O Creative B-General_Concept Computing I-General_Concept liked O Wizard B-Application and I-Application the I-Application Princess I-Application , O approving O of O the O Atari O version O 's O graphics O and O comparing O its O difficulty O to O " O some O of O Scott O Adams O ' O efforts O " O . O NSF O also O proposed O that O an O academic O research O network O be O built O called O the O Very O high-speed O Backbone B-General_Concept Network O Service O ( O vBNS O ) O and O MCI O responded O . O If O the O write O is O performed O using O this O command O , O the O data O to O be O written O back O is O guaranteed O to O be O irrelevant O , O and O may O simply O be O invalidated O in O the O write-back O cache B-General_Concept . O It O provides O control O over O the O testing O methods O , O duration O , O threads B-Operating_System , O queues B-Operating_System , O IO B-General_Concept and O processor B-Operating_System affinity I-Operating_System , O and O reporting O . O XAM B-General_Concept , O or O the O eXtensible O Access O Method O , O is O a O storage B-General_Concept standard O developed O and O maintained O by O the O Storage B-General_Concept Networking O Industry O Association O ( O SNIA O ) O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O enforcing O arc O consistency B-General_Concept establishes O satisfiability O of O problems O made O of O binary O constraints O with O no O cycles O ( O a O tree O of O binary O constraints O ) O ; O The O NRG B-General_Concept format O does O not O store O its O data O as O a O header O at O the O beginning O of O a O file O . O Digital B-General_Concept transaction I-General_Concept management I-General_Concept ( O DTM O ) O is O a O category O of O cloud B-Architecture services I-Architecture designed O to O digitally O manage O document-based O transactions O . O Players O can O participate O in O fAR-Play B-General_Concept anonymously O , O or O create O and O sign O into O a O fAR-Play B-General_Concept account O . O The O signal B-Operating_System approach O , O though O relatively O simple O to O implement O within O the O OS O , O brings O to O the O application O program O the O unwelcome O baggage O associated O with O writing O an O operating B-General_Concept system I-General_Concept 's O kernel B-Operating_System interrupt B-Application system O . O To O achieve O improved O error B-Error_Name correction I-Error_Name and I-Error_Name detection I-Error_Name , O Mode O 1 O , O used O mostly O for O digital O data B-General_Concept , O adds O a O 32-bit O cyclic O redundancy O check O ( O CRC O ) O code O for O error B-Error_Name detection I-Error_Name , O and O a O third O layer O of O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name error I-Error_Name correction I-Error_Name using O a O Reed-Solomon B-Error_Name Product-like O Code O ( O RSPC O ) O . O It O turns O out O that O Shewhart B-General_Concept charts I-General_Concept are O quite O good O at O detecting O large O changes O in O the O process O mean O or O variance O , O as O their O out-of-control O ARLs O are O fairly O short O in O these O cases O . O The O distribution B-Application provided O a O ' O No O Codecs B-General_Concept ' O version O for O magazines O , O companies O , O and O distributors O in O the O United O States O , O Japan O , O and O countries O where O the O legislation O allows O patents O to O apply O to O software O and O distribution B-Application of O restricted O technologies O may O require O the O acquisition O of O third-party O licences O ; O however O , O this O version O was O discontinued O with O release O of O v18 O Sarah O . O Carrier-grade.SynthesisWindows O , O OS O X O , O Linux O x86SyncML O ServerSDK O - O ( O Java O , O C/C O ++ O , O .Net O API O 's O ) O , O OEM O & O ISV O PartnerssyncgwPHPSyncML O , O CalDAV B-Protocol , O CardDAV B-Protocol , O ActiveSync O Serverplatform O independent O PHP O SyncML B-General_Concept server O , O OMA O push O service O ; O Support O for O WebDAV O ( O CardDav/CalDAV O ) O and O Exchange O ActiveSync O ( O EAS O ) O libsynthesisLinux O , O iOSSyncML O client+server O engine O libraryOpen O Source O , O LGPL+EPL O , O DB O backend O via O plugins O or O SQL O , O custom O content O formats O possibleCompelsonASP O .Net O , O IIS O , O SQL O ServerSyncML O ServerIceWarp O Messaging O ServerWindows O , O LinuxSyncML O ServerEnterprise O GroupwareWinfonie O mobile O 2WindowsDesktop O SyncML B-General_Concept Server O ( O discontinued O , O no O longer O available O ) O Desktop O SyncML B-General_Concept server O , O connects O with O Microsoft O Outlook O , O Lotus O Notes O , O Lotus O Organizer O , O Mozilla O Thunderbird O , O Lightning O , O Tobit O David O , O Palm O Desktop O , O combit O etc.SynchronicaJava O ( O Solaris O , O Linux O , O Windows O , O OS O X O ) O Mobile O GatewayService O Providers O , O OEMS O , O Enterprise O , O supports O OMA O CP O , O OMA O DS O Push O , O OMA O EMN O and O IMAP O IDLEHordeLinuxHordeWeb O Groupware O , O open O sourceAccess O NetFront O SyncLinux O , O SolarisSyncML O ServerEnterprise O sync O solutioneGroupWarePHPSyncML O ServerEmail O uses O IMAP O , O Open O Source O groupwareTimeMaker O ServerLinuxSyncML O ServerLeadership O software O . O A O REST B-Protocol API I-Protocol is O built-in O , O covering O CRUD B-General_Concept actions O for O the O core O content O types O within O BookStack B-Protocol . O In O database B-Application management I-Application systems I-Application ( O DBMS B-General_Concept ) O , O a O prepared B-Language statement I-Language , O parameterized B-Language statement I-Language , O or O parameterized B-Language query I-Language is O a O feature O used O to O pre-compile O SQL B-Language code I-Language , O separating O it O from O data O . O In O common O with O many O PC O clones O of O the O era O , O MS-DOS B-Application 4 O is O problematic O and O generally O avoided O . O The O Tandy O 1000 O SL O and O SL/2 O feature O an O Intel B-General_Concept 8086 I-General_Concept processor O running O at O 8MHz O . O This O is O socketed O , O and O thus O upgradeable O with O an O NEC B-Device V30 I-Device . O Both O machines O can O be O expanded O to O , O although O the O graphics O controller O reserves O a O portion O of O this O memory O , O yielding O only O to O the O operating O system O , O even O on O systems O using O add-in O ISA B-Architecture graphic O cards O . O The O SL O series O offers O five O 8-bit O XT-compatible O ISA B-Architecture slots I-Architecture , O and O does O not O come O with O pre-installed O real-time O clock O chips O , O making O them O optional O upgrades O in O the O form O of O the O plug-in O Dallas O DS1216E O SmartWatch O . O The O cache B-General_Concept would O have O three O extra O bits O : O One-class B-General_Concept classification I-General_Concept can O be O particularly O useful O in O biomedical O studies O where O often O data O from O other O classes O can O be O difficult O or O impossible O to O obtain O . O Scalable B-Protocol Source I-Protocol Routing I-Protocol ( O SSR O ) O is O a O routing B-Protocol protocol I-Protocol for O unstructured O networks O such O as O mobile B-General_Concept ad I-General_Concept hoc I-General_Concept networks I-General_Concept , O mesh B-Architecture networks I-Architecture , O or O sensor B-Architecture networks I-Architecture . O Linux B-Application – O Tested O on O x86 B-Operating_System , O x86-64 B-Device and O Blackfin B-General_Concept . O GraphBLAS B-Application objects O , O including O matrices O and O vectors O , O are O opaque B-General_Concept data B-General_Concept structures I-General_Concept . O With O the O aid O of O machine O learning O techniques O , O eye B-General_Concept tracking I-General_Concept data O may O indirectly O reveal O information O about O a O user O 's O ethnicity O , O personality O traits O , O fears O , O emotions O , O interests O , O skills O , O and O physical O and O mental O health O condition O . O It O is O defined O by O , O but O not O used O on O Linux B-Application , O where O a O x87 B-Application coprocessor O stack O fault O will O generate O SIGFPE B-General_Concept instead O . O The O success O of O SIMNET B-General_Concept , O the O disappointment O of O ACE-89 O , O and O the O desire O to O combine O existing O combat O simulations O prompted O DARPA O to O initiate O research O that O lead O to O ALSP B-Operating_System . O The O DLM O uses O a O generalized O concept O of O a O resource O , O which O is O some O entity O to O which O shared B-General_Concept access I-General_Concept must O be O controlled O . O The O Milbeaut B-General_Concept is O also O used O as O an O application-specific O integrated O circuit O ( O ASIC O ) O or O application-specific O standard O product O ( O ASSP O ) O . O The O final O stage O of O the O story O sees O Lancelot B-Application setting O off O from O Castle O Vagon O with O Sir O Galahad B-Application in O search O of O the O Holy B-General_Concept Grail I-General_Concept . O Eventually O , O Concurrent B-Operating_System DOS I-Operating_System 286 I-Operating_System was O reworked O from O a O potential O desktop B-General_Concept operating I-General_Concept system I-General_Concept to O become O FlexOS B-Operating_System 286 I-Operating_System for O industrial O use O in O 1986 O . O When O Intel O 's O 80386 B-General_Concept with O its O virtual B-Application 8086 I-Application mode I-Application became O available O ( O as O samples O since O October O 1985 O and O in O quantities O since O June O 1986 O ) O , O Digital O Research O switched O to O use O this O to O run O real B-Application mode I-Application DOS B-Device programs O in O virtual O DOS B-Device machines O in O protected B-Application mode I-Application under O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System 1.0 O ( O February O 1987 O ) O and O FlexOS B-Operating_System 386 I-Operating_System 1.0 I-Operating_System ( O June O 1987 O ) O . O Scratch B-General_Concept space I-General_Concept is O commonly O used O in O scientific O computing O workstations O , O and O in O graphic O design O programs O such O as O Adobe B-Operating_System Photoshop I-Operating_System . O YouTube B-General_Concept user O " O AnonymousFacts O " O , O which O Radar O Online O described O as O an O associate O of O Scientology O , O displayed O the O names O and O personal O information O of O several O supposed O Anonymous B-Algorithm members O and O accused O the O group O of O violent O threats O and O terrorism O . O In O late O 2022 O Telegram B-Application began O testing O , O for O a O select O number O of O users O , O the O ability O to O receive O their O one-time O code O via O email O , O as O well O as O testing O the O integration O of O Sign B-General_Concept in I-General_Concept with I-General_Concept Apple I-General_Concept and O Sign O in O with O Google O . O In O addition O to O in-depth O study O descriptions O , O MISSY B-General_Concept contains O detailed O variable O information O , O so O that O researchers O can O find O out O in O advance O whether O the O variables O contained O in O the O data O are O suitable O for O their O research O question O . O fcron B-Device is O another O implementation O of O cron B-General_Concept , O which O attempts O to O fulfill O the O roles O of O both O Vixiecron O and O anacron B-Device . O Hence O , O there O was O a O requirement O to O create O multiple O network O segregations O with O a O minimum O number O of O VLANs B-General_Concept . O The O POWER3 B-General_Concept was O based O on O the O PowerPC B-Architecture 620 O , O an O earlier O 64-bit O PowerPC B-Architecture implementation O that O was O late O , O under-performing O and O commercially O unsuccessful O . O It O is O typically O programmed O to O act O as O a O graphics B-General_Concept accelerator I-General_Concept chip I-General_Concept that O draws O polygons O and O advanced O 2D O effects O to O a O frame B-Algorithm buffer I-Algorithm in O the O RAM B-Architecture sitting O adjacent O to O it O . O Super B-Device Mario I-Device World I-Device 2 I-Device : I-Device Yoshi I-Device 's I-Device Island I-Device uses O the O Super O FX O 2 O for O sprite O scaling O , O rotation O , O and O stretching O . O This O chip O has O at O least O four O revisions O , O first O as O a O surface O mounted O chip O labeled O " O MARIO O CHIP O 1 O " O ( O Mathematical O , O Argonaut O , O Rotation O & O I/O O ) O , O commonly O called O the O Super O FX O , O in O the O earliest O Star B-Application Fox I-Application ( O 1993 B-Application ) O cartridges O . O It O began O with O three O possible O configurations O : O the O Resolve O DI O digital O intermediate O color O correction O tool O , O the O Resolve O FX O visual O effects O tool O , O and O the O Resolve O RT O 2K B-General_Concept resolution I-General_Concept processing O tool O . O Arm B-Application DDT I-Application also O supports O coprocessor O architectures O such O as O Intel B-General_Concept Xeon I-General_Concept Phi I-General_Concept coprocessors I-General_Concept and O Nvidia B-Architecture CUDA I-Architecture GPUs B-Architecture . O Ultimately O , O the O purpose O of O distinct O operating O modes O for O the O CPU B-General_Concept is O to O provide O hardware O protection O against O accidental O or O deliberate O corruption O of O the O system O environment O ( O and O corresponding O breaches O of O system O security O ) O by O software O . O The O multiplayer O servers O were O taken O offline O on O November O 1 O , O 2008 O ; O players O are O only O able O to O play O through O local B-General_Concept area I-General_Concept network I-General_Concept and O Direct O IP O . O A O character O drawn O from O KS O X O 1001 O ( O G1 O , O code B-General_Concept set I-General_Concept 1 O ) O is O encoded O as O two O bytes O in O GR O ( O 0xA1 O – O 0xFE O ) O and O a O character O from O or O US-ASCII B-Protocol ( O G0 O , O code B-General_Concept set I-General_Concept 0 O ) O takes O one O byte O in O GL O ( O 0x21 O – O 0x7E O ) O . O IBM O refers O to O the O double-byte O component O as O Code O page O 971 O , O and O to O EUC-KR O with O ASCII B-Protocol as O Code O page O 970 O . O In O MVS B-Application the O address B-General_Concept space I-General_Concept includes O an O additional O pageable O shared O area O , O the O Common O Storage O Area O ( O CSA O ) O , O and O an O additional O private O area O , O the O System O Work O area O ( O SWA O ) O . O The O most O common O such O robust O statistics O are O the O interquartile B-General_Concept range I-General_Concept ( O IQR B-General_Concept ) O and O the O median B-General_Concept absolute I-General_Concept deviation I-General_Concept ( O MAD O ) O . O The O PDP-8 B-Device had O but O one O accumulator B-General_Concept . O Until O then O , O VirtualBox B-Operating_System specifically O supported O some O guests O ( O including O 64-bit O guests O , O SMP B-Operating_System guests O and O certain O proprietary B-Application OSs O ) O only O on O hosts O with O hardware-assisted B-General_Concept virtualization I-General_Concept . O Although O many O other O variants O of O structured B-General_Concept light I-General_Concept projection O are O possible O , O patterns O of O parallel O stripes O are O widely O used O . O This O report O concluded O that O the O decision O to O install O red B-General_Concept light I-General_Concept cameras I-General_Concept should O be O made O on O an O intersection-by-intersection O basis O as O some O intersections O saw O decreases O in O crashes O and O injuries O that O justified O the O use O of O red B-General_Concept light I-General_Concept cameras I-General_Concept , O while O others O saw O increases O in O crashes O , O indicating O that O the O cameras O were O not O suitable O in O that O location O . O In O the O 6502 B-General_Concept , O which O has O only O a O single O arithmetic O register O A O , O this O instruction O can O be O represented O entirely O by O its O 8-bit O opcode B-Language . O Titan O from O DEC O 's O Western O Research O Laboratory O ( O WRL O ) O in O Palo O Alto O , O California O was O a O high-performance O ECL B-General_Concept based O design O that O started O in O 1982 O , O intended O to O run O Unix B-Application . O SAFE O ( O Streamlined O Architecture O for O Fast O Execution O ) O was O a O 64-bit B-Device design O that O started O the O same O year O , O designed O by O Alan O Kotok O ( O of O Spacewar B-Application ! I-Application The O GE-400 B-Device series I-Device were O time-sharing B-General_Concept Information O Systems O computers O by O General O Electric O introduced O in O 1964 O and O shipped O until O 1968 O . O The O RL O and O RL/HD O features O a O surface-mounted O 8086 B-General_Concept processor O , O 512KB O of O RAM O ( O expandable O to O 768KB O to O provide O 128KB O for O video O and O 640KB O conventional O memory O ) O , O a O DB-25 O unidirectional O parallel B-Device port I-Device instead O of O the O edge-connector O ports O , O and O the O SL O 's O enhanced O graphics O and O sound O . O These O models O also O has O MS-DOS B-Application and O a O portion O of O DeskMate B-Device in O ROM B-Device , O and O can O therefore O boot O much O faster O than O many O other O computers O on O the O market O . O It O has O a O 10MHz O 286 B-General_Concept ( O surface-mounted O ) O and O 512 O KB O of O RAM O , O and O unlike O other O 286-based O Tandy O 1000 O models O , O it O supports O 384KB O of O extended B-Device memory I-Device when O RAM O is O expanded O to O the O maximum O 1 O MB O . O However O , O it O is O not O a O full O AT-class O machine O , O as O it O still O has O an O 8-bit O ISA B-Architecture bus I-Architecture ( O as O with O the O RL O , O one O half-size O expansion O slot O ) O and O only O 8 O IRQs O and O 4 O DMA B-General_Concept channels O . O Core B-Application Data I-Application is O an O object B-Application graph I-Application and O persistence B-Library framework I-Library provided O by O Apple O in O the O macOS B-Operating_System and O iOS B-Operating_System operating B-General_Concept systems I-General_Concept . O Data B-General_Concept ecosystems I-General_Concept possess O three O major O characteristics O : O network O , O platform O , O and O co-evolution O . O One O can O use O nested O stored B-General_Concept procedures I-General_Concept by O executing O one O stored B-General_Concept procedure I-General_Concept from O within O another O . O The O other O raw O SSTV O signal O branch O was O sent O to O the O RCA O scan B-General_Concept converter I-General_Concept where O it O would O be O processed O into O an O NTSC O broadcast O television O signal O . O Server-side B-General_Concept request I-General_Concept forgery I-General_Concept ( O SSRF O ) O is O a O type O of O computer O security O exploit O where O an O attacker O abuses O the O functionality O of O a O server O causing O it O to O access O or O manipulate O information O in O the O realm O of O that O server O that O would O otherwise O not O be O directly O accessible O to O the O attacker O . O Macaulay2 B-General_Concept is O a O free B-Application computer B-General_Concept algebra I-General_Concept system I-General_Concept created O by O Daniel O Grayson O ( O from O the O University O of O Illinois O at O Urbana O – O Champaign O ) O and O Michael O Stillman O ( O from O Cornell O University O ) O for O computation O in O commutative O algebra O and O algebraic O geometry O . O The O subsequent O consolidation O of O computer B-General_Concept science I-General_Concept required O a O more O subtle O formulation O of O the O notion O of O computation O , O in O particular O explicit O representations O of O concurrency B-Architecture and O communication O . O However O , O this O also O prevents O nested O NMI O interrupts B-Application from O occurring O until O the O hardware O makes O the O NMI O input O inactive O again O , O often O under O control O of O the O NMI O interrupt B-General_Concept handler I-General_Concept . O The O simultaneous O assertion O of O the O NMI O and O IRQ B-General_Concept ( O maskable O ) O hardware O interrupt B-Application lines I-Application causes O IRQ B-General_Concept to O be O ignored O . O Brother O LW-screen O typewriters O use O PEN/GEOS O and O are O the O only O version O of O the O operating B-General_Concept system I-General_Concept that O ships O with O vendor-provided O drivers O for O scanner O and O it O included O a O GEOS B-Device scanning O application O . O In O Germany O , O the O Brother O LW750ic O system O is O equipped O with O PEN/GEOS O . O The O SIGWINCH O signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept changes O its O size O ( O a O window O change O ) O . O A O process B-Operating_System can O define O how B-Language to I-Language handle I-Language incoming I-Language POSIX I-Language signals I-Language . O If O a O process B-Operating_System does O not O define O a O behaviour O for O a O signal O , O then O the O default O handler O for O that O signal O is O being O used O . O The O table O below O lists O some O default O actions O for O POSIX-compliant O UNIX B-Application systems I-Application , O such O as O FreeBSD B-Operating_System , O OpenBSD B-Operating_System and O Linux B-Application . O Terminate B-Operating_System Abnormal O termination O of O the O process B-Operating_System . O The O process B-Operating_System is O terminated O with O all O the O consequences O of O _exit( ) O except O that O the O status O made O available O to O wait( ) O and O waitpid( ) O indicates O abnormal O termination O by O the O specified O signal O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O Stop O Stop O ( O or O suspend O ) O the O process B-Operating_System . O Continue O Continue O the O process B-Operating_System , O if O it O is O stopped O ; O otherwise O , O ignore O the O signal O . O In O 2016 O , O MuleSoft B-General_Concept was O ranked O #20 O on O the O Forbes O Cloud O 100 O list O . O It O had O paper-tape O input O and O was O capable O of O being O configured O to O perform O a O variety O of O boolean O logical O operations O on O its O data B-General_Concept , O but O it O was O not O Turing-complete O . O It O supports O record-oriented O I/O B-General_Concept , O remote O network B-Architecture access O , O and O file B-Application versioning I-Application . O Aside O from O the O obvious O space-saving O advantage O bitrate B-General_Concept peeling I-General_Concept allows O for O smaller O steps O in O the O delivery O bitrate O ( O the O end O user O will O see O the O file O in O the O highest O quality O possible O for O their O bandwidth O ) O . O The O Adventures O of O Elmo B-General_Concept in O GrouchlandThe O Adventure O of O Elmo B-General_Concept in O Grouchland O is O a O game O that O follows O Elmo B-General_Concept as O he O travels O to O Grouchland O in O search O of O his O blue O blanket O . O Alpha O Beam O with O ErnieAlpha O Beam O with O Ernie O was O originally O released O in O 1983 O only O on O Atari B-General_Concept 2600 I-General_Concept . I-General_Concept The O Intel B-Device GMA I-Device 9xx O family O are O integrated O GPUs B-Architecture with O a O Uniform O Memory B-General_Concept Architecture I-General_Concept ( O UMA O ) O , O where O the O GPU B-Architecture and O CPU O share O the O physical O memory O , O and O there O is O not O a O dedicated O VRAM O . O GEM O defines O " O memory O domains O " O for O memory O synchronization O , O and O while O these O memory O domains O are O GPU-independent O , O they O are O specifically O designed O with O an O UMA O memory B-General_Concept architecture I-General_Concept in O mind O , O making O them O less O suitable O for O other O memory B-General_Concept architectures I-General_Concept like O those O with O a O separate O VRAM O . O For O this O reason O , O other O DRM O drivers O have O decided O to O expose O to O user-space B-Operating_System programs O the O GEM O API B-Application , O but O internally O they O implemented O a O different O memory O manager O better O suited O for O their O particular O hardware O and O memory B-General_Concept architecture I-General_Concept . O Atari B-General_Concept 7800 I-General_Concept Forever O gave O it O a O 4 O out O of O 5 O , O praising O the O whimsical O gameplay O and O the O overall O fun O factor O of O the O game O . O The O number O of O red B-General_Concept light I-General_Concept cameras I-General_Concept in O Hong O Kong O doubled O in O May O 2004 O , O and O digital O red B-General_Concept light I-General_Concept cameras I-General_Concept were O introduced O at O intersections O identified O by O the O police O and O transport O department O as O having O the O most O violations O and O greatest O risk O . O The O Copper O runs O a O program O called O the O Copper O list O in O parallel O with O the O main O CPU B-General_Concept . O Processor O performance O states O are O defined O by O the O Advanced B-Device Configuration I-Device and I-Device Power I-Device Interface I-Device ( O ACPI B-Device ) O specification O , O an O open O standard O supported O by O all O major O operating B-General_Concept systems I-General_Concept ; O no O additional O software O or O drivers O are O required O to O support O the O technology O . O To O be O able O to O run O CP/M B-Application , O which O requires O RAM B-Architecture at O the O bottom O of O the O address O space O , O the O bank-switching B-General_Concept was O further O improved O , O allowing O the O ROM B-Device to O be O paged O out O for O another O 16KB O of O RAM B-Architecture . O During O the O game O 's O prime O , O Mythic O operated O 120 O dual-processor O Pentium B-General_Concept servers O running O Linux B-Application . O In O December O 2017 O , O Broadsword O Games O announced O Dark O Age O of O Camelot B-Application : O Endless O Conquest O , O a O non-subscription O style O game O account O allowing O players O to O play O the O game O for O free O , O with O some O restrictions O on O how O many O characters O the O player O can O have O , O character O classes O , O as O well O as O some O services O within O the O game O . O AMP O HTML B-Language , O which O is O standard O HTML B-General_Concept markup I-General_Concept with O web B-Language components I-Language ; O A O faster O logic B-General_Concept family I-General_Concept called O FAST O ( O Fairchild O Advanced O Schottky O TTL B-General_Concept ) O ( O Schottky O ) O ( O F O ) O was O also O introduced O that O was O faster O than O normal O Schottky O TTL B-General_Concept . O Version O 1.1 O was O released O on O 21 O May O 2015 O , O adding O improved O auto-completion O in O the O code O editor O , O a O visual O shader O editor O , O a O new O API B-Application to O the O operating O system O for O managing O screens O and O windows B-Application , O a O rewritten O 2D O engine O , O new O 2D O navigation O polygon B-General_Concept support O , O a O much-improved O Blender B-Application Collada O exporter O , O and O a O new O dark O theme O . O Other O methods O other O than O the O prevalent O DCT-based O transform O formats O , O such O as O fractal B-Algorithm compression I-Algorithm , O matching B-General_Concept pursuit I-General_Concept and O the O use O of O a O discrete O wavelet O transform O ( O DWT O ) O , O have O been O the O subject O of O some O research O , O but O are O typically O not O used O in O practical O products O . O The O diagram O above O shows O the O binary O representation O of O 24310 O in O the O original O register B-General_Concept , O and O the O BCD O representation O of O 243 O on O the O left O . O In O the O USA O , O surveys O indicate O the O public O support O for O red B-General_Concept light I-General_Concept camera I-General_Concept enforcement O ; O however O , O the O support O is O decreasing O if O programs O are O not O adequate O , O or O if O perception O is O focused O on O revenue O rather O than O on O saving O lives O . O Also O , O a O 65C816 B-General_Concept native O mode O operating O system O may O well O use O a O different O stack B-Application location O than O the O application O software O , O which O means O the O ISR O would O have O to O preserve O and O subsequently O restore O the O stack B-Application pointer O ( O ) O . O Files O allows O users O to O browse O local O files O stored O within O apps O , O as O well O as O files O stored O in O cloud B-Application storage I-Application services I-Application , O including O iCloud B-Application , O Dropbox B-Application , O Google B-Application Drive I-Application , O and O OneDrive B-Application . O The O app O offers O the O exclusive O playback O of O high-quality O FLAC B-Application audio O files O , O and O also O offers O support O for O viewing O text B-General_Concept files I-General_Concept , O images O , O and O ZIP B-General_Concept archives I-General_Concept , O as O well O as O limited O support O for O video O . O Among O the O many O programs O being O used O on O CP/M B-Application , O word B-General_Concept processing I-General_Concept had O emerged O as O a O significant O force O and O WordStar B-Application had O become O a O major O market O unto O itself O . O For O example O , O a O neural B-Architecture network I-Architecture may O be O more O effective O than O a O linear B-General_Concept regression I-General_Concept model I-General_Concept for O some O types O of O data O . O Increase O the O amount O of O training O data O : O If O the O model O is O underfitting B-General_Concept due O to O lack O of O data O , O increasing O the O amount O of O training O data O may O help O . O Halo B-Application 2 I-Application was O one O of O the O Xbox B-Device games O that O was O backwards-compatible B-General_Concept on O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System . O Hence O , O the O entire O database O or O any O subtree O of O it O down O to O a O single O value O can O be O represented O as O extended O JSON B-General_Concept . O In O computer B-General_Concept science I-General_Concept , O schema O versioning O and O schema B-Application evolution I-Application , O deal O with O the O need O to O retain O current O data O and O software O system O functionality O in O the O face O of O changing O database O structure O . O The O Elwro O 800 O Junior O was O Polish O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System produced O by O ELWRO O for O use O in O schools O . O It O ran O a O special O version O of O CP/M B-Application called O CP/J O . O Screen B-Application sports I-Application is O an O experience O product O that O combines O information B-General_Concept technology I-General_Concept ( O IT O ) O and O sports O . O The O 65CE02 B-General_Concept removed O this O limitation O , O thereby O improving O the O performance O of O these O commonly O used O modes O . O Once O installed O , O eAccelerator B-Language optimizes O the O compiled O bytecode O and O caches B-General_Concept this O to O shared B-Operating_System memory I-Operating_System or O disk O or O both O . O It O differs O from O the O PC-1401 O in O the O contents O of O its O ROM O and O higher O CPU B-General_Concept speed O . O The O PC-1421 O CPU B-General_Concept clocks O at O 768kHz O vs O 576kHz O for O the O PC-1401 O . O The O original O format O had O a O 4GB O ( O 232 O bytes O ) O limit O on O various O things O ( O uncompressed B-General_Concept size O of O a O file O , O compressed O size O of O a O file O , O and O total O size O of O the O archive O ) O , O as O well O as O a O limit O of O 65,535 O ( O 216-1 O ) O entries O in O a O ZIP B-General_Concept archive I-General_Concept . O MyRIO B-General_Concept is O a O real-time B-General_Concept embedded B-Architecture evaluation O board O made O by O National O Instruments O . O The O last O remaining O operating B-General_Concept system I-General_Concept distribution O to O use O it O was O NetBSD B-Device , O which O shipped O some O platforms O with O 4.5.0 O by O default O until O removing O it O as O obsolete O in O 2015 O . O and O later O releases O use O X.org B-Application by O default O on O various O ports O ( O including O i386 O and O amd64 O ) O , O and O X.org B-Application is O available O through O NetBSD B-Device pkgsrc B-Application for O architectures O for O which O XFree86 B-Device remains O the O default O because O of O better O support O . O With O the O purchase O of O the O Heathkit B-Device H8 I-Device you O would O obtain O the O chassis O and O CPU B-General_Concept card O to O assemble O yourself O , O additional O hardware B-Architecture such O as O the O H8-1 O memory B-General_Concept board O that O contained O 4k O of O RAM B-Architecture could O also O be O purchased O in O order O to O run O software O . O MySQL B-Application Allows O spatial O querying O and O storing O of O most O spatial B-General_Concept data I-General_Concept types O . O The O R4000 B-General_Concept has O an O on-die O IEEE O 754-1985-compliant O floating-point B-General_Concept unit I-General_Concept ( O FPU O ) O , O referred O to O as O the O R4010 O . O The O ISO B-General_Concept 13346/ECMA O -167 O standard O was O designed O in O conjunction O to O the O ISO B-General_Concept 13490 O standard O . O This O new O format O addresses O most O of O the O shortcomings O of O ISO B-General_Concept 9660 O , O and O a O subset O of O it O evolved O into O the O Universal O Disk O Format O ( O UDF O ) O , O which O was O adopted O for O DVDs O . O Optical B-General_Concept disc I-General_Concept images I-General_Concept are O a O common O way O to O electronically O transfer O the O contents O of O CD-ROMs B-Device . O They O often O have O the O filename O extension O .iso B-General_Concept ( O .iso9660 O is O less O common O , O but O also O in O use O ) O and O are O commonly O referred O to O as O " O ISOs B-General_Concept " O . O More O precisely O , O the O OLS B-General_Concept estimator O in O the O presence O of O heteroscedasticity B-General_Concept is O asymptotically O normal O , O when O properly O normalized O and O centered O , O with O a O variance-covariance O matrix B-Architecture that O differs O from O the O case O of O homoscedasticity B-General_Concept . O A O common O AppleShare B-General_Concept machine O was O the O Mac B-Device Plus I-Device with O an O external O SCSI B-Architecture hard B-Device drive I-Device . O AppleShare B-General_Concept was O the O #3 O network B-Protocol operating I-Protocol system I-Protocol in O the O late O 1980s O , O behind O Novell B-Operating_System NetWare I-Operating_System and O Microsoft O 's O MS-Net B-Application . O In O October O 1985 O , O AT&T O launched O the O 6300 B-Operating_System Plus I-Operating_System that O used O a O 6MHz O 286 B-General_Concept microprocessor I-General_Concept in O the O same O case O as O the O 6300 O . O The O game O 's O functionality O of O the O Joy-Con B-General_Concept controllers O was O also O criticized O with O critics O pointing O out O issues O with O the O Joy-Con B-General_Concept ' O s O D-Pad O and O analog O stick O controls O and O suggested O players O pay O an O extra O $70 O to O get O a O Pro O Controller O . O Most O direct O computation O on O modern O computers O occurs O with O source O and O destination O operands O in O registers B-General_Concept before O being O updated O to O the O cache B-General_Concept , O main O memory B-General_Concept and O virtual B-Architecture memory I-Architecture if O needed O . O Imported O amdgpu B-Application driver O , O matches O Linux B-Application 4.19 O support O . O Improved O CPU B-General_Concept usage O and O tmpfs B-Application performance O under O extreme O load O 3.2 O Multiprocessor-capable O kernel B-Operating_System became O mandatory O . O Wicd B-Language will O only O automatically O connect O to O wireless B-General_Concept networks I-General_Concept you O have O specified O and O will O not O automatically O connect O to O an O unknown O network B-Architecture . O As O a O result O , O predication B-General_Concept ( O the O conditional O execution O of O instructions O ) O is O not O supported O . O These O instructions O were O introduced O in O the O Cyrix O 6x86MX B-General_Concept and O MII O processors O , O and O were O also O present O in O the O MediaGXm B-Device and O Geode B-Device GX1 O processors O . O The O polling B-General_Concept address O of O the O instrument O is O set O to O " O 0 O " O . O One O can O implement O a O key B-General_Concept generator I-General_Concept in O a O system O that O aims O to O generate O , O distribute O , O and O authenticate O keys O in O a O way O that O without O the O private O key O , O one O cannot O access O the O information O in O the O public O end O . O Implementation O can O rely O on O SQL B-Language or O NoSQL B-General_Concept depending O on O the O use O cases O . O Other O processing O and O conversion B-General_Concept programs B-Application and O plugins B-Application are O available O from O vendors O that O have O either O licensed O the O technology O from O the O camera O manufacturer O or O reverse-engineered O the O particular O raw O format O and O provided O their O own O processing O algorithms O . O The O main O CPU B-General_Concept is O an O ARM B-Architecture compatible O chip O ( O ARM4T O architecture O ) O running O at O 123MHz O . O Since O the O late O 1950s O , O mainframe B-Architecture designs O have O included O subsidiary O hardware O ( O called O channels O or O peripheral O processors O ) O which O manage O the O I/O B-General_Concept devices I-General_Concept , O leaving O the O CPU B-Device free O to O deal O only O with O high-speed O memory B-General_Concept . O 3GPP O originally O developed O the O AMR-WB B-Algorithm + I-Algorithm audio O codec B-General_Concept for O streaming O and O messaging O services O in O Global O System O for O Mobile O communications O ( O GSM O ) O and O Third O Generation O ( O 3G B-Architecture ) O cellular O systems O . O Deepfakes B-Application ( O portmanteau O of O " O deep B-Algorithm learning I-Algorithm " O and O " O fake O " O ) O are O synthetic B-General_Concept media I-General_Concept that O have O been O digitally O manipulated O to O replace O one O person O 's O likeness O convincingly O with O that O of O another O . O Tries B-General_Concept were O first O described O in O a O computer O context O by O René O de O la O Briandais O in O 1959 O . O It O includes O quick O access O buttons O for O a B-General_Concept News O feed O from O Nintendo O , O eShop B-Application access O , O and O a B-General_Concept photo O album O for O screenshots O captured O during O gameplay O ; O the O 4.0 O update O to O the O software O in O October O 2017 O also O enabled O capturing O and O sharing O video O from O select O games O . O Name O Release O date O Manufacturer O Units O sold O CPU O " O Bits O " O Fairchild B-Operating_System Channel I-Operating_System F I-Operating_System Fairchild O ( O U.S. O ) O Fairchild O F88-bit O ( O CPU O ) O RCA O Studio O IIRCA O ( O U.S. O ) O RCA O 18028-bit O ( O CPU O ) O Bally O AstrocadeMidway O ( O U.S. O ) O ? O Zilog O Z808-bit O ( O CPU O ) O Atari B-General_Concept 2600 I-General_Concept Atari O Inc O . O ( O U.S. O ) O MOS B-General_Concept Technology I-General_Concept 6507 I-General_Concept 8-bit O ( O CPU O ) O APF-MP1000APF O ( O U.S. O ) O Motorola O 68008-bit O ( O CPU O ) O Champion O 2711 O Unisonic O ( O U.S. O ) O ? O General O Instrument O CP161016-bit O ( O CPU O ) O Interton O VC O 4000Interton O ( O Germany O ) O ? O Signetics O 2650A8-bit O ( O CPU O ) O Palladium O Tele-Cassetten O GamePalladium O ( O Germany O ) O ? O 1292 O Advanced O Programmable O Video O SystemAudiosonic O ? O Signetics O 2650AI8-bit O ( O CPU O ) O Magnavox B-Device Odyssey I-Device 2Magnavox O ( O U.S. O ) O / O Philips O ( O Netherlands O ) O ? O Intel O 80488-bit O ( O CPU O ) O APF O Imagination O MachineAPF O ( O U.S. O ) O ? O Motorola O 68008-bit O ( O CPU O ) O Bandai O Super O Vision O 8000Bandai O ( O Japan O ) O ? O NEC O D780C8-bit O ( O CPU O ) O Intellivision B-Operating_System Mattel B-Operating_System Electronics I-Operating_System ( O U.S. O ) O General O Instrument O CP1610 O 16-bit O ( O CPU O ) O VTech O CreatiVisionVTech O ( O Hong O Kong O ) O ? O Rockwell O 65028-bit O ( O CPU O ) O Epoch B-Device Cassette I-Device Vision I-Device Epoch O ( O Japan O ) O NEC O uPD77xx O ? O Arcadia B-Application 2001 I-Application and O its O variants O and O clones O ( O Arcadia B-Application 2001 I-Application ) O Emerson O Radio O ( O U.S. O ) O ? O Signetics O 26508-bit O ( O CPU O ) O SHG O Black O Point1982Süddeutsche O Elektro-Hausgeräte O GmbH O & O Co O . O KG O ( O Germany O ) O ?? O colspan O = O " O 2 O " O Text B-General_Concept file I-General_Concept Gopher B-Protocol submenu O CCSO B-Protocol Nameserver I-Protocol Error B-Application code I-Application returned O by O a O Gopher B-Protocol server O to O indicate O failure O BinHex-encoded O file O ( O primarily O for O Macintosh B-Device computers O ) O DOS B-Device file O uuencoded B-Device file O Gopher B-Protocol full-text B-Application search I-Application Telnet B-Protocol Binary O file O Mirror O or O alternate O server O ( O for O load B-Application balancing I-Application or O in O case O of O primary O server O downtime O ) O GIF O file O Image O file O Telnet B-Protocol 3270 O colspan O = O " O 2 O " O Bitmap O image O Movie B-General_Concept file I-General_Concept Sound O file O colspan O = O " O 2 O " O d O Doc O . O An O LED O matrix B-Architecture or O LED O display O is O a O large O , O low-resolution O form O of O dot-matrix B-General_Concept display I-General_Concept , O useful O both O for O industrial O and O commercial O information B-Device displays I-Device as O well O as O for O hobbyist O human O – O machine O interfaces O . O The O main O features O of O the O MCS-96 B-Device family O include O a O large O on-chip O memory O , O Register-to-register O architecture O , O three O operand O instructions O , O bus B-General_Concept controller O to O allow O 8 O - O or O 16-bit B-Device bus B-General_Concept widths O , O and O direct O flat O addressability O of O large O blocks O ( O 256 O or O more O ) O of O registers B-General_Concept . O Another O method O of O retrieving O a O new O boomerang B-General_Concept is O to O complete O a O boss O level O , O after O which O Julius O will O harness O the O excess O energy O of O the O Talisman B-Device Machine O in O order O to O create O a O new O " O elemental O boomerang B-General_Concept " O , O each O of O which O possess O elemental O powers O that O can O be O used O to O gain O access O to O a O new O zone O . O In O the O case O of O a O symmetric O distribution O such O as O the O normal O distribution O , O the O one-tailed B-General_Concept p-value B-General_Concept is O exactly O half O the O two-tailed O p-value B-General_Concept : O Researchers O have O found O that O for O a O typical O advanced O metering O infrastructure O , O the O centralized O IDS O architecture O is O superior O in O terms O of O cost O efficiency O and O security B-General_Concept gains O . O The O following O computes O the O quotient O of O and O with O a O precision B-General_Concept of O binary O places O : O Also O included O is O a O Zilog B-General_Concept Z80 I-General_Concept CPU O which O allows O the O C128 O to O run O CP/M B-Application , O as O an O alternative O to O the O usual O Commodore B-Language BASIC I-Language environment O . O The O Texas B-Architecture Instruments I-Architecture TMS320 I-Architecture DSP B-Architecture line O has O evolved O , O in O its O C6000 O family O , O to O look O more O like O a O VLIW B-General_Concept , O in O contrast O to O the O earlier O C5000 O family O . O It O runs O on O multiple O operating B-General_Concept systems I-General_Concept , O including O , O Windows B-Application and O Linux B-Application . O However O , O during O subsequent O reviews O it O was O determined O that O deprecation B-General_Concept was O a O mistake O because O substantial O scenarios O within O SQL O Server O still O depend O on O OLE B-Language DB I-Language and O changing O those O would O break O some O existing O customer O scenarios O . O 10 O per O group O ) O the O power B-General_Concept difference O is O large O , O ranging O from O 16 O to O 20 O percentage O points O in O the O regarded O cases O . O What O is O now O known O as O SSSE3 B-General_Concept ( O Supplemental O Streaming O SIMD B-Device Extensions O 3 O ) O , O introduced O in O the O Intel B-Device Core I-Device 2 I-Device processor O line O , O was O referred O to O as O SSE4 B-General_Concept by O some O media O until O Intel O came O up O with O the O SSSE3 B-General_Concept moniker O . O combining O the O functions O of O a O data B-General_Concept bus I-General_Concept to O carry O information O , O an O address B-Architecture bus I-Architecture to O determine O where O it O should O be O sent O or O read O from O , O and O a O control B-Architecture bus I-Architecture to O determine O its O operation O . O It O supports O OpenGL B-Application ES I-Application 2.0 O , O OpenGL B-Application ES I-Application 1.1 O , O OpenVG B-Library 1.1 O , O EGL O 1.4 O , O Direct3D B-Application Mobile O , O SVGT O 1.2 O , O Direct O Draw O and O GDI B-Operating_System . O Adreno B-General_Concept 220 O inside O the O MSM8660 O or O MSM8260 O ( O 266MHz O ) O with O single O channel O memory O . O The O per-fragment O headers B-General_Concept were O historically O called O the O " O unfragmentable O part O " O , O referring O to O pre-2014 O possibility O of O fragmenting O the O rest O of O the O header B-General_Concept . O devoting O more O silicon O to O out B-General_Concept of I-General_Concept order I-General_Concept execution I-General_Concept , O deeper O pipelines B-General_Concept , O more O superscalar B-General_Concept execution I-General_Concept units O , O and O larger O , O more O general O caches O ) O , O and O shared B-Operating_System memory I-Operating_System . O Shortly O afterwards O came O version O 6.22 O , O with O a O new O version O of O the O disk B-General_Concept compression I-General_Concept system O , O DriveSpace B-General_Concept , O which O had O a O different O compression O algorithm O to O avoid O the O infringing O code O . O Alongside O MS-DOS B-Application , O Windows B-Application 3.1x I-Application was O the O default O operating B-General_Concept system I-General_Concept on O the O original O ThinkPad B-Device 700 I-Device . O Finite-valued O Łukasiewicz B-General_Concept logics I-General_Concept require O additional O axioms O . O In O a O series O of O objective O JPEG-2000-compression O quality O tests O conducted O in O 2004 O , O " O JasPer B-Language was O the O best O codec B-General_Concept , O closely O followed O by O IrfanView B-Protocol and O Kakadu B-Language " O . O The O diagnostic O microcomputer B-Architecture ( O based O around O the O Zilog B-General_Concept Z80 I-General_Concept ) O was O embedded O within O the O CPU B-Device . O In O 1975 O , O Sinclair O Radionics O introduced O one O of O the O first O consumer-grade O digital O watches O , O the O Black O Watch O , O which O used O I2L B-General_Concept technology O . O Alec O Meer O of O Eurogamer O praised O the O innovative O new O features O such O as O the O multi O monitor O support B-General_Concept and O the O scale O element O . O CP O Execute O a O CP O command O in O a O CMS O environment O DEFine O Alter O the O current O virtual B-Architecture machine I-Architecture configuration O . O Add O virtual O devices O or O change O available O storage O size O DETach O Remove O a O virtual O device O or O channel O from O the O current O configuration O DIAL O Connect O your O terminal O at O the O logon O screen O to O a O logged-on O multi-access O virtual B-Architecture machine I-Architecture 's O simulated O 3270 B-Operating_System or O typewriter O terminals O DISConn O Disconnect O your O terminal O while O allowing O your O virtual B-Architecture machine I-Architecture to O continue O running O Display O Display O virtual B-Architecture machine I-Architecture storage O or O ( O virtual O ) O hardware O registers O DUMP O Print O a O snapshot O dump O of O the O current O virtual B-Architecture machine I-Architecture on O the O virtual O spooled O printer O ECHO O Set O the O virtual B-Architecture machine I-Architecture to O echo O typed O lines O EXTernal O Cause O an O external O interrupt O to O the O virtual B-Architecture machine I-Architecture INDicate O Display O current O system O load O or O your O resource O usage O Ipl O IPL O ( O boot O ) O an O operating B-General_Concept system I-General_Concept on O your O virtual B-Architecture machine I-Architecture LINK O Attach O a O device O from O another O virtual B-Architecture machine I-Architecture , O if O that O machine O 's O definition O allows O sharing O LOADVFCB O Specify O a O forms O control O buffer O ( O FCB O ) O for O a O virtual O printer O LOGoffLOGout O Terminate O execution O of O the O current O virtual B-Architecture machine I-Architecture and O disconnect O from O the O system O LogonLogin O Sign O on O to O the O system O MessageMSG O Send O a O one-line O message O to O the O system O operator O or O another O user O NOTReady O Cause O a O virtual O device O to O appear O not O ready O ORDer O Reorder O closed O spool O files O by O ID O or O class O PURge O Delete O closed O spool O files O for O a O device O by O class O , O m B-Language ID O , O or O ALL O Query O Display O status O information O for O your O virtual B-Architecture machine I-Architecture , O or O the O message O of O the O day O , O or O number O or O names O of O logged-in O users O READY O Cause O a O device O end O interruption O for O a O device O REQuest O Cause O an O interrupt O on O your O virtual O console O RESET O Clear O all O pending O interrupts O for O a O device O REWind O Rewind O a O real O ( O non O virtual O ) O magnetic O tape O unit O SET O Set O various O attributes O for O your O virtual B-Architecture machine I-Architecture , O including O messaging O or O terminal O function B-Application keys I-Application SLeep O Place O your O virtual B-Architecture machine I-Architecture in O a O dormant O state O indefinitely O or O for O a O specified O period O of O time O SMsg O Send O a O one-line O special O message O to O another O virtual B-Architecture machine I-Architecture ( O usually O used O to O control O the O operation O of O the O virtual B-Architecture machine I-Architecture ; O commonly O used O with O RSCS B-Application ) O SPool O Set O options O for O a O spooled O virtual O device O ( O printer O , O reader O , O or O punch O ) O STore O Alter O the O contents O of O registers O or O storage O of O your O virtual B-Architecture machine I-Architecture SYStem O Reset O or O restart O your O virtual B-Architecture machine I-Architecture or O clear O storage O TAg O Set O a O tag O associated O with O a O spooled O device O or O file O . O Block-copy O instructions B-General_Concept , O allowing O rapid O copying O of O data O structures O from O one O area O of O RAM B-Architecture to O another O with O minimal O code O . O On O these O machines O , O the O normal O development O process O involved O the O use O of O a O Friden B-Application Flexowriter I-Application to O prepare O source O code O offline O on O a O continuous O strip O of O punched O paper O tape O . O Programmers O of O the O big O IBM B-Device mainframes I-Device customarily O punched O their O source O code O on O cards O , O using O key B-Device punches I-Device which O printed O human-readable O dot-matrix B-General_Concept characters O along O the O top O of O every O card B-Architecture at O the O same O time O as O they O punched O each O machine-readable O character O . O At O SIGGRAPH O 2009 O , O Nvidia O announced O OptiX B-Algorithm , O a O free O API O for O real-time B-General_Concept ray B-Algorithm tracing I-Algorithm on O Nvidia O GPUs O . O Financial O value O is O not O usually O a O direct O outcome O from O the O implementation O of O an O enterprise B-General_Concept information I-General_Concept system I-General_Concept . O Augmented B-General_Concept analytics I-General_Concept is O based O on O business O intelligence O and O analytics O . O Jump O to O the O memory O location O whose O address O is O contained O in O accumulator B-General_Concept 3 O . O SSS* B-Algorithm was O found O to O be O equivalent O to O a O series O of O Alpha-beta B-Algorithm pruning| O alpha-beta B-Algorithm calls O , O provided O that O alpha-beta B-Algorithm used O storage O , O such O as O a O transposition B-General_Concept table I-General_Concept . O Although O the O mathematical O support O for O the O method O is O given O in O terms O of O asymptotic O results O , O the O algorithm O has O been O empirically O verified O to O work O well O in O a O variety O of O data B-General_Concept sets I-General_Concept with O reasonable O dimensionality O . O Popular O with O writers O and O editors O for O its O speed O and O degree O of O customization O , O XyWrite B-Application was O in O its O heyday O the O house O word B-General_Concept processor I-General_Concept in O many O editorial O offices O , O including O the O New O York O Times O from O 1989 O to O 1993 O . O Remote O recognition O was O formerly O used O by O smartphones B-Application because O they O lacked O sufficient O performance O , O working O memory B-General_Concept , O or O storage B-General_Concept to O process O speech B-Application recognition I-Application within O the O phone O . O ( O The O commands O AT+VBQ O or O AT O #VBQ O on O voice B-Device modems I-Device will O often O reveal O the O size O of O the O buffer B-General_Concept in O bytes O , O and O 1 O to O 2 O kilobytes O is O a O typical O response O . O ) O Such O an O empty O zip B-General_Concept file I-General_Concept contains O only O an O End O of O Central O Directory O Record O ( O EOCD B-General_Concept ) O : O The O netBook B-Device runs O the O EPOC B-Language ER5 O operating B-General_Concept system I-General_Concept , O the O predecessor O of O Symbian B-Operating_System OS I-Operating_System . O Detection B-General_Concept based O on O relatively O simple O and O fast O computations O is O sometimes O used O for O finding O smaller O regions O of O interesting O image O data O which O can O be O further O analyzed O by O more O computationally O demanding O techniques O to O produce O a O correct O interpretation O . O Several O models O have O found O favor O within O the O Kite O Aerial O Photography O ( O KAP O ) O community O due O to O a O unique O combination O of O small O size/ O low O weight O , O excellent O image O quality O with O stabilization O , O and O the O option O of O expanded O manual O control O including O intervalometer O functionality O available O via O 3rd O party O CHDK B-General_Concept . O The O IXUS O 900Ti O was O the O first O in O a O series O of O IXUS O and O S-series O cameras O that O feature O the O Digic B-General_Concept image O processors O and O larger O than O average O sensors O as O fitted O to O the O advanced O PowerShot B-Algorithm G-series O cameras O . O There O , O one O uses O a O likelihood O function O for O all O possible O values O of O the O prior O instead O of O the O p-value B-General_Concept for O a O single O null B-General_Concept hypothesis I-General_Concept . O Their O impedance O is O 40 O Ohms O , O with O a O maximum O input O of O 3,500 O mW O and O an O output O sound O level O of O 107 O dB/mW B-General_Concept . O But O sampling O enables O the O selection O of O right O data O points O from O within O the O larger O data B-General_Concept set I-General_Concept to O estimate O the O characteristics O of O the O whole O population O . O Softphones B-Protocol provide O a O variety O of O audio O codecs B-General_Concept , O a O typical O minimum O set O is O G.711 O and O G.729 O . O Backbone B-General_Concept transport I-General_Concept networks I-General_Concept replaced O PDH O networks O with O synchronous B-Protocol digital I-Protocol hierarchy I-Protocol ( O SDH O ) O or O synchronous B-Protocol optical I-Protocol networking I-Protocol ( O SONET B-Protocol ) O equipment O over O the O ten O years O ending O around O the O turn O of O the O millennium O ( O 2000 O ) O , O whose O floating O payloads O relaxed O the O more O stringent O timing O requirements O of O PDH O network O technology O . O Variables O are O OptiX B-Algorithm 's O internal O way O of O communicating O and O using O buffers B-General_Concept to O transfer O data O back O and O forth O . O The O Coupé O was O considered O the O successor O to O the O ZX B-Operating_System Spectrum I-Operating_System in O the O late O ' O 80s O . O The O Sizif O is O a O ZX B-Operating_System Spectrum I-Operating_System CPLD-based O clone B-General_Concept for O rubber O case O , O developed O by O Eugene O Lozovoy O . O Data O elements O in O a O cache B-General_Concept do O not O necessarily O correspond O to O data O elements O that O are O spatially O close O in O the O main O memory B-General_Concept ; O however O , O data O elements O are O brought O into O cache B-General_Concept one O cache B-General_Concept line I-General_Concept at O a O time O . O The O program B-General_Concept was O encoded O in O the O top O six O rows O [ 12 , 11 , 0 , 1 , 2 , 3 ] O . O If O the O optional O Second O Program B-General_Concept feature O was O installed O , O another O program B-General_Concept could O be O encoded O in O the O bottom O six O rows O [ 4 , 5 , 6 , 7 , 8 , 9 ] O . O A O switch O let O the O operator O select O which O program B-General_Concept to O use O . O The O central O cover O on O the O keypunch O could O be O tilted O open O toward O the O operator O and O a O locking O lever O released O , O allowing O the O program B-General_Concept drum O to O be O removed O and O replaced O . O 17″ O or O 20″ O LCD B-Device PowerPC B-General_Concept G5 I-General_Concept 40 O GB O to O 500 O GB O 10.3 B-Operating_System , O 10.4 B-Application August O 31 O , O 2004 O March O 2006 O Polycarbonate O Intel B-Device iMac I-Device 140px|Polycarbonate O iMac B-Device . O For O the O low O price O and O mainstream O performance O , O there O is O no O longer O a O significant O performance O difference O between O laptop B-Device and O desktop O CPUs B-Device , O but O at O the O high O end O , O the O fastest O desktop O CPUs B-Device still O substantially O outperform O the O fastest O laptop B-Application processors I-Application , O at O the O expense O of O massively O higher O power O consumption O and O heat O generation O ; O the O fastest O laptop B-Application processors I-Application top O out O at O 56 O watts O of O heat O , O while O the O fastest O desktop O processors B-General_Concept top O out O at O 150 O watts O ( O and O often O need O water O cooling B-Device ) O . O It O includes O a O family O calendar O , O shopping O list O management O , O a O screen B-General_Concept saver I-General_Concept with O integrated O appointment O reminders O , O and O Cozi O Messages O , O which O allows O family O members O to O quickly O exchange O text O messages O and O email O . O However O , O it O is O more O complete O than O many O middleware B-General_Concept software O systems O as O it O implements O a O comprehensive O distributed O data O management O environment O , O including O various O end-user O client O applications O . O Later O processors O in O the O Motorola B-Device 68000 I-Device series I-Device , O beginning O with O the O Motorola B-Device 68020 I-Device , O use O full O 32-bit O ALUs O and O have O full O 32-bit O address O and O data B-General_Concept buses I-General_Concept . O As O this O example O shows O , O pipelining B-General_Concept does O not O decrease O the O latency O , O that O is O , O the O total O time O for O one O item O to O go O through O the O whole O system O . O Batch B-General_Concept processing I-General_Concept - O the O traditional O date O and O time O based O execution O of O background O tasks O based O on O a O defined O period O during O which O resources O were O available O for O batch B-General_Concept processing I-General_Concept ( O the O batch O window O ) O . O As O described O above O , O each O Context O provides O a O design O scope O for O the O Roles B-General_Concept that O participate O in O the O use B-Architecture case I-Architecture enactment O . O requires O no O additional O , O artificial O transaction O access O operations O ( O e.g. O , O " O take O timestamp B-Operating_System " O or O " O take O ticket O " O ) O , O which O typically O result O in O additional O , O artificial O conflicts O that O reduce O concurrency O . O The O only O overhead O incurred O by O the O CO O solution O is O locally O detecting O conflicts O ( O which O is O already O done O by O any O known O serializability B-Operating_System mechanism O , O both O pessimistic O and O optimistic B-Operating_System ) O and O locally O ordering O in O each O database B-Application system I-Application both O the O ( O local O ) O commits O of O local O transactions B-General_Concept and O the O voting O for O atomic O commitment O of O global B-General_Concept transactions I-General_Concept . O Medoids B-Algorithm are O representative O objects O of O a O data B-General_Concept set I-General_Concept or O a O cluster B-Algorithm within O a O data B-General_Concept set I-General_Concept whose O sum O of O dissimilarities O to O all O the O objects O in O the O cluster B-Algorithm is O minimal O . O It O arises O in O the O numerical B-General_Concept analysis I-General_Concept of O explicit B-Algorithm time O integration O schemes O , O when O these O are O used O for O the O numerical B-General_Concept solution I-General_Concept . O Paired B-General_Concept samples I-General_Concept t-tests I-General_Concept are O often O referred O to O as O " O dependent O samples O t-tests B-General_Concept " O . O Interrupt B-General_Concept latency I-General_Concept may O be O affected O by O microprocessor B-Architecture design O , O interrupt B-Architecture controllers I-Architecture , O interrupt B-Application masking O , O and O the O operating B-General_Concept system I-General_Concept 's O ( O OS B-General_Concept ) O interrupt B-Application handling I-Application methods O . O Learning O decision B-General_Concept lists I-General_Concept can O be O used O for O attribute O efficient O learning O . O The O new O model O also O includes O a O new O processor B-General_Concept , O graphics B-Device chip I-Device , O and O I/O B-General_Concept , O along O with O several O new O storage B-General_Concept options O . O OpenVR B-General_Concept SDK O was O released O to O the O public O on O 30 O April O 2015 O by O valve O developer O , O for O the O developer O to O develop O SteamVR B-Application games O and O software O . O However O , O this O implies O that O infinite-width O neural B-Architecture networks I-Architecture cannot O exhibit O feature B-General_Concept learning I-General_Concept , O which O is O widely O considered O to O be O an O important O property O of O realistic O deep O neural B-Architecture networks I-Architecture . O Forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O is O a O process O of O adding O redundant B-General_Concept data I-General_Concept such O as O an O error-correcting B-Error_Name code I-Error_Name ( O ECC O ) O to O a O message O so O that O it O can O be O recovered O by O a O receiver O even O when O a O number O of O errors O ( O up O to O the O capability O of O the O code O being O used O ) O are O introduced O , O either O during O the O process O of O transmission O or O on O storage O . O Perhaps O more O significantly O , O VME/K B-General_Concept was O the O brainchild O of O Ed O Mack O , O who O had O been O brought O in O by O managing O director O Geoff O Cross O as O ICL O 's O head O of O research O and O development O . O Despite O his O wide O responsibilities O , O Mack O took O a O detailed O personal O interest O in O every O aspect O of O VME/K B-General_Concept design O . O Batman B-General_Concept 's O sidekick O Robin O ( O Tim O Drake O ) O was O made O available O as O a O playable O character O for O use O in O challenge O maps O , O with O his O own O set O of O combat O moves O and O gadgets O . O Additional O Robin O skins O were O also O released O , O including O his O appearance O from O Batman B-Application : I-Application The I-Application Animated I-Application Series I-Application and O the O Red O Robin O outfit O . O Then O we O walk O from O the O leaf O to O the O root O of O the O trie B-General_Concept , O removing O all O nodes O whose O subtree O only O contained O k O and O updating O the O descendant O pointers O where O necessary O . O As O the O datasphere B-General_Concept seems O to O be O more O and O more O perceived O as O an O ecosystem O and O space O we O inhabit O , O new O collective O data B-General_Concept governance I-General_Concept frameworks O have O also O arisen O across O the O globe O . O A O hierarchical O intermediate B-Application representation I-Application ( O IR B-Application ) O with O five O main O levels O is O used O in O this O compiler B-Language to O serve O as O the O common O interface O among O all O the O frontend B-General_Concept and O backend O components O . O Until O version O 4.0b O , O SlickEdit B-Application supported O the O OS/2 B-Application operating B-General_Concept system I-General_Concept . O As O part O of O its O transformation O to O a O media O company O in O 2014 O , O GoPro B-Device created O additional O channels O with O GoPro B-Device content O on O YouTube B-General_Concept , O Virgin O America O , O and O Xbox B-Application Live I-Application . O The O grandfather O of O all O Verbots B-Protocol is O Rog-O-Matic B-General_Concept , O which O although O it O could O not O talk O , O could O and O did O explore O a O virtual O world O . O | O .tv B-Protocol || O || O Tuvalu|| O Used O as O an O abbreviation O of O television O , O the O domain O is O currently O operated O by O dotTV O , O a O VeriSign B-Application company O ; O the O Tuvalu O government O owns O twenty O percent O of O the O company O . O In O line O with O ISO B-General_Concept 3166-1 I-General_Concept , O IANA O 's O official O position O is O that O " O TW O " O is O " O designated O for O use O to B-Protocol represent O Taiwan O , O Province O of O China O " O . O In O the O common O case O of O alternating O current O when O I(t ) O is O a O sinusoidal O current O , O as O is O approximately O true O for O mains O power O , O the O RMS B-General_Concept value I-General_Concept is O easy O to O calculate O from O the O continuous O case O equation O above O . O Baltica O ( O or O Baltic O , O ru O : O Балтик O ) O was O a O Soviet O clone B-General_Concept of O the O 48K O ZX B-Operating_System Spectrum I-Operating_System . O Its O CPU B-General_Concept Z80 B-General_Concept ran O at B-Operating_System a O higher O frequency O ( O 4MHz O ) O which O made O it O less O compatible O . O It O was O first O released O in O 1988 O by O a O company O named O Sonet O from O Minsk O and O different O versions O exist O , O with O expanded O hardware O and O operating O systems O , O compared O to O the O original O ZX B-Operating_System Spectrum I-Operating_System . O GraphicsMagick B-Application is O a O fork B-Application of O ImageMagick B-Language , O emphasizing O stability O of O both O programming O API B-General_Concept and O command-line O options O . O ALTA O is O a O founding O regional O organization O of O the O Asian O Federation O of O Natural O Language O Processing O ( O AFNLP B-General_Concept ) O . O In O August O 2014 O , O Microsoft O announced O and O released O a B-General_Concept new O 500 O GB O hard B-Device drive I-Device for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System S O console O model O , O currently O the O largest O hard B-Device drive I-Device available O for O or O with O any O Xbox B-Operating_System 360 I-Operating_System model O . O Every O Büchi B-General_Concept automaton I-General_Concept can O be O regarded O as O a O Muller B-General_Concept automaton I-General_Concept . O In O computer B-General_Concept science I-General_Concept , O a O sequential O algorithm O or O serial B-Algorithm algorithm I-Algorithm is O an O algorithm O that O is O executed O sequentially O – O once O through O , O from O start O to O finish O , O without O other O processing O executing O – O as O opposed O to O concurrently B-Architecture or O in O parallel B-Operating_System . O Its O character B-General_Concept set I-General_Concept was O based O on O ASCII-1967 O with O extensions O , O and O it O included O a O 40-key O QWERTY O keyboard B-Device . O BusyBox B-Application is O a O utility O that O provides O several O stripped-down O Unix B-Application tools I-Application in O a O single O executable O file O , O intended O for O embedded O operating B-General_Concept systems I-General_Concept with O very O limited O resources O . O The O current O systems O are O tested O by O their O accuracy O for O tasks O like O object B-General_Concept detection I-General_Concept , O segmentation B-Algorithm and O localization O . O Various O best O practice O guides O for O AWS B-Application use O suggest O using O its O autoscaling B-General_Concept feature O even O in O cases O where O the O load O is O not O variable O . O ONTAP B-Operating_System Select O and O Cloud O Volumes O ONTAP B-Operating_System provide O high O availability O , O deduplication B-General_Concept , O resiliency O , O data O recovery O , O robust O snapshots O which O can O be O integrated O with O application O backup O ( O application O consistent O snapshots O ) O and O nearly O all O ONTAP B-Operating_System functionality O but O with O few O exceptions O . O Prior O to O Yottaa B-General_Concept , O Wei O had O founded O and O served O as O the O chairman O of O Nexaweb O . O As O in O the O previous O level O , O range-locks O are O not O managed O . O Putting O it O in O simpler O words O , O read O committed O is O an O isolation B-General_Concept level I-General_Concept that O guarantees O that O any O data O read O is O committed O at O the O moment O it O is O read O . O Features O include O a O clock O speed O of O 3.5GHz O with O four O threads O , O 3 O MB O of O L3 O cache B-General_Concept and O Intel B-Application HD I-Application 610 O integrated O graphics O . O A O candidate O no O longer O has O to O pass O an O exam O for O the O expert O level O Certified B-General_Concept Wireless I-General_Concept Network I-General_Concept Expert I-General_Concept ( O CWNE B-General_Concept ) O certification O . O It O has O a O mean O of O 1007 O meters O , O and O a O standard O deviation B-General_Concept of O 5 O meters O . O If O all O processes B-Operating_System are O I/O B-General_Concept -bound I-General_Concept , O the O ready O queue B-Device will O almost O always O be O empty O , O and O the O short-term O scheduler O will O have O little O to O do O . O In O contrast O to O the O demise O of O the O British O system O , O the O French O equivalent O of O Prestel B-General_Concept , O Teletel/Minitel B-Application , O received O substantial O public O backing O when O millions O of O Minitel B-Application terminals O were O handed O out O free O to O telephone O subscribers O ( O causing O Alcatel O huge O financial O problems O ) O . O In O Dunnett B-General_Concept 's I-General_Concept test I-General_Concept we O can O use O a O common O table O of O critical O values O , O but O more O flexible O options O are O nowadays O readily O available O in O many O statistics O packages O . O decomposition O into O sign O , O exponent O , O and O mantissa O — O thus O its O floating-point B-General_Concept unit I-General_Concept was O claimed O to O be O up O to O three O times O as O effective O as O that O of O the O V70 O , O with O 32-bit O floating-point O operations O taking O 36/44/74 O cycles O and O 64-bit O operations O taking O 75/110/533 O cycles O ( O addition/multiplication/division O ) O . O NEC O ported O several O variants O of O the O Unix B-Application operating I-Application system I-Application to O its O V60/V70/V80 O processors O for O user-application-oriented O systems O , O including O real-time B-Operating_System ones O . O In O 2019 O , O IBM O X-Force O Red O coined O the O name O “ O Warshipping B-General_Concept ” O and O described O an O attack O platform O that O included O several O low-cost O components O that O could O be O combined O , O shipped O to O targets O , O and O controlled O remotely O for O 2 O – O 3 O weeks O . O Memory B-General_Concept managers I-General_Concept on O 386-based B-General_Concept systems O ( O such O as O QEMM B-Device or O MEMMAX O ( +V O ) O in O DR-DOS B-Application ) O could O achieve O the O same O effect O , O adding O conventional B-Device memory I-Device at O 640KB O and O moving O the O barrier O to O 704KB O ( O up O to O segment O B000 O , O the O start O of O MDA/HGC O ) O or O 736KB O ( O up O to O segment O B800 O , O the O start O of O the O CGA B-Device ) O . O This O can O be O used O in O a O one-address O format O if O a O single O address B-General_Concept register I-General_Concept is O used O . O To O translate O between O closely O related O languages O , O the O technique O referred O to O as O rule-based B-General_Concept machine I-General_Concept translation I-General_Concept may O be O used O . O In O the O fall O of O 2015 O , O Google B-Application announced O it O would O be O rolling O out O an O open B-Application source I-Application initiative O called O " O Accelerated B-General_Concept Mobile I-General_Concept Pages I-General_Concept " O or O AMP O . O The O sound O hardware O , O built O into O the O HuC6280 B-General_Concept CPU O , O includes O a O PSG O running O at O 3.58MHz O and O a O 5-10 O bit O stereo O PCM O . O The O new O undertakings O are O designed O to O expand O Decision B-General_Concept Desk I-General_Concept HQ I-General_Concept 's O local O news O and O international O elections O coverage O . O For O example O , O in O the O Loebner O Prize O during O which O a O tester O conducts O a O text O exchange O with O one O human O and O one O artificial-intelligence B-Application chatbot B-Application and O is O tasked O to O identify O which O is O which O , O the O confederate B-General_Concept effect I-General_Concept describes O the O tester O inaccurately O identifying O the O human O as O the O machine O . O In O cryptography O , O a O zero-knowledge B-General_Concept password I-General_Concept proof I-General_Concept ( O ZKPP B-General_Concept ) O is O a O type O of O zero-knowledge B-Protocol proof I-Protocol that O allows O one O party O ( O the O prover O ) O to O prove O to O another O party O ( O the O verifier O ) O that O it O knows O a O value O of O a O password O , O without O revealing O anything O other O than O the O fact O that O it O knows O the O password O to O the O verifier O . O Memory O expansions O for O the O VIC-20 B-Device either O used O SRAM B-Architecture as O well O or O implemented O their O own O refresh B-General_Concept circuit O . O Dialogflow O Enterprise O – O Development O environment O based O on O Google B-Application 's I-Application machine O learning O for O building O conversational B-General_Concept interfaces I-General_Concept . O Cloud O Natural O Language O – O Text O analysis O service O based O on O Google B-Application Deep B-Algorithm Learning I-Algorithm models O . O Compared O to O the O Physical B-General_Concept Address I-General_Concept Extension I-General_Concept ( O PAE O ) O method O , O PSE-36 B-General_Concept is O a O simpler O alternative O to O addressing O more O than O 4GB O of O memory O . O A O special O case O of O WCFGs O are O PCFGs B-General_Concept , O where O the O weights O are O ( O logarithms O of O ) O probabilities O . O RScheme B-Language is O the O only O known O publicly O available O Scheme B-Language implementation O to O include O a O real-time O safe O garbage B-General_Concept collector I-General_Concept . O Note O that O frequencies O in O general O cannot O be O expressed O ; O only O step O values O which O evenly O divide O their O range O express O accurate O frequencies O ( O for O minutes O and O seconds O , O that O 's O and O because O 60 O is O evenly O divisible O by O those O numbers O ; O for O hours O , O that O 's O and O ) O ; O all O other O possible O " O steps O " O and O all O other O fields O yield O inconsistent O " O short O " O periods O at O the O end O of O the O time-unit O before O it O " O resets O " O to O the O next O minute O , O second O , O or O day O ; O for O example O , O entering O for O the O day O field O sometimes O executes O after O 1 O , O 2 O , O or O 3 O days O , O depending O on O the O month O and O leap O year O ; O this O is O because O cron B-General_Concept is O stateless O ( O it O does O not O remember O the O time O of O the O last O execution O nor O count O the O difference O between O it O and O now O , O required O for O accurate O frequency O counting O — O instead O , O cron B-General_Concept is O a O mere O pattern-matcher O ) O . O A O conventional O ledger B-Language records O the O transfers O of O actual O bills O or O promissory O notes O that O exist O apart O from O it O , O but O as O a O digital O ledger B-Language , O bitcoins B-General_Concept only O exist O by O virtue O of O the O blockchain B-Application ; O they O are O represented O by O the O unspent B-Protocol outputs I-Protocol of I-Protocol transactions I-Protocol . O AMD O had O a O long-term O contract O to O reuse O Intel O 's O 286 O , O 386 B-General_Concept and O 486 B-General_Concept microcode B-Device . O Also O belief O propagation O , O a O recent O development O in O computer B-General_Concept science I-General_Concept and O statistical O physics O , O has O led O to O the O creation O of O new O types O of O clustering B-Algorithm algorithms I-Algorithm . O According O to O the O authors O , O GPT-3 B-General_Concept models O relationships O between O words O without O having O an O understanding O of O the O meaning O behind O each O word O . O A O 6600/7600 O Peripheral O Processor O system O was O used O for O I/O B-General_Concept , O largely O unchanged O . O However O , O files O stored O in O the O USER O 0 O area O were O accessible O to O all O other O users O ; O their O location O was O specified O with O a O prefatory O path B-Application , O since O the O files O of O USER O 0 O were O only O visible O to O someone O logged O in O as O USER O 0 O . O The O user O area O feature O arguably O had O little O utility O on O small O floppy B-Device disks I-Device , O but O it O was O useful O for O organizing O files O on O machines O with O hard B-Device drives I-Device . O For O example O , O a O secretary O could O do O data B-General_Concept entry I-General_Concept , O then O , O after O switching O USER O areas O , O another O employee O could O use O the O machine O to O do O billing O without O their O files O intermixing O . O Although O graphics-capable O S-100 O systems O existed O from O the O commercialization O of O the O S-100 B-Architecture bus I-Architecture , O CP/M B-Application did O not O provide O any O standardized O graphics O support O until O 1982 O with O GSX B-Application ( O Graphics B-Application System I-Application Extension I-Application ) O . O The O code-rate O of O a O given O ECC B-General_Concept system O is O defined O as O the O ratio O between O the O number O of O information O bits O and O the O total O number O of O bits O ( O i.e. O , O information O plus O redundancy B-General_Concept bits O ) O in O a O given O communication O package O . O According O to O the O Snowden O documents O , O the O NSA O is O doing O research O on O whether O a O cryptographic O attack O based O on O tau B-General_Concept statistic I-General_Concept may O help O to O break O AES B-Algorithm . O Currently O , O Assembla B-Protocol offers O 3 O pricing O levels O : O " O Starter O , O " O " O Team O , O " O and O " O Perforce B-General_Concept Cloud. O " O Buffers B-Device can O be O implemented O in O a O fixed O memory O location O in O hardware B-Architecture — O or O by O using O a O virtual O data B-General_Concept buffer I-General_Concept in O software O , O pointing O at O a O location O in O the O physical O memory O . O The O Profi O or O ZX-Profi O is O a O Soviet O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept developed O in O 1991 O in O Moscow O by O Kondor O and O Kramis O . O It O features O a O 7MHz O Zilog B-General_Concept Z80 I-General_Concept CPU B-General_Concept , O up O to O 1024KB O RAM B-Architecture , O 64KB O ROM B-Device , O AY8910 B-Device sound O chip O , O Beta B-Device 128 I-Device disk I-Device interface I-Device , O IDE B-Protocol interface O , O and O 512×240 O multi-colour O ( O i.e. O two O possible O colours O per O 8×1 O block O ) O graphics O mode O for O CP/M B-Application . O SimSig B-Application is O a O mixed O donationware B-License and O commercial O Windows-based O train B-General_Concept simulator I-General_Concept of O modern O railway O signalling O systems O in O Great O Britain O , O from O the O point O of O view O of O a O railway O signaller O . O The O 3Cs O group O of O cache O misses O can O be O extended O to O 4Cs O when O a O multi-processor O system O with O cache O is O involved O , O the O fourth O C O being O coherence B-General_Concept misses O . O A O classic O example O of O heteroscedasticity B-General_Concept is O that O of O income O versus O expenditure O on O meals O . O Operating B-General_Concept system I-General_Concept choice O . O A O whole O new O Tensor B-Device core O design O since O Volta B-General_Concept introduces O AI B-Application deep O learning O acceleration O , O which O allows O the O utilisation O of O DLSS B-Device ( O Deep B-Device Learning I-Device Super I-Device Sampling I-Device ) O , O a O new O form O of O anti-aliasing O that O uses O AI B-Application to O provide O crisper O imagery O with O less O impact O on O performance O . O The O Java B-Language Transaction I-Language Service I-Language ( O JTS O ) O is O a O specification O for O building O a O transaction B-General_Concept manager I-General_Concept that O maps O onto O the O Object B-Architecture Management I-Architecture Group I-Architecture ( O OMG O ) O Object O Transaction O Service O ( O OTS O ) O used O in O the O Common B-Architecture Object I-Architecture Request I-Architecture Broker I-Architecture Architecture I-Architecture ( O CORBA B-Architecture ) O architecture O . O A O new O feature O introduced O in O Ninja O GaidenIII O is O the O ability O for O Ryu O to O hang O overhead O from O pipes O or O ivy O ; O he O can O swing O up O on O top O or O drop O from O them O , O and O as O with O walls O , O he O can O only O attack O enemies O while O hanging O with O secondary O weapons.Instruction O Manual O ( O Lynx B-General_Concept ) O , O p O . O 4 O . O However O , O the O i750 B-General_Concept lacks O general O purpose O integer O registers O unlike O its O x86 O counterpart O ) O , O a O 64-bit O ALU O , O a O 512× O 48-bit O instruction O RAM O , O a O 512× O 16-bit O data O RAM O , O two O internal O 16-bit O buses O , O a O wide O instruction O word O processor O , O a O variable O length O sequence O decoder O , O a O pixel O interpolator O and O an O interface O supporting O a O 4 O GB O linear O address O space O . O Elon O Musk O wrote O that O " O ChatGPT B-General_Concept is O scary O good O . O Once O the O required O information O is O completely O gathered O it O is O documented O in O a O URD B-General_Concept , O which O is O meant O to O spell O out O exactly O what O the O software O must O do O and O becomes O part O of O the O contractual O agreement O . O A O similar O phenomenon O occurs O for O processes B-Operating_System : O when O the O process O working B-General_Concept set I-General_Concept cannot O be O coscheduled B-Operating_System – O so O not O all O interacting O processes B-Operating_System are O scheduled O to O run O at O the O same O time O – O they O experience O " O process O thrashing O " O due O to O being O repeatedly O scheduled O and O unscheduled O , O progressing O only O slowly O . O The O programmer O typically O had O to O ensure O that O all O possible O weak B-General_Concept references I-General_Concept to O an O object O were O set O to O nil O manually O when O it O was O being O deallocated O . O The O domain O reasoner O , O together O with O the O dialog B-General_Concept manager I-General_Concept , O maintain O the O context O of O interaction O and O allows O the O system O to O reflect O some O human O conversational O abilities O ( O for O example O using O anaphora O ) O . O Some O of O these O changes O were O done O because O of O the O memory B-General_Concept limitations O of O being O on O a O single O cartridge B-Protocol instead O of O multiple O floppy B-Device diskettes I-Device . O At O some O stage O the O process O reaches O the O head O of O the O queue O and O is O assigned O the O CPU B-General_Concept . O SRAM O is O used O for O CPU B-General_Concept cache I-General_Concept . O glibc B-Language provides O the O functionality O required O by O the O Single O UNIX O Specification O , O POSIX O ( O 1c O , O 1d O , O and O 1j O ) O and O some O of O the O functionality O required O by O ISO B-General_Concept C11 O , O ISO B-General_Concept C99 B-Language , O Berkeley B-Operating_System Unix I-Operating_System ( O BSD B-Operating_System ) O interfaces O , O the O System B-Operating_System V I-Operating_System Interface I-Operating_System Definition I-Operating_System ( O SVID B-Operating_System ) O and O the O X/Open O Portability O Guide O ( O XPG O ) O , O Issue O 4.2 O , O with O all O extensions O common O to O XSI O ( O X/Open O System O Interface O ) O compliant O systems O along O with O all O X/Open O UNIX O extensions O . O Along O with O the O operating B-General_Concept system I-General_Concept , O the O machine O came O bundled O with O a O version O of O AmigaBASIC B-Language developed O by O Microsoft O and O a O speech B-Application synthesis I-Application library O developed O by O Softvoice O , O Inc O . O Existing O DBMSs O provide O various O functions O that O allow O management O of O a O database O and O its O data B-General_Concept which O can O be O classified O into O four O main O functional O groups O : O Before O the O emergence O of O the O 16550 B-Device UART I-Device , O there O was O a O substantial O risk O of O buffer B-General_Concept overrun I-General_Concept on O the O serial B-Protocol port I-Protocol . O + O Globally-available O defaults B-General_Concept ( O works O in O or O application O settings O ) O Key O OSX O Version O Legal O Values O Default O Value O AppleAquaColorVariant O 10.8 O 1 O , O 6 O 1 O AppleHighlightColor O 10.8 O RGB O , O 3 O floats O range O 0-1.0 O " O 0.780400 O 0.815700 O 0.858800 O " O AppleShowScrollBars O 10.8 O Automatic O , O WhenScrolling O , O Always O Automatic O NSQuitAlwaysKeepsWindows O 10.8 O bool O false O NSAutomaticWindowAnimationsEnabled O 10.8 O bool O true O NSNavPanelExpandedStateForSaveMode O 10.8 O bool O false O NSWindowResizeTime O 10.8 O float:time O in O seconds O .2 O CGFontDefaultAllowsFontSmoothing O 10.14 O ? O The O characteristics O of O the O German O government O 's O Industry B-General_Concept 4.0 I-General_Concept strategy O involve O the O strong O customisation O of O products O under O the O conditions O of O highly O flexible O ( O mass O - O ) O production O . O lighttpd B-Protocol has O supported O WebSockets B-Protocol since O 2017 O , O implemented O in O version O 1.4.46 O . O lighttpd B-Protocol mod_proxy O can O act O as O a O reverse B-General_Concept proxy I-General_Concept and O load B-Application balancer I-Application of O WebSocket B-Protocol applications O . O Approaches O can O also O be O divided O into O feature B-General_Concept selection I-General_Concept and O feature B-Algorithm extraction I-Algorithm . O Pitfall B-Application : I-Application The I-Application Mayan I-Application Adventure I-Application Platform O Imagitec O Design O Atari O Corporation O 16 O July O 2015 O Development O on O the O Lynx B-General_Concept version O was O scrapped O due O to O Atari O Corp O . O focusing O on O the O Jaguar B-Device instead O and O no O prototype O has O surfaced O . O Later O , O Intel O included O μop B-General_Concept caches B-General_Concept in O its O Sandy B-Device Bridge I-Device processors O and O in O successive O microarchitectures B-General_Concept like O Ivy B-Device Bridge I-Device and O Haswell B-Device . O The O game O is O a O collection O of O augmented B-General_Concept reality I-General_Concept mini-games O which O use O the O PlayStation B-Device Eye I-Device . O The O G O Flex O 's O curved O display O was O praised O for O having O good O viewing B-General_Concept angles I-General_Concept and O brightness O levels O , O and O as O promised O , O having O a O lower O level O of O glare O than O most O smartphones B-Application . O Full O 64-bit B-Device operating B-General_Concept system I-General_Concept . O GIMP B-Application also O supports O a O quick O mask O mode O where O a O user O can O use O a O brush O to O paint O the O area O of O a O selection B-General_Concept . O The O processor B-Architecture executes O a O program O by O fetching O the O instructions O from O memory B-General_Concept and O executing O them O . O The O Dextroscope B-General_Concept can O work O with O any O multi-modality O combination O , O supporting O polygonal O meshes O as O well O . O Progress O is O manually O saved O into O one O of O three O save O slots O , O while O high O scores O and O other O settings O are O kept O via O the O game O 's O internal O EEPROM B-General_Concept . O Name O Lexer B-Application algorithm O Output O languages O Grammar O , O code O Development O platform O License B-License Alex O DFA B-General_Concept Haskell B-Language , O BSD B-Operating_System AnnoFlex O DFA B-General_Concept Java B-Language , O BSD B-Operating_System Astir O DFA B-General_Concept table O driven O , O with O branching O C++ B-Language , O MIT B-License AustenX O DFA B-General_Concept Java B-Language , O BSD B-Operating_System C# B-Application Flex B-General_Concept DFA B-General_Concept C# B-Application , O GNU B-License GPL I-License C# B-Application Lex B-General_Concept DFA B-General_Concept C# B-Application ? O COBOL O ( O ; O an O acronym O for O " O common O business-oriented O language O " O ) O is O a O compiled B-Language English-like O computer O programming O language O designed O for O business O use O . O It O is O an O imperative B-Application , O procedural B-Application and O , O since O 2002 O , O object-oriented B-Language language I-Language . O COBOL O is O still O widely O used O in O applications O deployed O on O mainframe B-Architecture computers I-Architecture , O such O as O large-scale O batch B-General_Concept and O transaction B-General_Concept processing I-General_Concept jobs O . O However O , O due O to O its O declining O popularity O and O the O retirement O of O experienced O COBOL O programmers O , O programs O are O being O migrated O to O new O platforms O , O rewritten O in O modern O languages O or O replaced O with O software B-Architecture packages I-Architecture . O A O timeline O of O API B-General_Concept Specification O ratification O and O releases O can O be O found O on O the B-Library Khronos I-Library Group I-Library website O . O Microsoft O released O a O supplementary O Call O Manager O application B-Application , O compatible O with O the O Windows B-Application 95 I-Application and O Windows B-Device 98 I-Device operating B-General_Concept systems I-General_Concept , O that O allowed O users O to O make O and O receive O calls O , O and O to O listen O to O or O delete O voice O messages O , O contacts B-Operating_System , O and O call O history O . O Batman B-General_Concept can O counter O enemy O attacks O , O and O throw O them O into O other O enemies O for O increased O damage O . O The O M24 O was O designed O to O be O highly O compatible O with O IBM B-Device PC I-Device . O One O of O its O characteristics O was O the O use O of O the O more O powerful O 8.0MHz O Intel B-General_Concept 8086 I-General_Concept CPU B-General_Concept rather O than O the O 4.77MHz O Intel B-Device 8088 I-Device used O in O IBM O 's O own O PC B-Device XT I-Device , O configured O for O " O maximum O mode O " O that O allowed O direct O installation O of O an O 8087 B-Device math I-Device co-processor I-Device ( O also O at O 8MHz O ) O to O the O motherboard B-Device . O The O CPU B-General_Concept clock O , O along O with O most O others O in O the O machine O ( O other O than O the O serial O baud O rate O generator O and O an O IBM-standard O 14.3MHz O crystal O used O on O the O expansion O board O ) O , O was O divided O down O from O a O 24.0MHz O master O crystal O , O with O the O CPU B-General_Concept timing O in O particular O using O an O Intel B-Device 8284 I-Device clock O generator O , O as O per O the O IBM B-Device PC I-Device , O to O produce O the O 33% O duty O cycle O pulse O wave O required O by O the O 8086 B-General_Concept . O CP/M B-Application ( O CP/M B-Application BIOS B-Operating_System ) O , O DOS B-Device ( O DOS B-Device BIOS B-Operating_System ) O , O Solaris B-Application , O Linux B-Application , O BSD B-Operating_System , O macOS B-Application , O and O some O other O portable O operating B-General_Concept systems I-General_Concept also O have O a O HAL B-Application , O even O if O it O is O not O explicitly O designated O as O such O . O By O default O the O signal B-General_Concept is O simply O ignored O . O Although O not O widely O discussed O by O the O mainstream O predictive B-General_Concept modeling I-General_Concept community O , O predictive B-General_Concept modeling I-General_Concept is O a O methodology O that O has O been O widely O used O in O the O financial O industry O in O the O past O and O some O of O the O major O failures O contributed O to O the O financial O crisis O of O 2007 O – O 2008 O . O The O I/O B-General_Concept functionality O of O C B-Language is O fairly O low-level O by O modern O standards O ; O C B-Language abstracts O all O file B-Operating_System operations O into O operations O on O streams O of O bytes B-Application , O which O may O be O " O input B-Architecture streams I-Architecture " O or O " O output O streams O " O . O Unlike O some O earlier O programming O languages O , O C B-Language has O no O direct O support O for O random-access B-General_Concept data O files O ; O to O read O from O a O record O in O the O middle O of O a O file B-Operating_System , O the O programmer O must O create O a O stream B-Architecture , O seek O to O the O middle O of O the O file B-Operating_System , O and O then O read O bytes B-Application in O sequence O from O the O stream B-Architecture . O The O XIfx O implements O an O improved O version O of O the O HPC-ACE O extensions O ( O HPC-ACE2 O ) O , O which O doubled O the O width O of O the O SIMD B-Device units O to O 256 O bits O and O added O new O SIMD B-Device instructions O . O To O complement O the O increased O width O of O the O SIMD B-Device units O , O the O L1 O cache O bandwidth O was O increased O to O 4.4TB/s O . O The O integrated B-General_Concept memory I-General_Concept controllers I-General_Concept were O replaced O with O four O Hybrid B-General_Concept Memory I-General_Concept Cube I-General_Concept ( O HMC O ) O interfaces O for O decreased O memory O latency O and O improved O memory O bandwidth O . O According O to O the O Microprocessor B-Architecture Report O , O the O IXfx O was O the O first O processor O to O use O HMCs O . O Fujitsu O announced O at O the O International O Supercomputing B-Architecture Conference O in O June O 2016 O that O its O future O exascale B-General_Concept supercomputer B-Architecture will O feature O processors O of O its O own O design O that O implement O the O ARMv8 O architecture O . O This O was O Hasselblad O 's O first O integrated O DSLR B-Device . O Hasselblad O has O built O into O the O H2 O cross-platform O camera O a O new O single-battery O operation O of O the O camera O with O the O new O Ixpress O CFH O digital B-Algorithm back I-Algorithm , O offering O one O on/off O switch O and O one O operating B-General_Concept system I-General_Concept , O facilitating O streamlined O , O integrated O operation O . O With O existing O digital B-Algorithm backs I-Algorithm already O in O the O market O , O the O H2 O delivers O the O exact O functionality O of O the O H1 O . O It O was O planned O to O consume O no O more O than O 29W O , O compared O to O Merom B-Device 's O and O first-generation O Penryn B-Device 's O 34W O TDP B-General_Concept . O In O early O 2023 O , O following O the O success O of O ChatGPT B-General_Concept and O concerns O that O Google B-Application was O falling O behind O in O the O AI B-Application race O , O Google B-Application 's I-Application senior O management O issued O a O " O code O red O " O and O a O " O directive O that O all O of O its O most O important O products O — O those O with O more O than O a O billion O users O — O must O incorporate O generative O AI B-Application within O months O " O . O A O renderer O may O support O only O 3-sided O faces O , O so O polygons B-General_Concept must O be O constructed O of O many O of O these O , O as O shown O above O . O For O unbiased O estimation O of O standard O deviation B-General_Concept , O there O is O no O formula O that O works O across O all O distributions O , O unlike O for O mean O and O variance O . O the O exact O sampling B-General_Concept distribution I-General_Concept of O T O under O the O null B-General_Concept hypothesis I-General_Concept is O the O binomial O distribution O with O parameters O 0.5 O and O 100 O . O This O requires O a O security O model O that O incorporates O users O , O Web O services O and O more O general O enterprise O services O , O and O that O ’s O fully O distributed O and O fault-tolerant B-General_Concept , O such O as O the O SOAIF O infrastructure O itself O . O Havok B-General_Concept Cloth O : O Released O in O 2008 O , O Havok B-General_Concept Cloth O deals O with O efficient O simulation O of O character O garments O and O soft O body O dynamics O . O In O 2012 O , O a O team O of O scientists O from O Johns O Hopkins O University O published O the O first O genetic O compression B-General_Concept algorithm I-General_Concept that O does O not O rely O on O external O genetic O databases O for O compression O . O HAPZIPPER O was O tailored O for O HapMap O data O and O achieves O over O 20-fold O compression O ( O 95% O reduction O in O file O size O ) O , O providing O 2 O - O to O 4-fold O better O compression O much O faster O than O leading O general-purpose O compression B-General_Concept utilities I-General_Concept . O The O PC B-General_Concept Engine I-General_Concept home O release O also O received O positive O coverage O . O One O unique O application O of O a O runtime B-Device environment I-Device is O its O use O within O an O operating B-General_Concept system I-General_Concept that O only O allows O it O to O run O . O A O number O of O statistical O tests O , O such O as O the O Student B-General_Concept 's I-General_Concept t-test I-General_Concept and O the O one-way O and O two-way O ANOVA O , O require O a O normally O distributed O sample O population O . O Geographic O or O geospatial B-General_Concept : O Comparison O of O a O variable O across O a O map O or O layout O , O such O as O the O unemployment O rate O by O state O or O the O number O of O persons O on O the O various O floors O of O a O building O . O CER-22 B-Device - O 1967 O , O based O on O transistors B-Application , O MSI O circuits O , O magnetic O core B-General_Concept memory I-General_Concept , O punched B-Architecture cards I-Architecture and O magnetic B-Architecture disks I-Architecture . O This O was O a O Master O 128 O with O 4MHz O 65C102 B-General_Concept coprocessor O card O ( O which O could O be O either O bought O with O the O machine O or O added O to O an O existing O Master O 128 O ) O . O Both O machines O can O be O expanded O to O , O although O the O graphics O controller O reserves O a O portion O of O this O memory O , O yielding O only O to O the O operating O system O , O even O on O systems O using O add-in O ISA B-Architecture graphic O cards O . O The O SL O series O offers O five O 8-bit O XT-compatible O ISA B-Architecture slots I-Architecture , O and O does O not O come O with O pre-installed O real-time O clock O chips O , O making O them O optional O upgrades O in O the O form O of O the O plug-in O Dallas O DS1216E O SmartWatch O . O As O a O result O , O fitting O a O hard O drive O to O an O SL O that O already O has O the O upper O and O lower O 5.25 O " O bays O populated O may O require O either O the O removal O of O one O of O the O devices O in O those O bays O , O or O the O installation O of O a O hard O disk O card-style O bracket O which O seats O in O one O of O the O ISA B-Architecture slots I-Architecture . O The O Tandy O 1000 O TL O and O TL/2 O uses O 8MHz O Intel B-General_Concept 80286 I-General_Concept processors O , O whereas O the O TL/3 O uses O a O 10MHz O 80286 B-General_Concept . O Work O progressed O on O true O variable B-General_Concept bit I-General_Concept rate I-General_Concept using O a O quality O goal O between O 0 O and O 10 O . O Between O image O capture O and O viewing O , O image O processing O may O be O done O , O including O compression B-General_Concept , O enhancement O and O edge-detection B-Algorithm . O Following O this O , O conditional O jump O instructions O can O be O used O to O check O the O flags B-General_Concept and O branch O to O code O that O should O run O , O e.g. O Another O problem O with O the O kernel B-General_Concept perceptron I-General_Concept is O that O it O does O not O regularize O , O making O it O vulnerable O to O overfitting B-Error_Name . O Several O of O the O mobile O network O operators O that O provide O 3G B-Architecture or O faster O wireless B-General_Concept internet O access O offer O plans O and O wireless B-Device modems I-Device that O enable O computers O to O connect O to O and O access O the O internet O . O The O primary O front-end O dashboard B-Protocol system O is O called O Lovelace O ( O named O after O Ada B-General_Concept Lovelace I-General_Concept ) O , O which O offers O different O cards O to O display O information O and O control O devices O . O Experimental O evidence O of O biexcitons B-General_Concept in O carbon O nanotubes O was O found O in O 2012 O . O The O cores O do O not O feature O out-of-order B-General_Concept execution I-General_Concept , O or O a O sizable O amount O of O cache B-General_Concept . O Because O DFAs B-General_Concept can O be O reduced O to O a O canonical O form O ( O minimal B-General_Concept DFAs I-General_Concept ) O , O there O are O also O efficient O algorithms O to O determine O : O Software O features O include O floating O windows O for O multi-tasking O , O an O option O which O shifts O the O keyboard O and O dial O pad O to O one O side O of O the O screen O for O one-handed O use O , O a O navigation O feature O which O uses O augmented B-General_Concept reality I-General_Concept , O and O which O allows O quick O access O to O calculator O , O notes O , O text O messages O , O and O videos O . O In O a O relational O database O , O a O relation B-Language is O a O set O of O tuples B-Application that O have O the O same O attributes B-General_Concept . O NLUI B-General_Concept Server O Domain-independent O toolkit O Complete O multilingual O framework O for O building O natural B-General_Concept language I-General_Concept user I-General_Concept interface I-General_Concept systems O LinguaSys O out-of-box O support O of O mixed-initiative O dialogues O Olympus O Complete O framework O for O implementing O spoken B-General_Concept dialogue I-General_Concept systems I-General_Concept Carnegie O Mellon O University O Nextnova O Multimodal O Platform O Platform O for O developing O multimodal O software O applications O . O Because O it O provided O an O interesting O method O to O perform O a O sneak O attack O on O an O opponent O below O the O gap O , O and O because O of O limited O time O available O , O the O developers O decided O to O keep O the O defect O as O an O undocumented B-General_Concept feature I-General_Concept rather O than O fix O it O . O A O feature O release O needs O several O months O to O be O finished O and O many O bugs O that O are O fixed O during O this O time O are O backported O to O the O stable O branch O , O meaning O that O these O fixes O are O incorporated O into O the O last O stable O release O by O bugfix B-General_Concept releases I-General_Concept . O In O a O fully O associative B-General_Concept cache I-General_Concept , O the O cache O is O organized O into O a O single O cache O set O with O multiple O cache O lines O . O The O original O Atari B-General_Concept 2600 I-General_Concept version O of O Megamania B-Application received O an O award O for O " O Most O Humorous O Home O Arcade O Game O " O at O the O 4th O annual O Arkie O Awards O . O If O not O too O many O transactions O are O aborted O , O then O being O optimistic B-Operating_System is O usually O a O good O strategy O . O Pessimistic O - O Block O an O operation O of O a O transaction B-General_Concept , O if O it O may O cause O violation O of O the O rules O , O until O the O possibility O of O violation O disappears O . O An O arithmetic B-General_Concept unit I-General_Concept ( O the O " O mill O " O ) O would O be O able O to O perform O all O four O arithmetic O operations O , O plus O comparisons O and O optionally O square O roots O . O A O stream O of O energy O strikes O the O Ouroboros B-General_Concept tower O , O and O a O portal O to O the O demon O world O opens O . O Due O to O the O small O fixed-location O stack O of O the O 6502 B-General_Concept , O and O because O an O external O MMU B-General_Concept is O rarely O provided O , O multitasking O is O somewhat O limited O . O While O the O 6360 O was O designed O from O the O start O to O support O JEDEC-standard O 5-volt O , O 64-bit O , O 168-pin O , O EDO O 70ns O DIMMs B-General_Concept with O a O 2k O refresh O rate O , O the O logic B-Device board I-Device did O not O initially O support O EDO O RAM O . O The O 6360 O has O two O DIMM B-General_Concept slots O , O which O can O be O populated O by O one O or O two O chips O of O varying O sizes O up O to O 64 O MB O . O The O trick O with O Kuiper B-General_Concept 's I-General_Concept test I-General_Concept is O to O use O the O quantity O D++D− O as O the O test O statistic O . O The O Sixth O Axis O , O another O video O game O review/news O website O , O looked O back O on O the O Wonderbook B-General_Concept 4 O years O later O to O examine O the O hardware O . O Partial B-Algorithm least I-Algorithm squares I-Algorithm regression I-Algorithm ( O PLS O regression O ) O is O a O statistical O method O that O bears O some O relation O to O principal B-Algorithm components I-Algorithm regression I-Algorithm ; O instead O of O finding O hyperplanes O of O maximum O variance O between O the O response O and O independent O variables O , O it O finds O a O linear B-General_Concept regression I-General_Concept model I-General_Concept by O projecting O the O predicted O variables O and O the O observable O variables O to O a O new O space O . O In O 2012 O , O Intel O announced O the O Intel B-General_Concept Xeon I-General_Concept Phi I-General_Concept coprocessor I-General_Concept . O It O is O the O first O ( O and O only O , O as O of O 2022 O ) O clone B-General_Concept with O 100% O hardware O and O display O timings O aligned O with O a O digital O video O and O sound O output O ( O incl O . O It O uses O the O real O ( O faster O ) O Z80 B-General_Concept CPU B-General_Concept switchable O from O 3.5MHz O up O to O 20MHz O , O which O can O be O overclocked O to O 30MHz O – O or O changed O for O a O T80 O core O at B-Operating_System higher O speed O . O The O eLeMeNt O ZX O combines O 48K O , O 128K O , O +2 O , O +2A O , O and O many O Russian O memory O models O – O including O four O Pentagon B-Device ( O computer O ) O and O several O other O Russian O models O – O and O the O most O popular O interfaces O , O such O as O : O K-Mouse O ; O TurboSound O FM O ; O Sound O Interface O Device O ( O SID O ) O ; O enhanced O Covox O and O Soundrive O ; O DivMMC O ; O Z-Controller O ; O Timex O and O advanced O HiRes O 512×92 O with O attributes O and O planar-based B-Device and O chunky O HGFX O graphics O modes O ; O ULA+ O and O indexed O true O colour O palettes O ; O USB O mouse O and O keyboard O ; O 2 O interchangeable O SD O card O slots O ; O 3 O joystick B-Device slots O , O supporting O 2-button O Kempston O and O 8-button O Sega O controllers O ; O USB O serial O connection O with O PC O through O a O standard O USB-A O cable O . O The O eLeMeNt O has O 2 O MB O of O RAM B-Architecture , O which O is O upgradeable O to O 4 O MB O . O The O ROM B-Device system O supports O 16K O to O 64KB O ROMs O , O plus O SetUp O ( O BIOS O ) O ROM B-Device , O Rescue O ROM B-Device , O and O the O latest O version O of O the O modern O FAT O and O POSIX-API O based O filesystem O : O esxDOS O . O Based O on O an O 8MHz O 68000 B-Device CPU B-General_Concept , O and O with O pricing O starting O at O $7 O , O 000 O , O the O Dynamac O became O obsolete O with O the O introduction O of O the O Apple B-Device Macintosh I-Device Portable I-Device in O 1989 O . O In O an O effort O to O increase O sales O to O ICL O customers O , O and O to O profit O from O the O difficulties O ICL O were O having O moving O customers O from O the O 1900 O to O the O New B-Device Range I-Device , O IBM O introduced O a O microcode B-Device package O for O the O 370/145 B-Device allowing O execution O of O 1900 O series O programs O . O The O Odra B-Device 1300 O series O ( O Odra B-Device 1304 O , O Odra B-Device 1305 O and O Odra B-Device 1325 O ) O were O a O range O of O 1900 O compatible O machines O built O by O Elwro O in O Wrocław O , O Poland O between O 1971 O and O 1978 O . O By O agreement O with O ICL O the O Odra B-Device machines O ran O standard O ICL O software O ( O executive O E6RM O , O George B-General_Concept 3 I-General_Concept ) O . O Second O generation O " O S3E O " O ( O microcoded B-Device ) O versions O of O the O larger O New B-Device Range I-Device systems O ( O such O as O the O 2960/2966 O from O West O Gorton O , O and O the O later O 2940/50 O from O Stevenage O ) O , O could O run O 1900 O series O code O under O DME O ( O Direct B-Operating_System Machine I-Operating_System Environment I-Operating_System ) O as O an O emulation B-Application as O well O as O the O New B-Device Range I-Device instruction O set O under O the O newer O VME B-General_Concept ( O Virtual O Machine O Environment O ) O . O Promotion O of O Spider-Man O : O Into O the O Spider-Verse O for O which O 8th O Wall O developed O the O AR O platform O that O made O this O interactive O WebAR B-General_Concept promoting O the O Sony O animated O smash O hit O . O The O advantage O is O that O from O the O Operating O System O on O the O blade O everything O seems O normal O ( O regular O Ethernet O or O SAN O connectivity O ) O , O but O inside O the O BladeCenter B-General_Concept everything O gets O routed O over O the O InfiniBand B-Architecture . O Joyent B-General_Concept 's O early O institutional O investors O include O El O Dorado O Ventures O , O Epic O Ventures O , O Intel O Capital O ( O series O A O , O B O Rounds O ) O , O Greycroft O Partners O ( O Series O A O , O B O Rounds O ) O , O Liberty O Global O ( O Series O B O Round O ) O . O Business O Standard O felt O Green O Eggs O and O Ham O was O " O faithful O to O the B-General_Concept original O " O while O MacWorld O felt O it O offered O a O " O charming O , O lighthearted O adaptation O " O . O Gallium3D O is O a O set O of O interfaces B-Application and O a O collection O of O supporting O libraries O intended O to O ease O the O programming O of O device B-Application drivers I-Application for O 3D O graphics O chipsets O for O multiple O operating B-General_Concept systems I-General_Concept , O rendering O or O video B-Application acceleration I-Application APIs I-Application . O RunGEM B-Application is O a O freeware O component O of O the O commercial O modelling O package O , O Gempack B-General_Concept . O OS/2 B-Application added O long O filename O support O to O FAT O using O extended B-Application attributes I-Application ( O EA O ) O before O the O introduction O of O VFAT O . O Thus O , O VFAT O long O filenames O are O invisible O to O OS/2 B-Application , O and O EA O long O filenames O are O invisible O to O Windows B-Application ; O therefore O , O experienced O users O of O both O operating B-General_Concept systems I-General_Concept would O have O to O manually O rename O the O files O . O Human68K O supported O up O to O 18.3 O filenames O and O ( O Shift O JIS O ) O Kanji O characters O in O a O proprietary O FAT O file B-Application system I-Application variant O . O In O order O to O support O Java B-Language applications O , O the O FlexOS-based O IBM B-Language 4690 I-Language OS I-Language version O 2 O introduced O its O own O virtual B-Application file I-Application system I-Application ( O VFS O ) O architecture O to O store O long O filenames O in O the O FAT O file B-Application system I-Application in O a O backwards-compatible B-General_Concept fashion O . O Additionally O , O Proma O Khosla O of O Mashable O ranked O the O same O instalments O by O tone O , O concluding O that O " O Playtest B-General_Concept " O was O the O fourth O most O bleak O . O Non-POD O return O values O or O values O larger O than O 64-bits O , O the O calling O code O will O allocate O space O and O passes O a O pointer O to O this O space O via O a O hidden O parameter O on O the O stack B-General_Concept . O Lucinda O Ray O joined O Brøderbund O from O 1993 O to O 1999 O as O Education O Product O Manager O , O where O she O managed O the B-General_Concept development O and O editing O of O more O than O 60 O Teacher O 's O Guides O to O accompany O Brøderbund O and O Living B-Application Books I-Application ' O Living B-Application Books I-Application School O Editions O . O The O most O important O distinction O is O that O while O procedural B-Application programming I-Application uses O procedures O to O operate O on O data B-General_Concept structures I-General_Concept , O object-oriented B-Language programming I-Language bundles O the O two O together O , O so O an O " O object O " O , O which O is O an O instance O of O a O class O , O operates O on O its O " O own O " O data B-General_Concept structure I-General_Concept . O In O addition O , O the O more O interaction O in O the O team O , O the O faster O the O usability B-General_Concept issues O are O resolved O . O In O later O iterations O of O the O Mac B-Device operating B-General_Concept system I-General_Concept ever O since O OS B-Operating_System X I-Operating_System 10.9 I-Operating_System was O released O in O 2013 O , O users O could O assign O multiple O arbitrary O tags B-General_Concept as O extended B-Application file I-Application attributes I-Application to O any O file O or O folder O , O and O before O that O time O the O open-source O OpenMeta O standard O provided O similar O tagging O functionality O for O Mac B-Operating_System OS I-Operating_System X I-Operating_System . O Multi-task O Bayesian O optimization O is O a O modern O model-based O approach O that O leverages O the O concept O of O knowledge O transfer O to O speed O up O the O automatic O hyperparameter B-General_Concept optimization I-General_Concept process O of O machine O learning O algorithms O . O pLSA B-General_Concept was O originally O developed O for O document B-Algorithm classification I-Algorithm , O but O has O since O been O applied O to O computer B-Application vision I-Application . O This O size O can O be O calculated O as O the O number O of O bytes O stored O in O each O data B-General_Concept block O times O the O number O of O blocks O stored O in O the O cache B-General_Concept . O ( O The O tag O , O flag O and O error B-Error_Name correction I-Error_Name code I-Error_Name bits O are O not O included O in O the O size O , O although O they O do O affect O the O physical O area O of O a O cache B-General_Concept . O ) O The O 2013 O remake B-General_Concept has O received O critical O acclaim O from O reviewers O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O GCS O 's O purpose O is O to O provide O an O environment O to O run O some O specific O OS/MVS B-Application -based O applications O and O networking O middleware B-General_Concept under O VM B-Application . O PlatBox B-Application Project I-Application , O formally O known O as O Boxed O Economy O Project O , O is O a O multi-agent O based O computer B-Application simulation I-Application software B-General_Concept development I-General_Concept project O founded O by O Iba O Laboratory O at O Keio O University O , O Japan O . O Critics O frequently O praised O the O dark O neo-noir O cyberpunk O aesthetic O of O the O game O , O as O well O as O its O tone O , O and O referred O to O the O vision O of O cyberspace B-General_Concept as O Gibson-inspired O . O The O original O V810 O and O V850 O CPU B-General_Concept architecture I-General_Concept is O designed O for O ultra-low O power O applications O . O One O can O " O merge O " O changes O back O into O the O trunk B-General_Concept or O between O branches B-General_Concept . O instruction O ; O otherwise O execute O next B-General_Concept instruction I-General_Concept . O The O use O of O the O term O " O PC O clone B-General_Concept " O to O describe O IBM B-Device PC I-Device compatible O computers O fell O out O of O use O in O the O 1990s O ; O the O class O of O machines O it O now O describes O are O simply O called O PCs O , O but O the O early O use O of O the O term O " O clone B-General_Concept " O usually O implied O a O higher O level O of O compatibility B-General_Concept with O the O original O IBM B-Device PC I-Device than O " O PC-Compatible O " O , O with O ( O often O Taiwanese O ) O clones B-General_Concept of O the O original O circuit O ( O and O possibly O ROMs O ) O the O most O compatible O ( O in O terms O of O software O they O would O run O and O hardware B-Architecture tests O they O would O pass O ) O , O while O " O legitimate O " O new O designs O such O as O the O Sanyo O MBC-550 O and O Data B-Device General/One I-Device , O while O not O infringing O on O copyrights O and O adding O innovations O , O tended O to O fail O some O compatibility B-General_Concept tests O strongly O dependent O upon O detailed O hardware B-Architecture compatibility B-General_Concept ( O such O as O ability O to O run O Microsoft B-Operating_System Flight I-Operating_System Simulator I-Operating_System , O or O any O software O that O bypassed O the O standard O software B-Device interrupts I-Device and O directly O accessed O hardware B-Architecture at O the O expected O pre-defined O locations O , O or O — O in O the O case O of O the O MBC-550 O for O example O — O wrote O diskettes B-Device which O could O not O be O directly O interchanged O with O standard O IBM B-Device PCs I-Device ) O . O In O 1980 O , O the O price O of O a O 16kW O ( O kiloword O , O equivalent O to O 32 O kB O ) O core B-General_Concept memory I-General_Concept board O that O fitted O into O a O DEC O Q-bus O computer O was O around O . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O AVX B-General_Concept , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel O 64 O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O TXT B-Device , O Intel O VT-x O , O Intel O VT-d O , O Hyper-threading B-Operating_System , O Turbo B-Device Boost I-Device , O AES-NI B-Algorithm , O Smart O Cache O . O The O microcontrollers B-Architecture in O the O TLCS-870 O family O ( O TLCS-870 O , O TLCS-870/X O , O TLCS-870/C O and O TLCS-870/C1 O series O ) O use O a O 8-bit/16 O -bit O architecture O inspired O by O the O TLCS-90 O , O but O less O like O the O Z80 B-General_Concept . O The O following O table O shows O examples O of O Punycode B-General_Concept encodings O for O different O types O of O input O . O Support O for O compiling O programs O that O do O not O require O the O POSIX O compatibility B-General_Concept layer I-General_Concept provided O by O the O Cygwin B-Language DLL O used O to O be O included O in O the O default O gcc B-Application , O but O is O provided O by O cross-compilers B-Application contributed O by O the O MinGW-w64 O project O . O Type-2 O hypervisors B-Operating_System abstract O guest B-General_Concept operating I-General_Concept systems I-General_Concept from O the O host O operating B-General_Concept system I-General_Concept . O Having O on-the-fly O data B-General_Concept masking I-General_Concept in O place O becomes O essential O . O This O relation O is O only O a O rough O guide O and O actual O calculations O with O currently O topical O graphene O ( O a O natural O atomic O crystal O ) O and O artificial O graphene O ( O superlattice B-General_Concept ) O show O that O characteristic O band O widths O are O of O the O order O of O 1 O eV O and O 10 O meV O , O respectively O . O IBM O 's O PC O DOS B-Device ( O also O marketed O as O MS-DOS B-Application by O Microsoft O ) O inherited O the O convention O by O virtue O of O being O loosely O based O on O CP/M B-Application , O and O Windows O in O turn O inherited O it O from O MS-DOS B-Application . O To O simplify O matters O , O plain O text O data B-General_Concept streams I-General_Concept , O including O files O , O on O Multics B-Application used O line O feed O ( O LF O ) O alone O as O a O line O terminator O . O Abbreviated O KBL.Kaby O Lake O is O the O shortened O name O for O Kabinakagami O Lake O , O a O large O lake O approximately O 70 O miles O north O of O Wawa O , O Ontario.2016KatmaiCPUFirst-generation O Pentium B-General_Concept III I-General_Concept processor O , O 250 O nm O . O The O basic O idea O of O rotational B-General_Concept cryptanalysis I-General_Concept is O that O both O the O bit O rotation B-Algorithm and O XOR O operations O preserve O correlations O between O bit-rotated O pairs O of O inputs O , O and O that O addition O of O bit-rotated O inputs O also O partially O preserves O bit O rotation B-Algorithm correlations O . O Being O situated B-General_Concept is O generally O considered O to O be O part O of O being O embodied O , O but O it O is O useful O to O consider O each O perspective O individually O . O nice O is O used O to O invoke O a O utility B-Application or O shell B-Language script I-Language with O a O particular O CPU B-General_Concept priority O , O thus O giving O the O process B-Operating_System more O or O less O CPU B-General_Concept time O than O other O processes O . O The O default O niceness O for O processes O is O inherited O from O its O parent O process B-Operating_System and O is O usually O 0 O . O If O you O 've O invested O in O iPad B-Device accessories I-Device such O as O a B-General_Concept dock O or O case O , O keep O in O mind O that O you O probably O wo O n't O be O able O to O use O them O with O the O new O iPad. O " O The O last O version O of O the O standard O was O completed O in O Jan O . O 2013 O which O accomplished O by O a O partnership O called O V3G B-General_Concept . O Later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 B-General_Concept incorporated O some O of O the O enhanced O functionality O of O DR O 's O later O single-user O PC B-Operating_System DOS I-Operating_System clone O DR B-Application DOS I-Application 5.0 O , O after O which O the O product O was O given O the O more O explanatory O name O " O Multiuser O DOS B-Device " O ( O a.k.a. O An O even O smaller O amount O of O addressable O space O is O available O to O individual O programs O — O typically O in O the O range O of O 2 O to O 3 O GiB O , O depending O on O the O operating B-General_Concept system I-General_Concept kernel O . O Software O is O often O also O a O victim O to O what O is O known O as O software B-General_Concept aging I-General_Concept , O the O progressive O performance O degradation O resulting O from O a O combination O of O unseen O bugs B-Error_Name . O It O is O a O natural O question O in O numerical B-General_Concept analysis I-General_Concept to O ask O whether O the O problem O of O finding O the O roots O of O p O from O the O coefficients O ci O is O well-conditioned B-Algorithm . O Due O to O the O smaller O L1 O cache O , O the O 486DLC B-Device could O not O compete O on O a O clock-for-clock O basis O with O the O 486SX O , O but O a O 33MHz O 486DLC B-Device could O keep O pace O with O a O 25MHz O 486SX O , O cost O less O , O and O offered O the O ability O to O upgrade O further O with O the O addition O of O an O inexpensive O math B-General_Concept coprocessor I-General_Concept . O The O functional O covergence O is O established O similarly O by O considering O the O behaviour O of O the O MISE B-General_Concept , O and O noting O that O under O sufficient O regularity O , O integration O does O not O affect O the O convergence O rates O . O ECMAScript O 6 O also O added O Map O and O Set O data B-General_Concept structures I-General_Concept . O These O mechanisms O are O typically O indifferent O to O any O specific O order O , O and O generate O some O unpredictable O partial O order O that O is O typically O compatible O with O multiple O serial O orders O of O these O transactions B-General_Concept . O Amorphous O magnetic O films O were O also O considered O as O they O had O greater O potential O for O improvement O of O bubble B-General_Concept memories I-General_Concept vs O garnet O magnetic O films O , O however O the O existing O experience O with O garnet O films O meant O that O they O did O not O gain O a O foothold O . O The O Internet O with O local O broadcastingsome O routers B-Protocol permit O a O packet O received O from O the O Internet O to O be O broadcast B-Operating_System to O the O entire O LAN B-General_Concept ; O the O default O TCP B-Protocol or O UDP B-Protocol ports I-Protocol preconfigured O to O relay O WoL O requests O are O usually O ports O 7 O ( O Echo B-Protocol Protocol I-Protocol ) O , O 9 O ( O Discard B-Protocol Protocol I-Protocol ) O , O or O both O . O memory O management O by O memory B-General_Concept pool I-General_Concept that O allocates O memory O only O in O fixed-size O blocks O but O is O free O of O fragmentation O issues O that O may O appear O when O heap B-Application is O used O . O Since O then O , O this O looping B-Application technique O has O been O adopted O by O the O majority O of O other O digital B-General_Concept audio I-General_Concept workstations I-General_Concept on O the O market O , O sometimes O with O competing O brand O names O for O the O feature O , O such O as O Cakewalk B-Device Sonar I-Device ( O calling O it O Groove O Clips O ) O , O and O Cubase B-Application ( O calling O it O Audio O Warp O ) O . O It O has O a O fillrate B-General_Concept of O 2.4 O gigapixels O per O second O , O capable O of O rendering O up O to O 75 O million O polygons O per O second O . O Microsoft O has O not O documented O the O precise O file B-Application synchronization I-Application algorithm O that O this O function O implements O , O but O it O involves O comparing O for O each O file O found O in O both O the O local O and O the O roaming B-General_Concept profile I-General_Concept the O timestamps O , O to O then O replace O any O older O file O found O on O the O computer O . O For O details O on O the O various O matrix O addressing B-General_Concept schemes I-General_Concept see O passive-matrix B-Device and O active-matrix B-General_Concept addressed B-General_Concept LCDs B-Device . O Outside O organizations O showed O interest O in O having O education-oriented O experiences O developed O for O The B-General_Concept Void I-General_Concept , O including O police O training O and O nature O exploration O . O This O frees O the O host O CPU B-General_Concept for O other O tasks O , O and O greatly O improves O the O speed O of O redrawing O a O graphics O visual O ( O such O as O a O pie-chart B-Application or O CAD-illustration O ) O . O While O many O classification O algorithms O ( O notably O multinomial O logistic O regression O ) O naturally O permit O the O use O of O more O than O two O classes O , O some O are O by O nature O binary B-General_Concept algorithms O ; O these O can O , O however O , O be O turned O into O multinomial O classifiers B-General_Concept by O a O variety O of O strategies O . O Polygon B-General_Concept said O Nuts O & O Bolts O distinctness O made O it O difficult O to O remain O upset O over O the O shift O from O traditional O platforming O . O The O update O introduced O a O new O look O and O Expandable O Sidebar O , O Night B-General_Concept Mode I-General_Concept , O and O automatic O playback O videos O and O GIF O media O . O Some O researchers O have O recommended O the O use O of O the O Mean B-General_Concept Absolute I-General_Concept Error I-General_Concept ( O MAE O ) O instead O of O the O Root B-General_Concept Mean I-General_Concept Square I-General_Concept Deviation I-General_Concept . O To O edit O information O on O a O certain O social O networking O service O account O , O the O social O networking O sites O require O you O to O log B-General_Concept in I-General_Concept or O provide O a O password O . O Devices O connected O to O the O PCI B-Architecture bus I-Architecture appear O to O a O bus B-Architecture master I-Architecture to O be O connected O directly O to O its O own O bus B-General_Concept and O are O assigned O addresses O in O the O processor O 's O address B-General_Concept space I-General_Concept . O Pinot B-Application supports O near O real-time O ingestion O from O streams O such O as O Kafka B-Language , O AWS B-Application Kinesis O and O batch B-General_Concept ingestion O from O sources O such O as O Hadoop B-Application , O S3 B-General_Concept , O Azure B-Application , O GCS B-General_Concept . O The O information O may O comprise O specific O database O objects O ( O e.g. O , O record O types O , O specific O records O , O data B-General_Concept structures I-General_Concept ) O , O certain O computations O over O certain O objects O ( O e.g. O , O query B-Library types O , O or O specific O queries B-Library ) O , O or O using O specific O access O paths O to O the O former O ( O e.g. O , O using O specific O indexes B-Data_Structure or O other O data B-General_Concept structures I-General_Concept to O access O information O ) O . O The O framework B-Architecture is O implemented O as O a O component O library O which O adds O Ajax B-General_Concept capability O into O existing O pages O , O so O a O developer O does O n't O need O to O write O any O JavaScript B-Language code O or O to O replace O existing O components O with O new O Ajax B-General_Concept widgets O . O Later O ISA B-Architecture PS/2 O models O comprised O the O Model B-Device 30 I-Device 286 I-Device ( O a O Model B-Device 30 I-Device with O an O Intel B-General_Concept 286 I-General_Concept CPU B-General_Concept ) O , O Model O 35 O ( O IBM O 8535 O ) O and O Model O 40 O ( O IBM O 8540 O ) O with O Intel B-General_Concept 386SX I-General_Concept or O IBM B-Device 386SLC I-Device processors O . O Banking O and O financial O services O , O healthcare O , O retail O , O and O government O entities O must O adhere O to O strict O guidelines O when O handling O sensitive O personal O data O in O cloud B-Architecture applications I-Architecture that O include O : O PCI O DSS O , O ITAR O , O FERPA O , O HIPAA O , O and O HITECH B-General_Concept . O The O voice O ports O used O digitally O implemented O 24 O kbit/s O delta B-General_Concept modulation I-General_Concept with O voice O activity O compression O ( O VAC O ) O and O echo O suppressors O to O control O the O half O second O echo O path O through O the O satellite O . O Ctrl-C B-Device ( O in O older O Unixes B-Application , O DEL O ) O sends O an O INT O signal O ( O " O interrupt B-Application " O , O SIGINT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Some O search O engine O ( O aka O information B-Library retrieval I-Library ) O systems O like O Apache B-Language Solr I-Language and O Elasticsearch B-Application provide O enough O of O the O core O operations O on O documents O to O fit O the O definition O of O a O document-oriented B-General_Concept database I-General_Concept . O The O POWER1 B-General_Concept was O also O the O origin O for O the O highly O successful O families O of O POWER B-Architecture , O PowerPC B-Architecture and O Power B-Architecture ISA I-Architecture processors O that O followed O it O , O measuring O in O hundreds O of O different O implementations O . O TILE-Gx B-General_Concept , O a O 72-core O 64-bit O processor O . O Then O data B-General_Concept synchronization I-General_Concept is O the O process O of O reducing O edit O distance O between O and O , O up O to O the O ideal O distance O of O zero O . O In O 2014 O , O YouTube B-General_Concept user O Clint O Basinger O of O Lazy O Game O Reviews O found O the O coupon O bundled O in O with O the O game O and O , O after O finding O out O the O coupon O had O no O expiration O date O , O took O the O coupon O to O a O Food O Lion O and O bought O himself O a O Red B-Device Baron I-Device pizza O with O the O coupon O . O The O extensive O number O of O key B-Application combinations O are O now O one O of O WordPerfect B-Application 's O most O popular O features O among O its O regular O " O power B-General_Concept users I-General_Concept " O such O as O legal O secretaries O , O paralegals O and O attorneys O . O A O node O is O a O data B-General_Concept structure I-General_Concept formed O of O two O primary O components O : O a O set O of O conditions B-Language that O drive O the O execution B-General_Concept of O the O node O and O another O set O which O specifies O what O the O node O accomplishes O after O execution B-General_Concept . O In O October O 2003 O , O a O nearly O complete O prototype O ROM B-General_Concept image I-General_Concept of O Ultra B-Application Vortek I-Application was O made O freely O available O to O download O by O website O AtariAge B-Application with O permission O from O Beyond O Games O . O After O it O proved O popular O on O YouTube B-General_Concept , O Keybol O ported O it O to O mobile O platforms O . O In O the O absence O of O demand B-General_Concept paging I-General_Concept , O fragmentation B-Architecture becomes O a O greater O concern O . O Somers’ O D O normalizes O Kendall B-General_Concept 's I-General_Concept tau I-General_Concept for O possible O mass O points O of O variable O . O The O Exec O registers B-General_Concept are O not O writable O by O user O applications O although O some O user O code O can O read O them O . O 1985 O : O One O of O the O coprocessors B-General_Concept in O the O Amiga B-Device personal O computer O is O a O blitter B-General_Concept . O The O SIGCONT B-General_Concept signal O instructs O the O operating O system O to O continue O ( O restart O ) O a O process B-Operating_System previously O paused O by O the O SIGSTOP B-General_Concept or O SIGTSTP B-General_Concept signal O . O One O important O use O of O this O signal O is O in O job B-Operating_System control I-Operating_System in O the O Unix B-Application shell I-Application . O According O to O the O game O 's O developers O , O " O In O a O first O for O any O Terminator B-General_Concept game O , O players O will O have O the O option O to O be O a O Resistance O or O Skynet O Commander O as O they O battle O rival O player O alliances O for O territory O , O dominance O and O survival. O " O The O Working B-General_Concept Set I-General_Concept Size I-General_Concept ( O WSS O ) O is O the O size O of O this O data O set O . O The O specifics O include O an O 11.6 O " O TN-panel O touch B-Device screen I-Device ( O 1366×768 O resolution O ) O , O a O 1.66GHz O Intel B-Device Atom I-Device N450 O processor B-General_Concept with O fan O , O 16 O GB O NAND O memory O and O a O total O weight O of O the O device O of O an O announced O , O but O actually O . O Two O of O the O variants O of O the O Firefly B-Device used O system O software O called O Topaz O , O which O consisted O of O multiple O components O such O as O the O Taos O operating B-General_Concept system I-General_Concept that O used O a O microkernel B-Operating_System named O the O Nub O and O the O Trestle O window B-Application system I-Application . O There O were O two O attempts O to O turn O the O Atari B-General_Concept 2600 I-General_Concept into O a O keyboard-equipped O home O computer O : O Atari O 's O never-released O CX3000 O " O Graduate O " O keyboard O , O and O the O CompuMate B-Language keyboard O by O Spectravideo O which O was O released O in O 1983 O . O The O HMI/SCADA O Module O Layer O contains O mainstay O products O of O the O Ignition O Platform O . O Vision O is O the O main O visualization O module O , O SQL B-Language Bridge O is O a O bidirectional O OPC O to O SQL B-Language database I-Language historian O and O transaction B-General_Concept manager I-General_Concept , O Reporting O generates O dynamic O Pdf B-Application reports O , O and O Mobile O allows O access O to O HTML O 5 O compatible O devices O such O as O iPads B-Device , O iPods B-Device , O Android B-Application , O Smartphone B-Application , O and O Tablets B-Device . O However O , O the O YouTube B-General_Concept section O , O particularly O YouTube B-General_Concept downloading O programs B-Application , O has O gained O more O popularity O among O users O . O Studies O of O red B-General_Concept light I-General_Concept cameras I-General_Concept worldwide O show O a O reduction O of O crashes O involving O injury O by O about O 25% O to O 30% O , O taking O into O account O increases O in O rear-end O crashes O , O according O to O testimony O from O a O meeting O of O the O Virginia O House O of O Delegates O Militia O , O Police O , O and O Public O Safety O Committee O in O 2003 O . O Since O the O early O 1990s O , O Microsoft O operating B-General_Concept systems I-General_Concept and O Intel O hardware B-Architecture dominated B-Device much I-Device of I-Device the I-Device personal I-Device computer I-Device market I-Device , O first O with O MS-DOS B-Application and O then O with O Windows B-Application . O In O 2010 O he O presented O at O the B-General_Concept Dust O or O Magic O AppCamp O as O part O of O the B-General_Concept " O Panel O of O Legends O " O ; O he O would O continue O to O present O at O these O conferences O over O several O years O . O Each O partition B-Application entry O on O the O table O is O the O size O of O one O block B-General_Concept or O sector O of O data O . O The O exposed O event O API B-General_Concept is O uniform O over O all O of O the O supported O platforms O . O As O clients O are O normally O not O allowed O to O define O the O main O game O state O , O but O rather O receive O it O from O the O server B-Application , O the O main O task B-General_Concept of O the O client-side B-Operating_System compensation O is O to O render O the O virtual O world O as O accurately O as O possible O . O With O DMA O , O the O CPU B-General_Concept first O initiates O the O transfer O , O then O it O does O other O operations O while O the O transfer O is O in O progress O , O and O it O finally O receives O an O interrupt B-Application from O the O DMA B-General_Concept controller I-General_Concept ( O DMAC O ) O when O the O operation O is O done O . O At O Graz O University O of O Technology O ( O Austria O ) O , O a O system O called O SWEB O ( O " O Schon O wieder O ein O Betriebssystem O " O ) O has O been O implemented O and O is O used O to O teach O operating B-General_Concept system I-General_Concept principles O . O Finally O , O in O 1999 O the O AMIRAGE O K2 O was O announced O , O based O on O the O QNX B-Operating_System operating B-General_Concept system I-General_Concept . O Analysis O Services O includes O various O algorithms O — O Decision B-Algorithm trees I-Algorithm , O clustering O algorithm O , O Naive B-General_Concept Bayes I-General_Concept algorithm O , O time O series O analysis O , O sequence O clustering O algorithm O , O linear O and O logistic O regression O analysis O , O and O neural B-Architecture networks I-Architecture — O for O use O in O data B-Application mining I-Application . O After O the O medium O was O loaded O , O the O starting O address O was O set O via O switches O , O and O the O execute B-General_Concept button O was O pressed O . O A O control O unit O usually O has O an O instruction B-General_Concept pipeline I-General_Concept , O which O consists O of O stages O for O fetching O , O decoding O and O executing O program O instructions O . O On O the O Intel B-General_Concept 80486 I-General_Concept and O AMD B-Device Am486 I-Device there O are O approximately O 250 O lines O of O microcode B-Device , O totalling O 12,032 O bits O stored O in O the O microcode B-Device ROM B-Device . O In O 1962 O , O Signetics O introduced O the O SE100-series O family O , O the O first O high-volume O DTL B-General_Concept chips O . O The O camera O has O a O 3× O optical O zoom O lens O branded O Leica O Vario-Summicron O , O with O a O focal B-Algorithm length I-Algorithm of O 7 O ~ O 21mm O ( O equivalent O to O 34 O ~ O 102mm O focal B-Algorithm length I-Algorithm for O a O 135 O film O camera O ) O and O a O variable O maximum O aperture B-General_Concept ranging O from O ~ O 2.5 O . O The O discussion O of O how O the O shift O to O Industry B-General_Concept 4.0 I-General_Concept , O especially O digitisation O , O will O affect O the O labour O market O is O being O discussed O in O Germany O under O the O topic O of O Work B-Device 4.0 I-Device . O While O the O VS. O System O 's O hardware O was O virtually O similar O to O that O of O the O Famicom O , O it O included O more O random-access B-Architecture memory I-Architecture ( O RAM B-Architecture ) O ; O utilizing O the O bank B-General_Concept switching I-General_Concept technique O , O games O for O the O system O could O support O more O levels O and O features O than O their O console O counterparts O . O Swapping O games O was O accomplished O by O replacing O the O existing O game O 's O read-only B-Device memory I-Device ( O ROM B-Device ) O chip O with O the O one O for O the O desired O game O . O The O persistent O disks O of O Compute B-General_Concept Engine I-General_Concept deliver O higher O IOPS O consistently O . O Integrated O programming B-General_Concept languages O : O TI-BASIC B-Language and O machine B-Language code I-Language . O It O is O also O possible O to O achieve O the O same O effect O using O a O sprite O with O a O white O background O and O a O white-on-black B-General_Concept mask B-Algorithm . O Either O the O maximum O likelihood O estimate O or O the O maximum B-General_Concept a I-General_Concept posteriori I-General_Concept estimate I-General_Concept may O be O used O in O place O of O the O exact O value O in O the O above O equations O . O This O combination O was O a O direct O descendant O of O CP/CMS B-Application . O The O virtual B-Architecture machine I-Architecture facility O was O often O used O for O testing O new O software O while O normal O production O work O continues O on O another O virtual B-Architecture machine I-Architecture , O and O the O CMS O timesharing B-General_Concept system O was O widely O used O for O program O development O . O These O vulnerabilities O include O stack B-General_Concept and O heap B-General_Concept overflows I-General_Concept and O denial-of-service O attacks O . O In O 1999 O , O the O Pentium B-General_Concept II I-General_Concept Xeon B-Device was O replaced O by O the O Pentium B-General_Concept III I-General_Concept Xeon B-Device . O To O do O the O same O in O Oracle B-General_Concept use O the O DUAL B-Application table I-Application , O which O always O consists O of O a O single O row O only O : O Introduced O with O the O first-generation O Maxwell B-General_Concept architecture I-General_Concept , O second O generation O NVENC B-General_Concept adds O support O for O the O high-performance O HP444 O profile O ( O YUV4:4:4 O , O predictive O lossless B-Algorithm encoding I-Algorithm ) O , O and O increases O encoder O throughput O up O to O 16× O realtime O , O which O corresponds O to O about O 1080p O @ O 480Hz O with O the O high-performance O preset O . O It O is O an O optimization O problem O with O multiple O deterministic B-General_Concept algorithm I-General_Concept solutions O , O implemented O in O most O GIS B-Application software I-Application . O AlienBabelTech B-Application is O working O with O industry O professionals B-Application and O using O its O collective O expertise O and O experience O in O an O attempt O to O be O the O most O valuable O online O information B-General_Concept technology I-General_Concept resource O with O open O lines O of O communication O and O approachable O staff O . O Data O was O stored O into O the O array O and O read O back O out O in O parallel O , O often O as O a O computer O word O , O while O each O bit O was O stored O serially O in O the O shift B-General_Concept registers I-General_Concept . O Shape B-Algorithm factors I-Algorithm are O dimensionless O quantities O used O in O image B-General_Concept analysis I-General_Concept and O microscopy O that O numerically O describe O the O shape O of O a O particle O , O independent O of O its O size O . O Linux B-Application is O deployed O on O a O wide O variety O of O computing O systems O , O such O as O embedded B-Application devices I-Application , O mobile B-Application devices I-Application ( O including O its O use O in O the O Android B-Application operating I-Application system I-Application ) O , O personal B-Device computers I-Device , O servers B-Application , O mainframes B-Architecture , O and O supercomputers B-Architecture . O It O can O be O tailored O for O specific O architectures B-General_Concept and O for O several O usage O scenarios O using O a O family O of O simple O commands O ( O that O is O , O without O the O need O of O manually O editing O its O source O code O before O compilation B-Language ) O ; O privileged O users O can O also O fine-tune O kernel B-Operating_System parameters O at B-Operating_System runtime O . O The O calling O convention O for O C B-Language code O , O in O particular O , O was O to O pass O parameters O in O " O reverse O order O " O on O the O stack B-General_Concept and O return O values O on O the O stack B-General_Concept rather O than O in O a O processor B-General_Concept register I-General_Concept . O Linear B-General_Concept discriminant I-General_Concept analysis I-General_Concept ( O LDA O ) O and O CSP O apply O in O different O circumstances O . O Commodore B-Language BASIC I-Language also O supports O bitwise O operators O , O and O , O although O this O feature O was O part O of O the O core O Microsoft O 6502 B-General_Concept BASIC O code O , O it O was O usually O omitted O in O other O implementations O such O as O Applesoft B-Language BASIC I-Language . O Retailing O for O $ O 3,699 O in O 1995 O , O the O 360PE O featured O a O touch O sensitive O monitor O that O operated O with O the O stylus O ; O the O machine O could O run O operating B-General_Concept systems I-General_Concept that O supported O the O touch O screen O such O as O PenDOS O 2.2 O . O The O 500-series O ( O 500 B-Device , O 510 O , O 560 O ( O E O , O X O , O Z O ) O , O 570 O ( O E O ) O ) O were O the O main O line O of O the O ultraportable B-Device ThinkPads B-Operating_System . O DataStax B-General_Concept , O Inc O . O is O a O real-time O data O company O based O in O Santa O Clara O , O California O . O Perl B-Language , O PHP B-Application , O Python B-Language , O and/or O Primate O ( O mod B-Application mono I-Application ) O , O scripting/programming O languages O . O As O an O operating B-General_Concept system I-General_Concept , O FreeBSD B-Operating_System ( O a O BSD B-Operating_System descendant O ) O is O generally O regarded O as O reliable O and O robust O , O and O of O the O operating B-General_Concept systems I-General_Concept that O accurately O report O uptime B-Device remotely O , O FreeBSD B-Operating_System ( O and O other O BSD B-Operating_System descendants O ) O are O the O most O common O free O operating B-General_Concept system I-General_Concept listed O in O Netcraft O 's O list O of O the O 50 O web B-Application servers I-Application with O the O longest O uptime B-Device ( O uptime B-Device on O some O operating B-General_Concept systems I-General_Concept such O as O some O versions O of O Linux B-Application cannot O be O determined O remotely O ) O , O making O it O a O top O choice O among O ISPs O and O hosting O providers O . O In O Excel B-Application , O the O Royal O Society O of O Chemistry O has O created O an O add-in O to O run O kernel B-General_Concept density I-General_Concept estimation I-General_Concept based O on O their O . O In O May O 2019 O , O Frank O Slootman O , O the O retired O former O CEO B-Application of O ServiceNow B-General_Concept , O joined O Snowflake O as O its O CEO B-Application and O Michael O Scarpelli O , O the O former O CFO O of O ServiceNow B-General_Concept joined O the O company O as O CFO O . O Numbers O were O passed O between O these O units O across O several O general-purpose O buses B-General_Concept ( O or O trays O , O as O they O were O called O ) O . O Open B-Language Komodo I-Language uses O Mozilla B-Operating_System and O Scintilla B-Language code B-General_Concept base I-General_Concept to O provide O its O features O , O including O support O for O many O popular O languages O ( O including O Python B-Language , O Perl B-Language , O PHP B-Application , O Ruby B-Language , O Tcl B-Operating_System , O SQL B-Language , O Smarty B-Language , O CSS B-Language , O HTML B-Language , O and O XML B-Protocol ) O , O across O all O common O operating B-General_Concept systems I-General_Concept ( O Linux B-Application , O OS B-Operating_System X I-Operating_System , O and O Windows O ) O . O Vega B-Application Strike I-Application is O programmed O in O C/C O ++ O over O the O OpenGL B-Application 3D O graphics O API B-General_Concept and O performs O internal O scripting O written O in O Python B-Language and O XML B-Protocol . O The O large O storage B-General_Concept capacity I-General_Concept of O USB O flash O drives O relative O to O their O small O size O and O low O cost O means O that O using O them O for O data B-General_Concept storage I-General_Concept without O adequate O operational O and O logical O controls O may O pose O a O serious O threat O to O information O availability O , O confidentiality O and O integrity O . O China O 's O Great O Cannon O of O China O allows O the O modification O of O legitimate O web O browsing O traffic O at O internet B-General_Concept backbones I-General_Concept into O China O to O create O a O large O ephemeral O botnet B-Architecture to O attack O large O targets O such O as O GitHub B-Application in O 2015 O . O ourTunes B-Operating_System is O a O cross-platform B-Operating_System Java-based O file O sharing O client O which O allows O users O to O connect O to O iTunes B-Operating_System and O share O MP3 B-Application and O AAC B-Application music O files O over O a O local B-General_Concept area I-General_Concept subnetwork B-Protocol . O Close O friends O of O the O team O who O understood O the O intentions O behind O the O game O were O invited O to O playtest B-General_Concept and O give O feedback O . O Various O kinds O of O modeling B-Language languages I-Language are O applied O in O different O disciplines O , O including O computer B-General_Concept science I-General_Concept , O information B-Application management I-Application , O business O process O modeling O , O software B-General_Concept engineering I-General_Concept , O and O systems O engineering O . O Magma B-General_Concept contains O the O structured O Gaussian B-Algorithm elimination I-Algorithm and O Lanczos O algorithms O for O reducing O sparse B-Algorithm systems I-Algorithm which O arise O in O index O calculus O methods O , O while O Magma B-General_Concept uses O Markowitz O pivoting B-Algorithm for O several O other O sparse O linear B-Language algebra I-Language problems O . O The O machine O itself O was O housed O in O a O number O of O 19 O inch O rack O cabinets O and O the O main O CPUs B-General_Concept consisted O of O 18 O boards O of O ECL O logic O . O IBM O operating B-General_Concept systems I-General_Concept derived O from O CP-67 B-Application , O e.g. O , O z/VM B-Application , O maintain O partitioning B-Application information O for O minidisks O externally O to O the O drive O . O 1981 O US$1795 O Z80 B-General_Concept @ O 4.0 O Osborne B-Device 1 I-Device 1981 O US$795 O 2× O Hitachi O 6301 O @ O 0.614 O Epson B-Device HX-20 I-Device 090508 O oldcomputers.net O 1981 O Z80 B-General_Concept compatible O Husky B-Device ( O computer O ) O 090508 O old-computers.com O 1982 O 8088 B-Device @ O 4.77 O Columbia B-Device Data I-Device Products I-Device 1982 O Z80A B-General_Concept @ O 4 O Grundy B-Device NewBrain I-Device 1982 O Z80 B-General_Concept @ O 2.5 O Kaypro O 1982 O US$8000 O 8086 B-General_Concept @ O ? O The O TI-Nspire O CM-C O and O CM-C O CAS B-General_Concept ( O the O Chinese O versions O of O the O CX O and O CX O CAS B-General_Concept ) O are O cheaper O and O have O an O updated O design O , O but O have O only O 32MB O of O RAM B-Architecture and O no O port O for O the O wireless O module O . O Self-described O as O a O " O virtual O rapper O " O , O the O project O had O claimed O that O the O music O and O lyrics O were O generated B-General_Concept by I-General_Concept an I-General_Concept AI I-General_Concept using O thousands O of O data O points O compiled O from O video O games O and O social O media O . O JDBC B-Language connections O are O often O managed O via O a O connection B-General_Concept pool I-General_Concept rather O than O obtained O directly O from O the O driver O . O A O familiarity O with O the O range O of O tests O available O may O suggest O a O particular O null B-General_Concept hypothesis I-General_Concept and O test O . O Word B-General_Concept error I-General_Concept rate I-General_Concept ( O WER O ) O is O a O common O metric O of O the O performance O of O a O speech B-Application recognition I-Application or O machine B-Application translation I-Application system I-Application . O Jagex O issued O a O Customer B-General_Concept Support I-General_Concept News O article O admitting O the O updates O may O not O have O been O an O ideal O replacement O for O what O was O removed O , O requesting O patience O and O promising O to O remedy O potential O problems O with O updates O in O the O future O . O Scorched B-Language 3D I-Language offers O options O such O as O multiplayer O LAN B-General_Concept and O Internet O play O , O player O avatars B-Application and O flexible O camera O views O . O In O contrast O to O these O protected B-Application mode I-Application operating B-General_Concept systems I-General_Concept , O DOS B-Device , O by O default O , O is O a O real-mode B-Application operating B-General_Concept system I-General_Concept , O switching O to O protected B-Application mode I-Application and O virtual O 86 O mode O only O on O behalf O of O memory O managers O and O DOS B-Device extenders I-Device in O order O to O provide O access O to O extended O memory O or O map O in O memory O into O the O first O megabyte O , O which O is O accessible O to O normal O DOS B-Device programs O . O P6 B-Device processors O dynamically O translate O IA-32 B-Device instructions B-Device into O sequences O of O buffered O RISC-like O micro-operations B-General_Concept , O then O analyze O and O reorder O the O micro-operations B-General_Concept to O detect O parallelizable O operations O that O may O be O issued O to O more O than O one O execution B-General_Concept unit I-General_Concept at O once O . O The O architecture O consists O primarily O of O a O central B-General_Concept processing I-General_Concept unit I-General_Concept ( O CPU O ) O ( O connected O to O the O graphics O card O and O memory O ) O and O a O single O chipset B-Device ( O connected O to O motherboard B-Device components O ) O . O As O of O early O 2013 O , O Høgsberg O was O experimenting O with O network B-General_Concept transparency I-General_Concept using O a O proxy O Wayland O server O which O sends O compressed O images O to O the O real O compositor O . O In O August O 2017 O , O GNOME B-Application saw O the O first O such O pixel-scraping O VNC B-Protocol server I-Protocol implementation O under O Wayland O . O its O vanishing B-General_Concept point I-General_Concept , O found O at O the O intersection O between O the O parallel O line O from O the O eye O point O and O the O picture O plane O . O If O the O number O goes O down O to O zero O , O the O object O is O expected O to O release O itself O and O allow O its O memory B-General_Concept to O be O reclaimed O . O ANT B-Device was O designed O for O low O bit-rate O and O low O power O sensor B-Architecture networks I-Architecture , O in O a O manner O conceptually O similar O to O ( O but O not O compatible O with O ) O Bluetooth B-General_Concept low I-General_Concept energy I-General_Concept . O Otherwise O , O if O both O the O dispersions O and O shapes O of O the O distribution O of O both O samples O differ O , O the O Mann B-General_Concept – I-General_Concept Whitney I-General_Concept U I-General_Concept test I-General_Concept fails O a O test O of O medians O . O Linux O Mint O Debian O Edition O is O binary B-General_Concept compatible I-General_Concept with O Debian O , O but O is O also O not O a O Debian O Pure O Blend O . O A O standard B-Algorithm test I-Algorithm image I-Algorithm is O a O digital O image O file O used O across O different O institutions O to O test B-Algorithm image I-Algorithm processing O and O image B-General_Concept compression I-General_Concept algorithms O . O When O BERT B-General_Concept was O published O , O it O achieved O state-of-the-art O performance O on O a O number O of O natural B-General_Concept language I-General_Concept understanding I-General_Concept tasks O : O 1996 O – O IBM O 's O Deep B-General_Concept Blue I-General_Concept loses O a O six-game O match O against O Garry O Kasparov O , O 2 O – O 4 O . O The O index B-General_Concept register I-General_Concept ( O IX/IY O , O often O abbreviated O XY O ) O instructions O can O be O useful O for O accessing O data O organised O in O fixed O heterogenous O structures O ( O such O as O records O ) O or O at O fixed O offsets B-General_Concept relative O a O variable O base O address O ( O as O in O recursive O stack O frames O ) O and O can O also O reduce O code O size O by O removing O the O need O for O multiple O short O instructions O using O non-indexed O registers O . O Consider O a O two-class O prediction O problem O ( O binary B-General_Concept classification I-General_Concept ) O , O in O which O the O outcomes O are O labeled O either O as O positive O ( O p O ) O or O negative O ( O n O ) O . O An O alternative O approach O is O to O pin O the O object O in O memory O , O preventing O the O garbage B-General_Concept collector I-General_Concept from O moving O it O and O allowing O the O memory O to O be O directly O shared O with O native O pointers O ( O and O possibly O allowing O pointer O arithmetic O ) O . O According O to O unnamed O sources O , O Google B-Application joined O the O PRISM O program O in O 2009 O , O as O YouTube B-General_Concept in O 2010 O . O Itanium B-General_Concept competed O at O the O low-end O ( O primarily O four-CPU O and O smaller O systems O ) O with O servers O based O on O x86 B-Operating_System processors O , O and O at O the O high-end O with O IBM B-Device POWER I-Device and O Sun O Microsystems O SPARC B-Architecture processors O . O Efficeon B-General_Concept 's O die O fabricated O in O 90nm O is O 68mm² O , O which O is O 60% O of O the O Pentium B-General_Concept 4 I-General_Concept in O 90nm O , O at O 112mm² O , O with O both O processors O possessing O a O 1 O MB O L2 O cache O . O In O projector-based O virtual B-Application reality I-Application , O modeling O of O the O real O environment O plays O a O vital O role O in O various O virtual B-General_Concept reality I-General_Concept applications I-General_Concept , O such O as O robot O navigation O , O construction O modeling O , O and O airplane O simulation O . O Only O during O those O periods O when O the O video B-General_Concept chip I-General_Concept is O displaying O the O screen O border O or O putting O out O the O horizontal O and O vertical O retrace O signals O is O the O CPU O able O to O run O at O full O speed O . O The O second O revision O socket B-General_Concept motherboards O support O only O DDR4 O memory O . O Modern O features O like O copy B-General_Concept and I-General_Concept paste I-General_Concept and O Drag&drop O combined O with O visual O input O data O check O make O input O data O management O easier O . O QorIQ B-General_Concept AMP O Series O T4240 O as O the O first O processor O revealed O with O 12 O cores O followed O by O T2080 O and O T2081 O with O four O cores O and O speeds O up O to O 1.8GHz O . O Havok B-General_Concept Behavior O is O a O runtime O SDK B-Application for O controlling O game O character O animation O at O a O high O level O using O finite B-Architecture state I-Architecture machines I-Architecture . O Score O playback O can O also O be O synchronised O to O video O , O or O to O DAW B-General_Concept software O via O the O ReWire B-Architecture standard O . O Dually O , O any O t-conorm B-General_Concept distributes O over O the O minimum O , O but O not O over O any O other O t-norm B-General_Concept . O Although O it O describes O a O number O of O advanced O features O lacking O in O other O word B-General_Concept processors I-General_Concept on O the O platform O , O including O multiple O paragraph O rulers O , O cursor B-Device key I-Device control O and O table O of O contents O , O and O states O that O it O " O has O a O lot O of O nice O features O that O leaves O MacWrite B-Operating_System in O the O dust. O " O Trillian B-Protocol Pro I-Protocol comes O with O Activity O History O , O and O both O log O the O history O as O both O plain O text B-General_Concept files I-General_Concept and O as O XML B-Protocol files O . O In O computer B-General_Concept programming I-General_Concept , O negative B-Error_Name cache I-Error_Name is O a O cache B-General_Concept that O also O stores O " O negative O " O responses O , O i.e. O Making O the O memory B-General_Concept barriers I-General_Concept optional O permits O combining O the O operations O . O Hypertable B-General_Concept runs O on O top O of O a O distributed O file O system O such O as O the O Apache O HDFS O , O GlusterFS B-Application or O the O CloudStore B-Language Kosmos O File O System O ( O KFS O ) O . O The O linear B-General_Concept regression I-General_Concept provides O a O table O of O coefficients O and O p-values B-General_Concept . O A O bird's-eye B-Application view I-Application is O an O elevated O view O of O an O object O or O location O from O a O very O steep O viewing B-General_Concept angle I-General_Concept , O creating O a O perspective B-Architecture as O if O the O observer O were O a O bird O in O flight O looking O downwards O . O As O of O PHP B-Application 5.3 O , O PHP B-Application 's O SPL O extension O contains O the O ' O SplDoublyLinkedList O ' O class O that O can O be O used O to O implement O Deque B-Application datastructures B-General_Concept . O The O Tandy O 1000 O SL O and O SL/2 O feature O an O Intel B-General_Concept 8086 I-General_Concept processor O running O at O 8MHz O . O This O is O socketed O , O and O thus O upgradeable O with O an O NEC B-Device V30 I-Device . O Both O machines O can O be O expanded O to O , O although O the O graphics O controller O reserves O a O portion O of O this O memory O , O yielding O only O to O the O operating O system O , O even O on O systems O using O add-in O ISA B-Architecture graphic O cards O . O The O SL O series O offers O five O 8-bit O XT-compatible O ISA B-Architecture slots I-Architecture , O and O does O not O come O with O pre-installed O real-time O clock O chips O , O making O them O optional O upgrades O in O the O form O of O the O plug-in O Dallas O DS1216E O SmartWatch O . O As O a O result O , O fitting O a O hard O drive O to O an O SL O that O already O has O the O upper O and O lower O 5.25 O " O bays O populated O may O require O either O the O removal O of O one O of O the O devices O in O those O bays O , O or O the O installation O of O a O hard O disk O card-style O bracket O which O seats O in O one O of O the O ISA B-Architecture slots I-Architecture . O Business B-General_Concept intelligence I-General_Concept – O raw O data O is O a O source O of O information O for O BI O systems O , O used O for O enriching O user O profiles O with O detailed O information O about O them O , O e.g. O , O purchase O path O or O geodata O . O Nintendo B-Device DS I-Device releases O are O in O their O native O ROM B-General_Concept format O ( O .neo O or O .nds O ) O . O In O both O , O RoboCop O fights O Terminators B-General_Concept sent O back O in O time O to O eliminate O a O resistance O fighter O who O is O trying O to O destroy O him O . O The O Unifon O converter O is O based O on O the O CMU B-General_Concept Pronouncing I-General_Concept Dictionary I-General_Concept . O For O example O , O some O manufacturers O used O a O separate O computer B-General_Concept terminal I-General_Concept , O while O others O designed O a O built-in O integrated O video O display O system O . O Serial O ports O for O printers O and O modems B-Application could O use O different O types O of O UART O chips O , O and O port O addresses O were O not O fixed O . O Some O machines O used O memory-mapped O I/O O instead O of O the O 8080 B-General_Concept I/O O address O space O . O All O of O these O variations O in O the O hardware O were O concealed O from O other O modules O of O the O system O by O use O of O the O BIOS O , O which O used O standard O entry O points O for O the O services O required O to O run O CP/M B-Application such O as O character O I/O O or O accessing O a O disk O block O . O The O game O was O made O to O promote O a O " O #CancelCancer O " O charity O livestream O on O YouTube B-General_Concept , O which O was O hosted O by O Matthew O Patrick O of O Game O Theory O for O St. O Jude O Children O 's O Research O Hospital O in O Memphis O , O Tennessee O . O Security O Breach O : O Fury O 's O Rage O ( O 2021 O ) O Security O Breach O : O Fury O 's O Rage O is O a O side-scrolling B-Application beat I-Application ' I-Application em I-Application up I-Application game O featuring O the O main O cast O of O Security O Breach O . O Youtooz O Presents O : O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application ( O 2022 O ) O Youtooz O Presents O : O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application is O an O augmented B-General_Concept reality I-General_Concept mobile B-Application game I-Application released O on O April O 29 O , O 2022 O , O by O Youtooz O on O Augmio O , O to O promote O the O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application : I-Application Security I-Application Breach I-Application Youtooz O toy O line O . O Sequential B-General_Concept I/O I-General_Concept is O not O cached O , O to O avoid O rapid O SSD B-Device cache B-General_Concept invalidation I-General_Concept on O such O operations O that O are O already O suitable O enough O for O HDDs O ; O going O around O the O cache B-General_Concept for O big O sequential B-General_Concept writes I-General_Concept is O known O as O the O write-around O policy O . O Its O goal O was O to O create O an O internationally O accepted O standard O for O Augmented B-General_Concept Reality I-General_Concept , O based O on O the O ideas O of O ARML O 1.0 O and O similar O formats O . O Perhaps O more O significantly O , O VME/K B-General_Concept was O the O brainchild O of O Ed O Mack O , O who O had O been O brought O in O by O managing O director O Geoff O Cross O as O ICL O 's O head O of O research O and O development O . O Despite O his O wide O responsibilities O , O Mack O took O a O detailed O personal O interest O in O every O aspect O of O VME/K B-General_Concept design O . O Not O only O was O too O much O resource O going O into O VME/K B-General_Concept at B-Operating_System the O expense O of O the O VME/B B-General_Concept system O that O ICL O 's O biggest O customers O were O actually O using O , O but O the O development O of O mainframe B-Architecture systems O was O also O diverting O expenditure O from O small O business O systems O such O as O the O 2903 O , O whose O sales O were O growing O much O more O rapidly O . O The O Pentium B-Device Pro I-Device is O the O first O of O Intel O 's O sixth-generation O CPUs B-General_Concept targeted O at O the O consumer O and O server O markets O . O TrueNAS O is O the O branding O for O a O range O of O free B-License and I-License open-source I-License network-attached B-Application storage I-Application ( O NAS B-Application ) O operating B-General_Concept systems I-General_Concept produced O by O iXsystems O , O and O based O on O FreeBSD B-Operating_System and O Linux B-Application , O using O the O OpenZFS B-Operating_System file B-Application system I-Application . O Chunk B-General_Concept type O always O 192 O for O the O forward O TSN O chunk B-General_Concept ( O FORWARD-TSN O ) O . O Niantic O views O Ingress B-Application Prime O as O an O opportunity O to O innovate O in O augmented B-General_Concept reality I-General_Concept gameplay O design O , O which O can O be O applied O to O its O other O games O based O on O licensed O intellectual O properties O . O The O near-constant O variance O of O the O transformation O is O the O result O of O removing O its O skewness B-General_Concept – O the O actual O improvement O is O achieved O by O the O latter O , O not O by O the O extra O terms O . O Cluster O architectures O based O on O the O PowerXCell O 8i O typically O rely O on O IBM B-General_Concept BladeCenter I-General_Concept blade B-Architecture servers I-Architecture interconnected O by O industry-standard O networks O such O as O Infiniband B-Architecture . O Uses O metadata O , O ODBC B-Application driver O , O and O SQL B-Language syntax O from O Apache B-General_Concept Hive I-General_Concept . O It O cached O commonly O used O information O connection O setup O , O large O window O properties O , O font O metrics O , O keymaps O and O so O on O and O compressed B-General_Concept data I-General_Concept transmission O over O the O network B-Architecture link O . O Bencoding B-Protocol serves O similar O purposes O as O data O languages O like O JSON B-General_Concept and O YAML B-Protocol , O allowing O complex O yet O loosely O structured O data O to O be O stored O in O a O platform B-Operating_System independent I-Operating_System way O . O Programs O that O require O segment B-General_Concept manipulation O , O privileged O instructions O , O direct O hardware O access O , O or O use O self-modifying B-Application code I-Application will O generate O an O exception B-General_Concept that O must O be O served O by O the O operating B-General_Concept system I-General_Concept . O Brody O and O Fang-Chen O Luo O demonstrated O the O first O flat O active-matrix B-Device liquid-crystal I-Device display I-Device ( O AM O LCD B-Device ) O in O 1974 O , O and O then O Brody O coined O the O term O " O active B-General_Concept matrix I-General_Concept " O in O 1975 O . O Janus B-General_Concept Recognition I-General_Concept Toolkit I-General_Concept ( O JRTk B-General_Concept ) O is O a O closed B-Application source I-Application speech B-Application recognition I-Application toolkit O mainly O targeted O at O Linux B-Application developed O by O the O Interactive O Systems O Laboratories O developed O at O Carnegie O Mellon O University O and O Karlsruhe O Institute O of O Technology O for O which O commercial O and O research O licenses O are O available O . O Later O versions O of O the O program O were O made O available O for O Windows B-Application , O with O the O last O versions O featuring O a O phone O dialer O and O syncing B-General_Concept with O Palm B-Operating_System , O Windows B-Operating_System CE I-Operating_System , O and O EPOC B-Language devices O . O Such O procedures O are O usually O performed O by O setting O up O a O weekly O cron B-General_Concept job I-General_Concept . O There O are O several O distinct O ways O to O make O research B-General_Concept data I-General_Concept available O , O including O : O It O is O also O known O as O the O 1-median B-General_Concept , O spatial O median O , O Euclidean O minisum O point O , O or O Torricelli O point O . O The O 80287 O and O 80387 O coprocessors O are O interfaced O to O the O CPU B-General_Concept through O I/O B-General_Concept ports O in O the O CPU B-General_Concept 's O address B-General_Concept space O , O this O is O transparent O to O the O program O , O which O does O not O need O to O know O about O or O access O these O I/O B-General_Concept ports O directly O ; O the O program O accesses O the O coprocessor O and O its O registers O through O normal O instruction B-Language opcodes I-Language . O The O concept O of O social B-General_Concept navigation I-General_Concept is O supported O by O several O theories O . O Examples O include O the O detection B-General_Concept of O possible O abnormal O cells O or O tissues O in O medical B-Application images I-Application or O the O detection B-General_Concept of O a O vehicle O in O an O automatic O road O toll O system O . O This O was O Cyrix O 's O first O processor O , O which O was O actually O a O 386SX B-General_Concept with O on-board O L1 B-General_Concept cache I-General_Concept and O 486 B-General_Concept instructions B-Language , O being O known O as O a O " O hybrid O chip O " O . O Flicker B-General_Concept is O a O visible O change O in O brightness O between O cycles O displayed O on O video O displays O . O Over O time O , O a O number O of O algorithms O have O been O proposed O to O triangulate O a O polygon B-General_Concept . O The O development O and O support O for O Allway B-General_Concept Sync I-General_Concept will O also O be O discontinued O . O It O was O released O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System in O Japan O in O October O 2018 O and O worldwide O in O June O 2019 O , O for O Windows O in O October O 2019 O , O and O for O Nintendo B-Application Switch I-Application in O 2021 O . O In O addition O , O SimCity B-Application won O the O Origins O Award O for O " O Best O Military O or O Strategy O Computer O Game O " O of O 1989 O in O 1990 O , O was O named O to O Computer O Gaming O Worlds O Hall O of O Fame O for O games O readers O highly O rated O over O time O , O and O the O multiplayer O X11 B-Operating_System version O of O the O game O was O also O nominated O in O 1992 O as O the O Best O Product O of O the O Year O in O Unix B-Application World O . O In O 2010 O , O Stallman O stated O that O naming O is O not O simply O a O matter O of O giving O equal O mention O to O the B-Application GNU I-Application Project I-Application , O saying O that O because O the O system O is O more O widely O referred O as O " O Linux B-Operating_System " O , O people O tend O to O " O think O it O 's O all O Linux B-Operating_System , O that O it O was O all O started O by O Mr. O Torvalds O in O 1991 O , O and O they O think O it O all O comes O from O his O vision O of O life O , O and O that O 's O the O really O bad O problem. O " O Pokeware B-Operating_System was O released O by O Pokeware B-Operating_System , O a O company O founded O by O Maryse O Liburdi O . O The O game O was O first O released O on O March O 12 O , O 2013 O , O for O the O PlayStation B-Operating_System 3 I-Operating_System ( O PS3 B-Operating_System ) O console O . O The O iTunes B-Operating_System protocol O changed O , O and O users O of O SharpMusique B-Application were O able O to O release O primitive O patches O to O account O for O the O changes O until O mid-2006 O , O when O the O protocol O changed O drastically O . O The O product O is O available O for O Windows O , O Linux B-Application , O and O Mac B-Operating_System OS I-Operating_System X I-Operating_System platforms O , O supporting O 32 O or O 64 O bits O . O OpenGL B-Library Performer I-Library is O available O for O IRIX B-Operating_System , O Linux B-Application , O and O several O versions O of O Microsoft B-Application Windows I-Application . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Each O record O must O have O a O unique B-Application key I-Application , O but O other O , O , O record O keys O need O not O be O unique O . O Complete O working O Xorg B-Operating_System X11 O environment O , O which O later O resulted O in O the O Fully O Open O X O project O ; O An O alternative O approach O requires O modifying O the O guest B-General_Concept operating I-General_Concept system I-General_Concept to O make O a O system B-Operating_System call I-Operating_System to O the O underlying O hypervisor B-Operating_System , O rather O than O executing O machine O I/O O instructions O that O the O hypervisor B-Operating_System simulates O . O Its O demise O was O accelerated O by O rumors O that O work O on O its B-Operating_System successor I-Operating_System was O underway O ; O these O rumors O hurt O the O systems O ' O sales O in O the O west O as O early O as O 1997 O . O However O , O a O keydrive O or O other O device O may O be O formatted O with O another O file B-Application system I-Application ( O HFS B-Application Plus I-Application on O an O Apple B-Device Macintosh I-Device , O or O Ext2 B-Application on O Linux B-Application , O or O Unix B-Operating_System File I-Operating_System System I-Operating_System on O Solaris B-Application or O BSD O ) O . O OSF/1 B-Operating_System is O one O of O the O first O operating B-General_Concept systems I-General_Concept to O have O used O the O Mach B-Operating_System kernel I-Operating_System developed O at O Carnegie O Mellon O University O , O and O is O probably O best O known O as O the O native O Unix B-Application operating I-Application system I-Application for O DEC B-Device Alpha I-Device architecture O systems O . O However O IGN O was O more O negative O , O giving O the O game O a O 3.5/10 O and O calling O it O " O another O clunky O , O ugly O Wii B-Operating_System game O that O consists O of O waving O your O arms O around O looking O like O a O jackass O " O . O Adobe O added O an O article O to O their O knowledge O base O explaining O what O notifications O CS5 O sends O and O how O to O remove O Growl B-Operating_System . O A O remastered O collection O of O the O entire O series O , O BioShock B-Application : I-Application The I-Application Collection I-Application , O was O released O for O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O and O Microsoft B-Application Windows I-Application in O September O 2016 O . O Mikengreg O , O an O indie O game O developer O duo O of O Mike O Boxleiter O and O Greg O Wohlwend O , O released O the O 2010 O Solipskier B-Application and O 2012 O Gasketball B-Operating_System together O before O TouchTone B-Application in O 2015 O . O Two O years O later O it O was O also O brought O to O the O Archimedes B-Device and O Risc B-Device PC I-Device range O of O RISC B-Operating_System OS I-Operating_System computers O . O Digital O Research O positioned O Concurrent O DOS B-Device 4.1 O with O GEM B-Application as O alternative O for O IBM O 's O TopView B-Operating_System in O 1985 O . O Concurrent O DOS B-Device 3.2 O ( O with O BDOS B-Operating_System 3.2 O ) O in O 1984 O was O compatible O with O applications O for O CP/M B-Operating_System -86 I-Operating_System 1.x O , O Concurrent O CP/M B-Operating_System -86 I-Operating_System 3.x O and O PC B-Operating_System DOS I-Operating_System 2.0 O . O Metal B-Device : I-Device Hellsinger I-Device is O a O rhythmic O first-person O shooter O video O game O developed O by O Swedish O developer O The O Outsiders O for O Microsoft B-Application Windows I-Application , O PlayStation B-Device 5 I-Device , O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O and O Xbox B-Device Series I-Device X/S I-Device . O RetroPlayer O supports O emulators O for O most O popular O retro O game O consoles O , O including O but O not O limited O to O : O Atari B-General_Concept 2600 I-General_Concept , O Atari B-General_Concept Lynx I-General_Concept , O Atari B-Device Jaguar I-Device , O Nintendo O Entertainment O System O , O Super B-Application NES I-Application , O Nintendo B-Operating_System 64 I-Operating_System , O Game B-Device Boy I-Device , O the O original B-Device PlayStation I-Device , O Sega O systems O ( O Master O System O , O Genesis B-Operating_System , O Sega B-Device CD I-Device , O Game O Gear O ) O , O plus O multiple O arcade O games O via O MAME B-Device ( O Multiple B-Device Arcade I-Device Machine I-Device Emulator I-Device ) O and O FBA O ( O Final O Burn O Alpha O ) O , O as O well O as O ScummVM B-Device and O MS-DOS B-Application based O games O . O It O includes O a O 600MHz O single-core B-Operating_System Cortex-A8 B-Application CPU B-Device and O a O PowerVR B-Device SGX535 O GPU B-Architecture . O It O is O a O required O program O in O a O POSIX-compliant O environment O and O has O been O implemented O by O GNU B-Operating_System as O part O of O the O GNU B-Application Core I-Application Utilities I-Application . O The O atomic O procedure O is O based O on O changing O the O relevant O properties O to O build O the O state O that O we O want O to O test O or O commit B-Operating_System . O In O addition O to O the O arcade O mode O , O the O Sega B-Operating_System Genesis I-Operating_System version O adds O a O World O Championship O mode O to O the O gameplay O . O The O game O was O originally O released O for O the O Amstrad B-Device CPC I-Device and O later O ported O to O Apple B-Device II I-Device , O Atari B-Device 8-bit I-Device , O Commodore O 64 O and O ZX B-Operating_System Spectrum I-Operating_System computers O . O Racket B-Operating_System 8.0 O marks O the O first O release O where O Racket B-Operating_System with O the O Chez B-Language Scheme I-Language runtime B-Device system I-Device , O known O as O Racket B-Operating_System CS O , O is O the O default O implementation O . O The O game O released O on O October O 6 O , O 2015 O on O Windows O , O OS B-Operating_System X I-Operating_System , O and O Linux B-Application . O Powered O by O the O Unreal B-Operating_System Engine I-Operating_System , O Unreal B-Operating_System Tournament I-Operating_System received O universal O acclaim O , O often O being O considered O one O of O the O greatest O video O games O ever O made O , O with O reviewers O praising O the O graphics O , O level O design O and O gameplay O , O though O the O console O ports O were O noted O for O having O limitations O . O Sword B-Operating_System & I-Operating_System Poker I-Operating_System received O " O generally O favorable O reviews O " O just O one O point O shy O of O " O universal O acclaim O " O , O according O to O the O review B-Application aggregation I-Application website O Metacritic O . O Heartbleed B-Error_Name is O therefore O exploited O by O sending O a O malformed O heartbeat B-Operating_System request O with O a O small O payload O and O large O length O field O to O the O vulnerable O party O ( O usually O a O server O ) O in O order O to O elicit O the O victim O 's O response O , O permitting O attackers O to O read O up O to O 64 O kilobytes O of O the O victim O 's O memory O that O was O likely O to O have O been O used O previously O by O OpenSSL B-Language . O Instead O of O the O usual O firing O mechanism O used O in O previous O games O in O the O series O , O a O slingshot O system O is O used O to O fire O bubbles O , O controlled O by O the O stylus B-Operating_System and O the O touch B-Device screen I-Device . O APIC O support O is O provided O by O Xen B-Operating_System . O Daniel O Vetter O , O the O maintainer O of O the O Intel O drm/i915 O graphics O kernel B-Application driver I-Application , O commented O that O the O " O rather O violent O language O and O discussion O " O in O the O kernel B-Operating_System community O has O decreased O or O disappeared O . O Laurent O Pinchart O asked O developers O for O feedback O on O their O experience O with O the O kernel B-Operating_System community O at B-Operating_System the O 2017 O Embedded B-Application Linux I-Application Conference O Europe O . O More O than O 200 O built-in O programs O that O implement O typical O UNIX B-Application utilities O and O interface O to O devices O and O operating B-General_Concept system I-General_Concept services O . O In O addition O to O the O built-in O programs O , O CMS B-Operating_System Pipelines I-Operating_System defines O a O framework B-Architecture to O allow O user-written O REXX B-Language programs O with O input B-General_Concept and I-General_Concept output I-General_Concept streams O that O can O be O used O in O the O pipeline B-Operating_System . O It O came O packaged O with O its O own O carrying O bag O in O addition O to O the O manuals O , O booklets O and O software O ( O CP/M B-Application 2.2 O and O MSX-DOS B-Operating_System 1.0 O ) O a O disk O containing O a O special O demonstration O program O featuring O an O astronaut O flying O about O on O the O screen O , O demonstrating O the O computer O 's O graphic O capabilities O and O listing O facts O about O the O computer O 's O ROM B-Device and O RAM B-Architecture sizes O . O Some O aspects O were O criticized O , O including O the O closed O nature O of O the O operating O system O and O the O lack O of O support O for O the O Adobe B-Operating_System Flash I-Operating_System multimedia O format O . O For O example O , O to O check O process B-Operating_System IDs I-Operating_System and O users O accessing O a O USB O drive O : O Both O Sega O and O Nintendo O entered O the O fourth B-Application generation O with O true O 16-bit O systems O in O the O 1988 O Sega B-Operating_System Genesis I-Operating_System ( O Mega B-Operating_System Drive I-Operating_System in O Japan O ) O and O the O 1990 O Super B-Application Nintendo I-Application Entertainment I-Application System I-Application ( O SNES B-Application , O Super B-Application Famicom I-Application in O Japan O ) O . O For O example O , O the O 2016 O Pwn2Own O successful O attack O on O Chrome B-Operating_System relied O on O four O security O vulnerabilities O . O Two O of O the O vulnerabilities O were O in O Flash O , O one O was O in O Chrome B-Operating_System , O and O one O was O in O the O Windows O kernel O . O A O conversion O for O the O Mega B-Operating_System Drive I-Operating_System was O in O development O and O previewed O , O however O it O did O not O receive O an O official O release O to O the O public O until O Columbus O Circle O published O it O in O September O 2020 O . O By O June O 2020 O , O the O game O was O revealed O to O also O be O planned O for O release O on O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device , O as O well O as O being O rebranded O to O just O Solar B-Application Ash I-Application . O Since O machine B-Language instructions I-Language do O n't O change O , O the O program O pregion O may O be O shared O by O many O processes B-Operating_System of O the O same O executable B-Application . O It O was O released O on O November O 23 O , O 2011 O in O Japan O as O a O PS3 B-Operating_System exclusive O . O On O the O compute O nodes O runs O a O light O Linux-like O kernel O ( O CNK B-Operating_System − O compute-node O kernel O ) O . O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O In O MS-DOS/PCDOS O 2.0 O through O 4.01 O , O the O length O of O the O SHELL O line O was O limited O to O 31 O characters O , O whereas O up O to O 128 O characters O are O possible O in O later O versions O . O DR-DOS O even O accepts O up O to O 255 O characters O . O When O installing O Windows O 95 O over O a O preexisting O DOS/Windows O install O , O CONFIG.SYS O and O AUTOEXEC.BAT O are O renamed O to O CONFIG.DOS O and O AUTOEXEC.DOS O . O The B-Application Sims I-Application 2 I-Application : I-Application Castaway I-Application is O the O third O console B-Device spin-off O of O the O life O simulation O video O game O The B-Application Sims I-Application 2 I-Application for O the B-Operating_System Wii I-Operating_System , O Nintendo B-Device DS I-Device ( O NDS B-Device ) O , O PlayStation B-Device 2 I-Device ( O PS2 B-Device ) O and O PlayStation B-Operating_System Portable I-Operating_System ( O PSP B-Operating_System ) O . O The O term O was O not O commonly O used O again O until O E3 O 2004 O , O where O it O gained O much O more O attention O when O Epic O Games O showcased O Unreal B-Operating_System Engine I-Operating_System 3 I-Operating_System and O Valve O announced O Half-Life B-Application 2 I-Application : I-Application Lost I-Application Coast I-Application in O 2005 O , O coupled O with O open-source O engines O such O as O OGRE B-Language 3D I-Language and O open-source O games O like O Nexuiz B-Application . O GSM O models O of O the O iPhone B-Operating_System use O a O SIM O card O to O identify O themselves O to O the O GSM O network O . O At O the O time O of O release O , O the O recommended O retail O price O of O the O PS2 B-Device port O was O around O half O the O price O of O the O PSP B-Operating_System version O , O because O the O PS2 B-Device version O does O not O feature O the O custom O soundtrack O ripping O capability O of O the O PSP B-Operating_System version O . O In O the O csh B-Operating_System shell B-Operating_System , O for O instance O , O using O |& O instead O of O | O signifies O that O the O standard O error O stream O should O also O be O merged O with O the O standard O output O and O fed O to O the O next O process B-Operating_System . O Namely O , O there O are O two O completely O new O bits O in O the B-Operating_System drwxr-xr-x O field O . O The O software O converts O most O video O files O into O other O formats O such O as O AVI O , O MKV O , O MOV B-Application , O Ogg O , O VOB O , O MP4 O , O FLV B-Operating_System , O WMV O , O MP3 O , O etc O . O It O also O added O a O 64-bit O version O of O the O ISA O and O support O for O SMP B-Operating_System . O The O MIPS B-Device Magnum I-Device can O run O NetBSD B-Device , O and O it O also O ran O OpenBSD B-Operating_System at O one O point O , O but O lack O of O developer O interest O and O proper O resources O lead O to O the O termination O of O the O arch O 's O support O prior O to O the O December O 1 O , O 1998 O 2.4 O release O . O A O Windows B-Protocol Phone I-Protocol version O was O published O on O December O 5 O , O 2014 O , O and O in O 2019 O , O ports O were O released O for O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device . O GNOME B-Application proceeded O to O remove O mentions O of O any O link O to O GNU B-Operating_System from O their O code O and O documentation O . O The O broadcast O pattern O is O used O to O distribute O data O from O one O processing O unit O to O all O processing O units O , O which O is O often O needed O in O SPMD B-Operating_System parallel B-Operating_System programs I-Operating_System to O dispense O input O or O global O values O . O Zuiko O ( O or O ) O is O a O brand O of O optical O lenses O made O by O Olympus O Corporation O that O was O used O up O to O and O into O the O Four B-Architecture Thirds I-Architecture system I-Architecture era O . O With O the O introduction O of O the O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System system I-Operating_System in O 2008 O , O new O lenses O for O that O system O started O to O be O branded O as O M.Zuiko O Digital O . O The O engraving O dropped O the O number O of O elements O with O the O advent O of O multicoating O , O which O occurred O during O the O production O of O OM B-Algorithm system I-Algorithm lenses O . O Ace O , O Pen-F O , O FTL O , O and O early O OM B-Algorithm system I-Algorithm lenses O carry O the O letter O prefix O denoting O the O number O of O optical O elements O . O Later O OM B-Algorithm system I-Algorithm lenses O ( O generally O all O multicoated O ) O omitted O this O prefix O . O Early O 35mm O fixed-lens O camera O lenses O Lens O Construction O Cameras O fitted O 35mm O 2.0 O 8e/6g O Wide-S O ( O Tower O 20 O ) O 35mm O 3.5 O 4e/3g O ( O Tessar O ) O Wide O , O Wide-E O ( O Tower O 54 O ) O , O Wide O II B-Algorithm 40mm O 3.5 O 4e/3g O ( O Tessar O ) O 35 O I O , O III O , O IV O , O V O , O S O , O K O ( O Tower O 56 O ) O 42mm O 1.8 O 7e/5g O ( O Double O Gauss O ) O 35 O S-II O ( O Tower O 18 O ) O 42mm O 2.0 O ? O In O 1958 O , O the O Wide O II B-Algorithm viewfinder O camera O replaced O the O Wide O with O no O change O to O the O lens O . O The O command B-Application is O also O available O in O SISNE B-Operating_System plus I-Operating_System . O The O Plus/4 B-Operating_System does O not O support O analog O devices O via O the O joyports O like O the O C64 O mouse B-Device , O making O programs O with O a O GUI B-Application such O as O GEOS B-Device less O friendly O to O use O . O Instead O , O it O relies O on O less-space-efficient O , O volume-level O snapshots B-Application provided O by O the O Linux B-Operating_System LVM B-Application . O Also O developed O in O association O with O MythDevelopers O in O 2003 O was O v1.4 O , O which O introduced O OpenGL B-Application support O for O the O OS B-Operating_System X I-Operating_System version O and O allowed O the O player O to O play O Soulblighter B-Application with O Fallen O Lords O style O gameplay O ( O dubbed O vTFL O ) O . O Working O together O , O marketing O teams O from O both O Sega O and O Sony O developed O innovative O strategies O to O market O the O game O including O co-promoting O it O with O electronic O music B-Application festivals O . O For O the O launch O party O in O Akasaka O , O Tokyo O , O Mizuguchi O previewed O music B-Application from O the O game O alongside O Freeland O , O Joujouka O , O and O Coldcut O via O a O livestream O . O Sega O acted O as O publisher O for O the B-Operating_System Dreamcast I-Operating_System version O worldwide O and O the O PS2 B-Device version O in O Japan O and O North O America O . O A O contemporary O alternative O , O particularly O used O in O Linux B-Application , O is O the O installation O disc O or O discs O for O a O Linux B-Application distribution I-Application , O or O a O Live O CD O or O Live O DVD O – O a O bootable B-Operating_System disc I-Operating_System . O Recent O versions O of O the O model O programs O compile O with O GNU B-Application Fortran I-Application and O have O been O tested O to O run O on O Ubuntu B-Operating_System Linux I-Operating_System . O Initially O , O during O the B-Operating_System PlayStation I-Operating_System era O , O a O game O had O to O sell O at O least O 150,000 O copies O ( O later O 250,000 O ) O and O be O on O the O market O for O at O least O a O year O to O enter O the O Greatest B-Device Hits I-Device range O . O This O cooler O also O has O VGA B-Protocol support O allowing O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System to O be O connected O to O some O monitors O and O TVs O using O a O VGA B-Protocol cable I-Protocol . O Base O on O estimation O 5.21 O % O of O Windows B-Operating_System 10 I-Operating_System devices O on O 31 O Aug O by O http://www.NetMarketShare.com/ O , O its O mean O about O 1.7 O billion O PC O devices O on O market O . O United O States O sales O of O Guitar B-Application Hero I-Application 5 I-Application for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System reached O 210,800 O units O on O its O first O month O of O release O , O making O it O the O 9th O best O selling O title O for O the O month O , O and O 499,000 O units O total O across O all O platforms O were O sold O , O comparable O to O World O Tours O first O month O sales O of O 534,000 O units O . O Also O because O TRSDOS O 6 O included O a O communications O application O ( O COMM/CMD O ) O , O the O Model B-Operating_System 100 I-Operating_System proved O a O popular O " O peripheral O " O for O the O Model O 4 O customer O . O The O Chicago O Tribune O named O 3 B-Operating_System in I-Operating_System Three I-Operating_System the O best O brain O teaser O game O of O 1990 O and O said O that O it O surpassed O previous O Cliff O Johnson O games O " O with O superb O animation O and O intricately O connected O puzzles. O " O The O most O notable O of O these O are O At B-Operating_System Ease I-Operating_System ( O parental O controls O ) O , O the O Launcher O ( O an O application O launcher O similar O to O the O macOS O Dock O ) O , O and O the O Performa B-Device Control O Panel O , O which O included O several O unique O configuration O options O . O The O bad O block O file B-Operating_System contains O all O of O the O known O bad O blocks O on O the O physical O volume O . O We O look O forward O to O being O part O of O the O community O that O works O to O harmonize O ODF B-Application and O OOXML B-Operating_System for O the O sake O of O consumers O , O companies O and O governments O , O when O OOXML B-Operating_System control O and O maintenance O is O fully O transferred O to O JTC1. O " O They O said O Jackson O went O uncredited O because O he O was O unhappy O with O how O the O Genesis B-Operating_System , O which O was O incapable O of O playing O back O high-quality O audio O , O replicated O his O music O . O The O initial O wave O of O games O were O from O Sega O 's O Genesis/Mega B-Operating_System Drive I-Operating_System console O , O with O the O service O later O adding O games O from O the B-Operating_System Dreamcast I-Operating_System , O Sega B-Device CD I-Device , O and O arcade O . O Micromega B-Device 32 I-Device : O released O in O 1982 O , O it O was O a O Motorola O 68000-based O machine O running O Version B-Operating_System 7 I-Operating_System Unix I-Operating_System , O based O on O the O Fortune O 32:16 O , O developed O by O Fortune O Systems O Corp O . O Universal O Data B-General_Concept Access I-General_Concept Drivers O – O High-performance O data B-General_Concept access I-General_Concept drivers O for O ODBC B-Application , O JDBC B-Language , O ADO.NET O , O and O OLE B-Language DB I-Language that O provide O transparent O access O to O enterprise O databases B-Application across O multiple B-Operating_System platforms I-Operating_System and O databases B-Application . O The O Galaxy B-Operating_System Xcover O comes O with O Android B-Application 2.3.6 I-Application Gingerbread I-Application . O It O was O also O the O first O project O to O deploy O an O OpenCL B-Application test O application O under O BOINC B-Operating_System . O Xcode B-Operating_System could O be O downloaded O on O the O Mac B-Application App I-Application Store I-Application . O Other O phone O manufacturers O followed O in O 2014 O , O such O as O Samsung O with O the O Galaxy B-Operating_System Note I-Operating_System 4 I-Operating_System , O and O Google B-Application and O Motorola O with O the O Nexus B-Device 6 I-Device smartphone B-Application . O It O would O probably O be O too O controversial O to O call O it O the O best O golf O game O , O or O the O best O PS3 B-Operating_System game O . O It O also O had O a O 68020-based O Central O Service O Module O board O ( O CSM O ) O , O leading O to O sarcastic O comments O in O the O press O that O it O was O a O DRS400 O in O disguise O . O The O DRS6000 O competed O directly O with O IBM O 's O RS/6000 B-Device , O which O was O launched O a O few O weeks O later O ; O originally O planned O to O be O called O the O DRS600 O it O was O renamed O when O it O was O found O that O IBM O had O decided O on O the O RS O 6000 O . O In O 1994 O , O the O DRS O range O was O superseded O by O the O SuperServer O ( O Ks O ( O SPARC B-Architecture ) O and O Ki O ( O Intel O ) O ) O and O TeamServer O ( O Es O ( O 1-2 O SPARC B-Architecture CPUs O ) O , O Hs O ( O 2-4 O SPARC B-Architecture CPUs O ) O , O Ei O ( O 1 O x86 B-Operating_System CPU O ) O , O Hi O ( O 2 O x86 B-Operating_System CPUs O ) O ) O ranges O of O SPARC B-Architecture and O Intel-based O machines O , O running O DRS/NX O Unix B-Application or O Microsoft O WindowsNT O . O In O 1987 O , O the O DRS O Professional O Work O Station O ( O PWS O ) O was O ICL O 's O first O foray O into O IBM B-Operating_System PC/AT I-Operating_System compatible O computing O . O It O was O released O on O 18 O October O 2011 O , O for O PlayStation B-Operating_System 3 I-Operating_System in O North O America O and O 2 O November O in O Europe O . O Many O architectures O with O SMP B-Operating_System support O have O special O hardware O instruction O for O flushing O reads O and O writes O during O runtime B-Library . O A O fourth O format O known O as O a O EPSI O includes O an O ASCII-encoded O preview O bitmap O . O It O is O mainly O used O on O Unix-like B-Operating_System systems I-Operating_System . O If O the O boot B-Operating_System order O is O set O to O " O first O , O the O DVD O drive O ; O second O , O the O hard B-Device disk I-Device drive I-Device " O , O then O the O firmware B-Application will O try O to O boot B-Operating_System from O the O DVD O drive O , O and O if O this O fails O ( O e.g. O Month O Day O Title O Platform(s ) O Genre(s ) O Publisher(s ) O APRIL O 1 O Lovers O of O Aether O Win B-Application Dating O simulator O Dan O Fornace O 2 O Darksiders B-Application : I-Application Warmastered I-Application Edition I-Application NS B-Application Hack B-Application and I-Application slash I-Application , O action-adventure O THQ O Nordic O FAR B-Application : I-Application Lone I-Application Sails I-Application PS4 B-Operating_System , O XBO B-Device Vehicle O adventure B-Application Mixtvision O Power B-Application Rangers I-Application : I-Application Battle I-Application for I-Application the I-Application Grid I-Application PS4 B-Operating_System Fighting O nWay O Games O 4 O Frane O : O Dragons O ' O Odyssey O XBO B-Device Action B-Application role-playing I-Application Kemco O Islanders B-Application Win B-Application , O Mac B-Application , O Lin B-Application Casual O city B-Application builder I-Application Grizzly O Games O Spirit B-Application Hunter I-Application : I-Application Death I-Application Mark I-Application Win B-Application Adventure B-Application , O visual O novel O Aksys O Games O 5 B-Application Super B-Application Dragon I-Application Ball I-Application Heroes I-Application : I-Application World I-Application Mission I-Application Win B-Application , O NS B-Application Adventure B-Application , O card O battle O Bandai O Namco O Entertainment9 O Dangerous B-Application Driving I-Application Win B-Application , O PS4 B-Operating_System , O XBO B-Device Racing O Maximum O Games O Phoenix B-Application Wright I-Application : I-Application Ace I-Application Attorney I-Application Trilogy I-Application Win B-Application , O NS B-Application , O PS4 B-Operating_System , O XBO B-Device Adventure B-Application , O visual O novel O Capcom O Zanki B-Application Zero I-Application : I-Application Last I-Application Beginning I-Application Win B-Application , O PS4 B-Operating_System Role-playing O , O dungeon O crawler O Spike O Chunsoft O 11 O Earth B-Application Defense I-Application Force I-Application : I-Application Iron I-Application Rain I-Application PS4 B-Operating_System Action B-Application D3 O Publisher O Hellblade B-Application : I-Application Senua I-Application 's I-Application Sacrifice I-Application NS B-Application Action-adventure O Ninja O Theory O 12 O Code O 7 O : O Episode O 2 O — O Memory O and O Episode O 3 O — O Backdoor O Win B-Application , O Mac B-Application , O Lin B-Application Adventure B-Application Goodwolf O Studio O Nintendo B-Application Labo I-Application Toy-Con B-Application 04 O : O VR B-Application Kit O NS B-Application Construction O set O Nintendo O 13 O Konami O Arcade O Classics O Win B-Application , O NS B-Application , O PS4 B-Operating_System , O XBO B-Device Platformer O , O shoot O ' O em O up O Konami O 16 O Anno B-Application 1800 I-Application Win B-Application City-building B-Application , O real-time O strategy B-Application Ubisoft O Final B-Application Fantasy I-Application X/X I-Application -2 I-Application HD I-Application Remaster I-Application NS B-Application , O XBO B-Device Role-playing O Square O Enix O My B-Application Time I-Application at I-Application Portia I-Application NS B-Application , O PS4 B-Operating_System , O XBO B-Device Sandbox O Team17 O World B-Application War I-Application Z I-Application Win B-Application , O PS4 B-Operating_System , O XBO B-Device Survival B-Application horror B-Application , O third-person O shooter O Mad O Dog O Games O 18 O Cuphead B-Application NS B-Application Platform O StudioMDHR B-Application Katana B-Application Zero I-Application Win B-Application , O NS B-Application Action B-Application platformer O Devolver O Digital O 23 O Dragon O 's O Dogma O : O Dark O Arisen O NS B-Application Action B-Application role-playing I-Application , O hack B-Application and I-Application slash I-Application Capcom O Mortal B-Application Kombat I-Application 11 I-Application Win B-Application , O NS B-Application , O PS4 B-Operating_System , O XBO B-Device Fighting O Warner O Bros O . O Interactive O Entertainment O 25 O Imperator B-Application : I-Application Rome I-Application Win B-Application Grand O strategy B-Application Paradox O Interactive O Picross B-Device S3 I-Device NS B-Application Puzzle O Jupiter O Corporation O SteamWorld B-Application Quest I-Application : I-Application Hand I-Application of I-Application Gilgamech I-Application NS B-Application Role-playing O Thunderful O Publishing O Umihara B-Device Kawase I-Device Fresh O ! O Surround B-Application SCM I-Application has O a O client B-Operating_System – I-Operating_System server I-Operating_System architecture I-Operating_System . O IGN O praised O the B-Operating_System Wii I-Operating_System version O 's O sound O and O graphics O , O calling O the O presentation O " O remarkable O " O , O and O felt O the O gameplay O was O fresh O and O fun O with O clever O puzzles O and O tight O controls O . O Requires O devices O that O run O iOS B-Application 7.0.3 O and O later O and O OS B-Operating_System X I-Operating_System Mavericks I-Operating_System or O later O . O was O released O for O the O Sega B-Operating_System Dreamcast I-Operating_System that O allows O Dreamcast B-Operating_System owners O to O play O a O graphically O enhanced O version O of O Tekken B-Application 3 I-Application using O the O PlayStation B-Device copy O of O the O game O . O Commodore B-Operating_System OS I-Operating_System includes O a O collection O of O software O intended O to O imitate O classic O Commodore O software O . O An O updated O version O developed O and O published O by O Alliance O Digital O Media O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O and O Xbox B-Device One I-Device was O released O on O November O 23 O , O 2015 O . O Developed O by O Eutechnyx O , O and O published O by O new O NASCAR O video O game O licensee O Dusenberry O Martin O Racing O , O it O is O available O on O the O seventh B-Application generation I-Application PlayStation B-Operating_System 3 I-Operating_System , O and O Xbox B-Operating_System 360 I-Operating_System consoles O as O well O as O Microsoft B-Application Windows I-Application . O Microsoft O has O put O further O effort O with O cross-platform B-Application play I-Application features O through O the O introduction O of O the B-Device Xbox I-Device One I-Device and O the O Windows B-Operating_System 10 I-Operating_System operating O system O for O personal O computers O . O The O PlayStation B-Operating_System Portable I-Operating_System version O , O Street B-Application Fighter I-Application Alpha I-Application 3 I-Application MAX I-Application , O also O adds O Ingrid O from O Capcom B-Application Fighting I-Application Evolution I-Application , O to O bring O the O total O playable O character O count O to O 39 O characters O . O Media O reaction O to O the O original B-Operating_System iPad I-Operating_System was O mixed O . O This O application O runs O up O to O 30 O times O faster O on O a O single O PS3 B-Operating_System than O on O a O regular O single O CPU B-Device PC O , O and O it O runs O on O PS3 B-General_Concept clusters I-General_Concept , O achieving O screening O of O huge O chemical O compound O libraries O in O hours O or O days O rather O than O weeks O . O IBM O turned O to O Microsoft O instead O , O and O Microsoft O delivered O PC O DOS B-Device based O on O 86-DOS B-Operating_System . O Although O CP/M B-Operating_System -86 I-Operating_System became O an O option O for O the O IBM B-Device PC I-Device after O DRI O threatened O legal O action O , O it O never O overtook O Microsoft O 's O system O . O Apache B-Protocol Roller I-Protocol is O a O Java-based O open-source B-Application " O full-featured O , O Multi-blog O , O Multi-user B-Operating_System , O and O group-blog O server O suitable O for O blog O sites O large O and O small O " O . O OpenVMS B-Operating_System , O formerly O from O DEC O , O is O still O under O active O development O by O VMS B-Operating_System Software I-Operating_System Inc I-Operating_System . O In O contrast O , O a O shared B-Operating_System memory I-Operating_System multiprocessor B-Operating_System offers O a O single O memory B-General_Concept space O used O by O all O processors O . O This O largely O avoids O file B-Operating_System fragmentation O when O several O files B-Operating_System are O concurrently O being O appended O to O , O thus O avoiding O their O becoming O excessively O intertwined O . O Computer O Gaming O World O featured O DotA B-Operating_System Allstars I-Operating_System in O a O 2004 O review O of O new O maps O and O mods O in O Warcraft B-Application III I-Application , O and O in O the O following O years O DotA B-Operating_System Allstars I-Operating_System became O a O fixture O at O esports O tournaments O . O MegaMan.EXE O and O Zero O both O appear O as O bonus O playable O characters O in O the O fighting O game O Onimusha B-Application Blade I-Application Warriors I-Application , O while O a O different O version O of O Mega B-Application Man I-Application , O based O on O his O appearance O on O the O American O box O art O of O the O first O game O , O appears O as O a O playable O fighter O in O the O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Device Vita I-Device versions O of O Street B-Application Fighter I-Application X I-Application Tekken I-Application . O Mega B-Application Man I-Application Volnutt O and O Roll O also O make O an O appearance O in O Tatsunoko B-Application vs. I-Application Capcom I-Application : I-Application Ultimate I-Application All-Stars I-Application , O with O Zero O added O to O the O U.S. O version O . O nvi B-Device ( O new B-Device vi I-Device ) O is O a O re-implementation O of O the O classic O Berkeley O text B-Application editor I-Application , O ex/vi B-Application , O traditionally O distributed O with O BSD B-Operating_System and O , O later O , O Unix B-Application systems I-Application . O The O ZX B-Operating_System Spectrum I-Operating_System version O of O Exolon B-Application was O placed O at O the O top O of O the O Woolworths O Top O 30 O chart O for O September O 1987 O , O with O the O Commodore O 64 O version O at O number O 29 O . O Runs O on O all O major O ( O 64-bit B-Device ) O architectures O x86-64 B-Device , O ARM O v7 O , O ARM64 B-Architecture , O POWER8 B-Device and O later O , O IBM B-Device System I-Device z I-Device mainframes O via O LinuxONE B-Application , O and O has O initial O support O for O RISC-V B-Device . O SPARC B-Architecture is O no O longer O commercially O supported O nor O are O Ubuntu B-Operating_System ( O Server B-Application ) O versions O for O 32-bit O x86 B-Operating_System . O Compiles B-Language to O bytecode O for O the O BEAM B-Application virtual I-Application machine I-Application of O Erlang B-Operating_System . O The O Painter O of O Jalouzi O was O the O first O documentary O to O be O shot O entirely O on O an O iPhone B-Operating_System 6S I-Operating_System Plus I-Operating_System . O All O Nintendo B-Operating_System 3DS I-Operating_System consoles O are O region O locked O ( O software O purchased O in O a O region O can O be O only O played O on O that O region O 's O hardware O ) O . O Facebook B-Application features O can O be O directly O accessed O from O within O native O apps O such O as O Calendar B-Operating_System which O can O sync O Facebook B-Application events O , O or O use O Facebook B-Application 's O like O button O from O within O the O Apple B-Application App I-Application Store I-Application . O , O it O is O ranked O as O number O 32 O on O the O TOP500 B-Operating_System . O During O the O November O 2017 O Black O Friday O , O Small O Business O Saturday O , O and O Cyber O Monday O sales O that O kicked O off O the O holiday O shopping O season O in O North O America O , O Adobe O Digital O Insights O ' O analysis O showed O the O Switch O was O one O of O the O top-five O selling O items O , O outpacing O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System or O Xbox B-Device One I-Device . O NPD O Group O adjusted O their O future O performance O of O the O Switch O to O follow O more O closely O with O the B-Operating_System Wii I-Operating_System 's O lifetime O sales O rather O than O the B-Operating_System Wii I-Operating_System U O 's O . O Programs O written O in O F* B-Application can O be O translated O to O OCaml B-Language , O F# B-Operating_System , O and O C B-Language for O execution O . O doas B-Device was O originally O developed O by O Ted O Unangst O and O was O released O with O OpenBSD B-Operating_System 5.8 O in O October O 2015 O replacing O sudo B-Device . O Prior O to O release O with O the O 3DS B-Operating_System , O Face B-Device Raiders I-Device received O generally O positive O feedback O when O it O was O shown O at O E3 O as O a O tech O demo O with O blocks O instead O of O faces O . O Apple O Qmaster O is O a O system O made O by O Apple O Inc O . O that O provides O automated B-Application work O distribution O and O processing O for O high-volume O projects O created O with O certain O digital O visual O effects O software O packages O : O Shake B-Application , O Autodesk B-Language Maya I-Language , O Final B-Application Cut I-Application Pro I-Application , O Compressor B-Operating_System , O DVD B-Operating_System Studio I-Operating_System Pro I-Operating_System and O any O UNIX B-Application command-line O program O . O It O was O released O worldwide O on O September O 20 O , O 2016 O for O Microsoft B-Application Windows I-Application , O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System , O and O Xbox B-Device One I-Device . O Distributed O as O the O shell B-Operating_System for O UNIX O Version O 7 O in O 1979 O , O it O introduced O the O rest O of O the O basic O features O considered O common O to O all O the O later O Unix B-Application shells I-Application , O including O here O documents O , O command B-Device substitution I-Device , O more O generic O variables O and O more O extensive O builtin O control O structures O . O The O chart O below O show O global O sales O of O Bada B-Operating_System smartphones O from O the O second O quarter O of O 2010 O through O the O second O quarter O of O 2013 O . O The O Sega B-Operating_System Genesis I-Operating_System version O of O Hellfire B-Application was O developed O by O most O of O the O same O staff O from O the O original O arcade B-Application release O . O The O OpenStep B-Operating_System and O CORBA B-Architecture parts O of O the O products O were O later O split O , O and O NEO O was O released O in O late O 1995 O without O the O OpenStep B-Operating_System environment O . O Shockwave B-Operating_System had O previously O allowed O users O to O play O demo O versions O of O games O for O free O , O while O GameBlast O allowed O users O to O play O the O full O versions O for O a O monthly O fee O . O First O FrightsTorus O GamesWarner O Bros O . O Interactive2009-09-09EUSCORE O International O Baja O 1000Left O Field O ProductionsActivision2008-10-28NAScrabble O InteractiveWizarboxUbisoft2009-10-01EUSD O Gundam O G O Generation O WarsNamco O BandaiNamco O Bandai2009-08-06JPSD O Gundam O G O Generation O WorldNamco O BandaiNamco O Bandai2011-02-24JPSD O Gundam O : O Gashapon O WarsNamco O BandaiNamco O Bandai2010-06-24JPSD O Gundam O : O Scad O HammersNamco O BandaiNamco O Bandai2006-12-02JPSea O Monsters O : O A O Prehistoric O AdventureAtomic O PlanetDestination O Software O , O Zoo O Digital O PublishingPAL2007-10-19EUSecret O Files O : O TunguskaFusionsphere O Systems O , O Animation O ArtsDreamCatcher O Interactive O , O Deep O SilverPAL2008-05-23EUSecret O Files O 2 O : O Puritas O CordisKeen O GamesDeep O Silver2009-05-08EUThe O Secret O Saturdays O : O Beasts O of O the O 5th O SunHigh O Voltage O SoftwareD3 O Publisher2009-10-20NASega O Bass O FishingCaviaSega2008-02-26NASega O Superstars O TennisSumo O DigitalSega2008-03-18NASengoku O Basara O 2 O HeroesCapcomCapcom2007-11-29JPSengoku O Basara O : O Samurai O Heroes•Sengoku O Basara O 3JPCapcomCapcom2010-07-29JPSengoku O Basara O 3 O UtageCapcomCapcom2011-11-10JPSengoku O Musou O 3 O MoushoudenOmega O ForceTecmo O Koei2011-02-10JPSesame O Street O : O Cookie O 's O Counting O CarnivalBlack O Lantern O StudiosWarner O Bros O . O Interactive O Entertainment2010-10-19NASesame O Street O : O Elmo O 's O A-to-Zoo O AdventureBlack O Lantern O StudiosWarner O Bros O . O Interactive O Entertainment2010-11-10AUSesame O Street O : O Elmo O 's O Musical O MonsterpieceGriptonite O GamesWarner O Bros O . O Interactive O Entertainment2012-06-15NASesame O Street O : O Ready O , O Set O , O Grover O ! O Griptonite O GamesWarner O Bros O . O Interactive O Entertainment2011-08-02NAShakedown O : O HawaiiVblank O EntertainmentVblank O Entertainment2020-07-09PALShanghai O ( O Wii B-Operating_System ) O JPSuccessSuccess2007-12-13JPShaun O White O SkateboardingUbisoft O MontrealUbisoft2010-10-24NAShaun O White O Snowboarding O : O Road O TripUbisoft O MontrealUbisoft2008-11-13NAShaun O White O Snowboarding O : O World O StageUbisoft O MontrealUbisoft2009-11-08NAShawn O Johnson O GymnasticsZoo O Games2010-11-17NASherlock O Holmes O : O The O Silver O EarringFrogwaresFocus O Home O Interactive2011-11-18EUShimano O Xtreme O FishingMastiff2009-10-20NAShiren O the O WandererChunsoftSega O , O AtlusNA2008-02-28JPShowtime O Championship O BoxingDestination O Software O , O Zoo O Digital O PublishingPAL2007-12-03NAShrek O Forever O AfterXpec O EntertainmentActivision2010-05-18NAShrek O the O ThirdAmaze O EntertainmentActivision2007-05-15NAShrek O ' O s O Carnival O CrazeActivision2008-10-28NASid O Meier O 's O Pirates O ! O Virtuos2K O Games2010-09-28NASilent O Hill O : O Shattered O MemoriesClimax O StudiosKonami2009-12-08NASimAnimalsElectronic O ArtsElectronic O Arts2009-01-21NASimAnimals O AfricaElectronic O ArtsElectronic O Arts2009-10-27NASimCity O CreatorHudson O SoftElectronic O Arts2008-09-22NASimple O 2000 O Series O Wii B-Operating_System Vol O . O It O was O developed O in O the O early O 1970s O by O Computer O Information O Management O Company O and O was O subsequently O owned O by O Insyte O , O Applied B-Operating_System Data I-Operating_System Research I-Operating_System , O Ameritech O , O and O Computer O Associates O International O , O Inc O . O Datacom O was O acquired O by O CA O Technologies O ( O formerly O Computer O Associates O ) O , O which O renamed O it O to O CA-Datacom/DB O and O later O to O CA O Datacom/DB B-Application . O Ken O Yap O ported O xfig B-Application to O X11 B-Operating_System . O Due O to O late O activation O of O OOM B-General_Concept Killer I-General_Concept on O some O Linux B-Operating_System systems O , O there O are O several O daemons O and O kernel B-Operating_System patches O that O help O to O recover O memory O from O OOM O condition O before O it O was O too O late O . O It O is O used O with O the O one-way O messaging B-Operating_System pattern I-Operating_System , O where O the O sending O party O is O not O interested O whether O the O message O arrives O to O any O receiving O party O , O nor O it O expects O any O of O the O receiving O parties O to O produce O an O " O answering O " O message O . O Windows B-Application XP I-Application uses O the O Windows B-Application NT I-Application 5.1 I-Application kernel B-Operating_System , O marking O the O entrance O of O the O Windows B-Device NT I-Device core O to O the O consumer O market O , O to O replace O the O aging O Windows O 9x O branch O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O was O originally O similar O in O content O to O older O PC O versions O , O but O was O gradually O updated O to O bring O it O closer O to O the O current O PC O version O prior O to O its O discontinuation O . O Through O packet B-Device writing I-Device , O which O uses O the O Universal O Disk O Format O ( O UDF O ) O file B-Application system I-Application , O these O discs O often O use O a O file B-Application system I-Application that O permits O additional O files B-Operating_System , O and O even O revised O versions O of O a O file O by O the O same O name O , O to O be O recorded O in O a O different O region O of O the O disc O . O On O February O 3 O , O 2016 O , O LastPass B-Operating_System unveiled O a O new O logo B-Device . O Sam B-Application and O acme B-Application are O Plan B-Operating_System 9 I-Operating_System 's O text O editors O . O Porting O code O from O one O to O the O other O usually O involves O non-trivial O work O , O not O only O due O to O the O differences O in O the O feature O sets O of O the O two O languages O , O but O also O due O to O the O very O significant O differences O in O the O way O Oracle B-Application and O SQL B-Application Server I-Application deal O with O concurrency B-Operating_System and O locking B-Operating_System . O The O game O would O later O release O for O PlayStation B-Operating_System 4 I-Operating_System in O North O America O and O PAL O regions O in O January O 2017 O , O and O in O Japan O on O February O 26 O , O 2017 O as O Digimon B-Application World I-Application : I-Application Next I-Application Order I-Application International O Edition O . O Provide O DOS B-Operating_System services O through O native O Linux B-Application services O ; O for O example O , O dosemu B-Application can O provide O a O virtual O hard O disk O drive O which O is O actually O a O Linux B-Application directory O hierarchy O . O smit B-Device and O smitty O refer O to O the O same O program O , O though O smitty O invokes O the O text-based O version O , O while O smit B-Device will O invoke O an O X B-Operating_System Window I-Operating_System System I-Operating_System based O interface O if O possible O ; O however O , O if O smit B-Device determines O that O X B-Operating_System Window I-Operating_System System I-Operating_System capabilities O are O not O present O , O it O will O present O the O text-based O version O instead O of O failing O . O Important O decisions O have O to O be O made O when O designing O the O device O management O system O , O as O in O some O designs O accesses O may O involve O context B-Operating_System switches I-Operating_System , O making O the O operation O very O CPU-intensive O and O easily O causing O a O significant O performance O overhead O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O was O added O to O the O backwards O compatibility O feature O for O the B-Device Xbox I-Device One I-Device in O June O 2016 O . O DragonFly B-Application BSD I-Application , O a O fork B-Application of O FreeBSD B-Operating_System to O follow O an O alternative O design O , O particularly O related O to O SMP B-Operating_System . O While O Crazy B-Application Taxi I-Application received O numerous O ports O , O Fare O Wars O gained O notoriety O as O the O sole O port O of O Crazy B-Application Taxi I-Application 2 I-Application outside O of O the B-Operating_System Dreamcast I-Operating_System version O . O The O company O also O opted O to O provide O the O client O version O of O Mac B-Operating_System OS I-Operating_System X I-Operating_System with O only O command-line B-Application functions O and O little O flexibility O , O while O giving O the O Mac B-Operating_System OS I-Operating_System X I-Operating_System Server I-Operating_System version O of O Xgrid B-Operating_System a O GUI B-Application control O panel O and O a O full O set O of O features O . O It O is O possible O that O an O option B-Device ROM I-Device will O not O return O to O BIOS B-Operating_System , O pre-empting O the O BIOS B-Operating_System 's O boot B-Operating_System sequence I-Operating_System altogether O . O Stacki B-Operating_System uses O a O database O to O manage O variables O for O use O during O installation O . O Given O a O large O number O of O FMV B-Application games I-Application and O Genesis B-Operating_System ports O , O the O Sega B-Device CD I-Device 's O game O library O has O been O criticized O for O its O lack O of O depth O . O The O BIOS B-Operating_System typically O sets O up O a O real B-Application mode I-Application interrupt B-General_Concept handler I-General_Concept at O this O vector O that O provides O video O services O . O It O was O ported O to O VMS B-Operating_System soon O after O its O public O release O and O to O other O systems O , O including O DOS B-Device , O Microsoft B-Application Windows I-Application , O Classic B-Application Mac I-Application OS I-Application and O OS/2 B-Application . O It O was O included O in O the O default O OpenBSD B-Operating_System installation O from O OpenBSD B-Operating_System 2.3 O ( O May O 1998 O ) O to O 5.5(May 2014 ) O , O being O in O the O main O tree O prior O to O July O 2014 O , O subsequently O being O made O available O through O the O ports O tree O . O The B-Operating_System GNU I-Operating_System operating I-Operating_System system I-Operating_System uses O GNU B-Application GRUB I-Application as O its O boot B-Application loader I-Application , O as O do O most O Linux B-Application distributions I-Application and O the O Solaris B-Application operating I-Application system I-Application on O x86 B-Operating_System systems O , O starting O with O the O Solaris B-Application 10 I-Application 1/06 O release O . O It O was O released O on O March O 28 O , O 2016 O for O Windows O , O and O is O scheduled O to O release O on O July O 15 O , O 2016 O for O PlayStation B-Operating_System 4 I-Operating_System . O it O was O originally O intended O for O release O in O September O 2015 O , O but O was O delayed O to O coincide O with O the O launch O of O the O Oculus B-Device Rift I-Device . O the O operating B-General_Concept system I-General_Concept family O defined O by O its O common O use O of O the O Linux B-Operating_System kernel I-Operating_System ) O is O absent O . O Big B-Operating_System and I-Operating_System Ugly I-Operating_System Rendering I-Operating_System Project I-Operating_System ( O BURP O ) O is O a O non-commercial O volunteer B-Operating_System computing I-Operating_System project O using O the O BOINC B-Operating_System framework O for O the O rendering O of O 3D O graphics O that O has O been O in O hibernation O as O of O 2020 O . O In O Mac B-Operating_System OS I-Operating_System X I-Operating_System , O the O system O architecture O is O vastly O different O from O that O in O the O classic B-Application Mac I-Application OS I-Application , O and O an O application B-General_Concept crash I-General_Concept cannot O usually O bring O down O the O entire O system O . O Drewry O also O emphasized O that O the O open-source B-Application nature O of O the O operating B-General_Concept system I-General_Concept would O contribute O greatly O to O its O security O by O allowing O constant O developer O feedback O . O At O a O December O 2010 O press O conference O , O Google B-Application declared O that O ChromeOS B-Operating_System would O be O the O most O secure O consumer O operating B-General_Concept system I-General_Concept due O in O part O to O a O verified O boot B-Operating_System ability O , O in O which O the O initial O boot B-Operating_System code O , O stored O in O read-only O memory O , O checks O for O system O compromises O . O The O SG-1000 B-Operating_System console O series O ( O including O the O Mark O III O ) O sold O over O units O in O Japan O , O with O the O original O SG-1000 B-Operating_System model O having O sold O 400,000 O units O in O Japan O . O The O LC B-Device II O retains O the O original O LC B-Device 's O 16-bit O system B-Architecture bus I-Architecture and O 10MB O RAM B-Architecture limit O , O making O its O performance O roughly O the O same O as O the O earlier O model O . O The O main O benefit O of O the O 68030 B-Device processor B-General_Concept in O the O LC B-Device II O is O its O onboard O paged B-General_Concept memory I-General_Concept management I-General_Concept unit I-General_Concept , O which O System B-Operating_System 7 I-Operating_System uses O to O enable O its O new O virtual B-Architecture memory I-Architecture feature O . O Apple O had O opted O to O get O a O quick O update O to O the O LC B-Device out O the O door O instead O of O spending O the O additional O time O required O to O do O a O full O architectural O update O , O which O would O happen O the O following O year O with O the O Macintosh B-Device LC I-Device III I-Device . O A O middleware B-General_Concept server O handles O all O system O integration O , O security O , O communications O , O scalability O , O cross-platform B-Operating_System support O , O etc O . O " O Uninterrupted O " O here O means O that O operations O that O block B-Operating_System may O return O prematurely O and O must B-Operating_System be I-Operating_System resumed I-Operating_System , O as O mentioned O above O . O Signals O should O be O processed O from O the O queue B-Application on O the O main O thread B-Operating_System and O not O by O worker B-Operating_System pools I-Operating_System , O as O that O reintroduces O the O problem O of O asynchronicity O . O However O , O managing O a O queue B-Application is O not O possible O in O an O async-signal O safe O way O with O only O , O as O only O single O reads O and O writes O to O such O variables O are O guaranteed O to O be O atomic O , O not O increments O or O ( O fetch-and O ) O -decrements O , O as O would O be O required O for O a O queue B-Application . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O All O iPods B-Operating_System ( O except O the O 3rd-generation B-Application iPod I-Application Shuffle I-Application , O the O 6th B-Device & I-Device 7th I-Device generation I-Device iPod I-Device Nano I-Device , O and O iPod B-Device Touch I-Device ) O have O five O buttons O and O the O later O generations O have O the O buttons O integrated O into O the O click B-Device wheel I-Device – O an O innovation O that O gives O an O uncluttered O , O minimalist O interface B-Application . O Its O design O was O heavily O influenced O by O work O on O the O Modula-2 B-Language + I-Language language O in O use O at O SRC O and O at O the O Acorn O Computers O Research O Center O ( O ARC O , O later O ORC O when O Olivetti O acquired O Acorn O ) O at O the O time O , O which O was O the O language O in O which O the O operating O system O for O the O DEC B-Device Firefly I-Device multiprocessor O VAX B-Device workstation O was O written O and O in O which O the O Acorn O Compiler B-Language for O Acorn O C B-Language and O Modula B-Language Execution O Library O ( O CAMEL O ) O at O ARC O for O the O ARX B-Operating_System operating O system O project O of O ARM B-Architecture based O Acorn B-Device Archimedes I-Device range O of O computers O was O written O . O " O OGSI B-Operating_System , O which O was O the O former O set O of O extensions O to O Web O services O to O provide O stateful O interactions O -- O I O would O say O at O this O point O is O obsolete O , O " O Jay O Unger O said O . O Adobe B-Operating_System Flash I-Operating_System was O discontinued O in O 2020 O - O after O which O the O developers O stated O their O intention O to O develop O a O new O title O using O the O Unity B-Application engine I-Application rather O than O port O the O existing O game O to O another O format O . O The O LTFS B-Device Format O Specification O and O filesystem B-Application implementation O were O released O on O April O 12 O , O 2010 O with O the O support O of O IBM O , O HP O , O Quantum O , O and O the O LTO B-Operating_System Consortium I-Operating_System . O LView B-Application quickly O gained O popularity O and O was O frequently O ranked O above O Corel B-Application Paint I-Application Shop I-Application Pro I-Application , O McAfee B-Operating_System VirusScan I-Operating_System , O Netscape B-Protocol Communicator I-Protocol , O Internet B-Application Explorer I-Application , O Quake B-Application II I-Application , O and O others O , O on O CNET O 's O Download.com B-Application list O of O the O most O popular O downloads O in O all O categories O . O MPD O uses O a O flat B-Application file I-Application database I-Application to O maintain O the O basic O music O file O information O when O it O is O not O running O . O Once O the O daemon B-Operating_System has O been O started O , O the O database O is O kept O completely O in-memory O and O no O hard B-Device disk I-Device access O is O necessary O to O look O up O or O search O for O local O audio O files O . O The O main O piece O of O software O was O renamed O to O Home B-Application Assistant I-Application Core O , O while O the O full O suite O of O software O with O the O Hass.io O embedded B-Operating_System operating I-Operating_System system I-Operating_System with O a O bundled O " O supervisor O " O management O system O was O renamed O as O Home B-Application Assistant I-Application ( O though O it O is O also O commonly O referred O to O as O " O HAOS O " O as O in O short O for O " O Home B-Application Assistant I-Application OS O " O ) O . O Thronecast O : O The O Official O Guide O to O Game B-Application of I-Application Thrones I-Application , O a O series O of O podcasts B-Operating_System presented O by O Geoff O Lloyd O and O produced O by O Koink O , O were O released O on O the O Sky O Atlantic O website O and O the O UK O iTunes O store O during O the O series O 's O run O ; O a O new O podcast B-Operating_System , O with O analysis O and O cast O interviews O , O was O released O after O each O episode O . O The O game O was O released O for O PlayStation B-Operating_System 4 I-Operating_System on O 21 O May O 2020 O . O The O Intellivision B-Operating_System was O also O the O first O system O to O feature O downloadable O games O with O PlayCable B-Device in O 1981 O . O The O SIGURG B-Protocol signal O is O sent O to O a O process B-Operating_System when O a O socket B-Protocol has O urgent O or O out-of-band B-Protocol data I-Protocol available O to O read O . O The O SIGUSR1 O and O SIGUSR2 O signals O are O sent O to O a O process B-Operating_System to O indicate O user-defined O conditions O . O The O SIGXCPU O signal O is O sent O to O a O process B-Operating_System when O it O has O used O up O the O CPU B-General_Concept for O a O duration O that O exceeds O a O certain O predetermined O user-settable O value O . O The O arrival O of O a O SIGXCPU O signal O provides O the O receiving O process B-Operating_System a O chance O to O quickly O save O any O intermediate O results O and O to O exit O gracefully O , O before O it O is O terminated O by O the O operating O system O using O the O SIGKILL O signal O . O The O SIGXFSZ O signal O is O sent O to O a O process B-Operating_System when O it O grows O a O file O that O exceeds O the O maximum O allowed O size O . O The O SIGWINCH O signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept changes O its O size O ( O a O window O change O ) O . O A O process B-Operating_System can O define O how B-Language to I-Language handle I-Language incoming I-Language POSIX I-Language signals I-Language . O If O a O process B-Operating_System does O not O define O a O behaviour O for O a O signal O , O then O the O default O handler O for O that O signal O is O being O used O . O The O table O below O lists O some O default O actions O for O POSIX-compliant O UNIX B-Application systems I-Application , O such O as O FreeBSD B-Operating_System , O OpenBSD B-Operating_System and O Linux B-Application . O It O was O released O digitally O on O October O 31 O , O 2017 O for O PlayStation B-Operating_System 4 I-Operating_System , O on O November O 3 O , O 2017 O for O Xbox B-Device One I-Device , O and O on O August O 13 O , O 2018 O for O macOS B-Application and O Windows O ; O and O released O physically O on O October O 30 O , O 2018 O for O Nintendo B-Application Switch I-Application . O Multiple O reviewers O found O the O gameplay O similar O to O that O of O the O Genesis B-Operating_System Sonic B-Application games O . O Cooper O stated O , O at O the O 6th O annual O Debian O conference O , O that O the O engineers O who O had O written O the O Solaris B-Application kernel I-Application requested O that O the O license O of O OpenSolaris B-Operating_System be O GPL-incompatible O . O This O game O was O originally O planned O as O Dinosaur B-Application Planet I-Application for O the O Nintendo B-Operating_System 64 I-Operating_System , O with O Timber O as O a O time O traveller O to O a O prehistoric O period O and O gameplay O similar O to O The B-Application Legend I-Application of I-Application Zelda I-Application : I-Application Ocarina I-Application of I-Application Time I-Application , O but O over O time O , O they O found O it O better O to O replace O Timber O with O wholly O new O characters O . O This O game O became O Star B-Application Fox I-Application Adventures I-Application for O the O GameCube B-Application at O the O suggestion O of O Nintendo O . O Diddy B-Application Kong I-Application Racing I-Application DS I-Application is O a O Nintendo B-Device DS I-Device remake O of O Diddy O Kong O Racing O . O With O iOS B-Operating_System 15 I-Operating_System , O users O are O able O to O share O and O watch O music B-Operating_System and O video O content O together O over O FaceTime B-Operating_System with O SharePlay O . O The O Wayland O protocol O already O natively O provides O this O kind O of O shared B-Operating_System memory I-Operating_System buffer O through O the O wl_shm O and O wl_shm_pool O interfaces O . O An O event B-Operating_System flag I-Operating_System is O a O process O synchronization O primitive O in O the O OpenVMS B-Operating_System operating O system O . O On O nonsystem O cartridges O , O the O bootstrap O simply O prints O an O error O message O and O waits O if O an O attempt O is O made O to O boot B-Operating_System from O this O cartridge O . O For O a O long O time O there O was O no O code O of O conduct O for O kernel B-Operating_System developers O due O to O opposition O by O Linus O Torvalds O . O By O default O , O SIGTSTP O causes O processes O receiving O it O to O stop O , O and O control O is O returned O to O the O shell B-Application . O However O , O a O process O can O register O a O signal B-Operating_System handler I-Operating_System for O or O ignore O SIGTSTP O . O A O process O can O also O be O paused O with O the O " O stop O " O signal B-Operating_System ( O SIGSTOP O ) O , O which O cannot O be O caught O or O ignored O . O Some O graph B-Application databases I-Application , O such O as O ArangoDB B-Operating_System , O are O also O key B-Data_Structure – I-Data_Structure value I-Data_Structure databases I-Data_Structure internally O , O adding O the O concept O of O the O relationships O ( O pointers O ) O between O records O as O a O first O class O data O type O . O These O application O marketplaces O , O or O ' O m O ' O are O native O to O the O major O mobile B-Operating_System operating I-Operating_System systems I-Operating_System . O There O are O native O mobile B-Application app I-Application distribution O platforms B-Device currently O on O this O list O . O This O is O specific O to O the O underlying O kernel B-Operating_System of O the O operating B-General_Concept system I-General_Concept and O each O one O implements O the O Gallium3D O WinSys O Interface O to O interface O with O all O available O Gallium3D O hardware O device B-Application drivers I-Application . O In O January O 1995 O , O four O years O after O the O conception O and O one O year O before O the O cancellation O of O Workplace B-Operating_System OS I-Operating_System , O IBM O announced O the O results O of O a O very O late O stage O analysis O of O the O project O 's O initial O assumptions O . O The B-Operating_System iPhone I-Operating_System is O especially O popular O in O the O U.S. O , O where O it O has O a O 50% O market O share O , O and O is O used O by O 87% O of O teenagers O . O It O emulates O UEFI B-Architecture with O a O heavily O modified O from O the O TianoCore O project O and O requires O a O FAT O formatted B-Application partition O even O on O BIOS B-Operating_System systems O . O Hofstadter O , O Douglas O R. O , O " O Metafont B-Operating_System , O Metamathematics O , O and O Metaphysics O : O Comments O on O Donald O Knuth O 's O Article O ' O The O Concept O of O a O Meta-Font O ' O " O Visible O Language O , O Vol O . O DR-DOS O 7.02 O was O fully O Year B-Error_Name 2000 I-Error_Name compliant O and O provided O special O support O to O work O with O buggy O system O BIOSes O . O It O also O came O with O an O updated O FDISK B-Application , O which O could O partition O and O format B-Application FAT32 B-Application volumes O ( O but O not O yet O work O with O LBA B-Device ) O . O The O sources O of O the O Novell O patches O for B-Language the O external O tools O and O drivers O had O meanwhile O been O found O in O Germany O and O could O thus O be O retro-fitted O into O the O system O as O well O , O so O that O DR-DOS O 7.02 O finally O not O only O caught O up O with O Novell O DOS B-Device 7 O , O but O was O a O true O step O forward O . O The O updated O internal O BDOS B-Operating_System version O number O introduced O a O new O problem O : O some O legacy O third-party O applications O with O special O support O for B-Language Novell O DOS B-Device , O which O were O no O longer O being O updated O , O stopped O working O . O The O bus O formed O the O basis O for O homebrew O computers O whose O builders O ( O e.g. O , O the O Homebrew O Computer O Club O ) O implemented O drivers O for O CP/M B-Application and O MP/M B-Operating_System . O System B-Operating_System software I-Operating_System updates O have O added O various O features O including O a O web B-Application browser I-Application , O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System 6 I-Operating_System support O , O additional O codecs O for O images O , O audio O , O and O video O , O PlayStation B-Operating_System 3 I-Operating_System connectivity O , O as O well O as O patches O against O several O security O exploits O , O vulnerabilities O , O and O execution O of O homebrew B-Application programs O . O In O September O 2022 O , O Sony O confirmed O in O a O tweet O that O the O game O would O also O come O to O PlayStation B-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device . O Although O the O second-generation O Atom B-Device codenamed O " O Pineview O " O should O greatly O increase O its O competitiveness O in O performance/watt O , O ARM B-Architecture plans O to O counter O the O threat O with O the O multi-core O capable O Cortex-A9 B-Application core O as O used O in O Nvidia O 's O Tegra B-Operating_System 2/3 O , O TI O 's O OMAP B-Device 4 O series O , O and O Qualcomm O 's O next-generation O Snapdragon B-Architecture series O , O among O others O . O Development O of O the O PSP B-Operating_System was O announced O during O E3 O 2003 O , O and O the O console O was O unveiled O at O a O Sony O press O conference O on O May O 11 O , O 2004 O . O The O working O ( O bootable O ) O partition O was O allowed O to O boot O normally O , O but O when O it O failed O , O the O BIOS B-Operating_System would O recover O the O partition O 's O base-installation O from O a O backup O recovery O disk O in O a O small O partition O in O the O disk O . O This O is O because O it O is O always O possible O to O layer O asynchronous O behaviour O ( O which O is O what O is O required O for O message B-Operating_System queuing I-Operating_System ) O over O a O synchronous O protocol O using O request-response O semantics O . O The O Xbox B-Operating_System was O the O first O in O an O ongoing O brand O of O video B-Application game I-Application consoles I-Application developed O by O Microsoft O , O with O a O successor O , O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O launching O in O November O 2005 O , O followed O by O the B-Device Xbox I-Device One I-Device in O 2013 O and O the O Xbox B-Device Series I-Device X I-Device and I-Device Series I-Device S I-Device consoles O in O 2020 O . O Cuneiform B-Language , O a O functional B-Language workflow B-Operating_System language O . O , O is O a O 2009 B-Application hack B-Application and I-Application slash I-Application video I-Application game I-Application developed O by O Koei O and O Omega O Force O for O the O PlayStation B-Operating_System 3 I-Operating_System and O Microsoft B-Application Windows I-Application . O Swedish O electronic O music O artist O Basshunter O released O " O Vi O sitter O i O Ventrilo B-Operating_System och O spelar O DotA B-Operating_System " O in O 2006 O . O This O vulnerability O was O made O possible O by O poorly O written O URL O parsing O code O in O the O LastPass B-Operating_System extension B-Protocol . O The O company O earned O notoriety O for O releasing O counterfeit O clones O of O popular O high-end O smartphones B-Application such O as O the O iPhone B-Operating_System , O Samsung B-Application 's O Galaxy B-Application S I-Application series O and O HTC B-Application One I-Application ( O M8 O ) O using O off-the-shelf O systems-on-a-chip B-Architecture from O MediaTek B-Architecture and O the O Android B-Application operating I-Application system I-Application , O often O with O user B-Application interfaces I-Application made O to O resemble O the O devices O they O imitate O . O In O April O 2020 O , O STV O announced O plans O to O provide O every O episode O of O classic O soap O opera O Take O the O High O Road O , O produced O by O its O production O arm O STV O Studios O between O 1980 O and O 2003 O , O on O STV B-Operating_System Player I-Operating_System . O A O remake O was O released O in O 2000 O for O the B-Operating_System Dreamcast I-Operating_System entitled O Spec B-Application Ops I-Application II I-Application : I-Application Omega I-Application Squad I-Application . O This O causes O the O time B-Operating_System machine I-Operating_System to O fail O , O and O the O AI B-Application travels O to O the O alternate O time O to O allow O for O the O machine O 's O destruction O , O apologizing O to O Arven O for O the O original O professor O neglecting O him O as O a O child O before O departing O . O The O iTunes B-Operating_System version O of O the O phone O had O a O 50 O or O 100 O song O limit O restriction O depending O on O where O the O phone O model O was O made O . O A O language-based B-Operating_System system I-Operating_System is O a O type O of O operating B-General_Concept system I-General_Concept that O uses O language O features O to O provide O security O , O instead O of O or O in O addition O to O hardware O mechanisms O . O fortune O is O predominantly O found O on O Unix-like B-Operating_System systems I-Operating_System , O but O clients O for O other O platforms O also O exist O . O Inside B-Application Mac I-Application Games I-Application complimented O the O game O on O its O detailed O physics O model O and O music O , O among O other O things O , O and O commented O that O ShadowWraith B-Operating_System was O better O than O the O other O games O in O its O genre O , O though O there O were O slight O difficulties O with O switching O weapons O during O gameplay O and O slower O performance O on O 68030-based O Macs O . O The O majority O of O devices O in O the O Surface B-Device lineup O are O based O on O Intel O processors O and O compatible O with O Windows B-Operating_System 10 I-Operating_System or O Windows B-Application 11 I-Application . O Chrome B-Operating_System is O the O default O web B-Application browser I-Application for O the O iOS B-Application Gmail B-Application application O . O It O was O released O for O Xbox B-Operating_System 360 I-Operating_System , O Wii B-Device U I-Device , O Wii B-Operating_System , O and O Xbox B-Device One I-Device consoles O in O November O 2013 O . O This O approach O would O overcome O the O shortcomings O of O the O potentially O large O up-front O download O that O Blazor B-Operating_System WebAssembly B-Language requires O and O the O constantly O open O SignalR B-Language connection O that O Blazor B-Operating_System Server O requires O . O The O PlayStation B-Operating_System 3 I-Operating_System version O was O the O 392nd O best O selling O video O game O of O the O year O in O Japan O of O 2013 O , O with O 2,567 O copies O sold O . O Extent O items O contain O a O back-reference O to O the O tree O node O or O file B-Operating_System occupying O that O extent O . O Creating O additional O hard B-Application links I-Application for O a O file B-Operating_System makes O the O contents O of O that O file B-Operating_System accessible O via O additional O paths B-Application ( O i.e. O , O via O different O names O or O in O different O directories B-Application ) O . O The O game O was O eventually O ported O to O Dreamcast B-Operating_System and O PlayStation B-Device on O 30 O November O , O Game B-Device Boy I-Device Color I-Device on O 19 O January O 2000 O , O and O Nintendo B-Operating_System 64 I-Operating_System on O 30 O March O 2000 O . O In O July O 2015 O , O Nintendo O announced O that O as O of O the O end O of O fiscal O third O quarter O 2015 O , O and O nearly O three O years O following O its O launch O , O it O had O shipped O over O ten O million O Wii B-Operating_System U O units O worldwide O . O The O BusKill B-Operating_System cable O is O a O kill O cord O that O physically O tethers O a O user O to O their O computer O with O a O USB B-Protocol cable O . O It O also O uses O various O APIs B-General_Concept to O enable O functionality O such O as O native O integration O with O Node.js B-Language services O and O an O inter-process B-Operating_System communication I-Operating_System module O . O The O TrueType O font O system O was O introduced O to O provide O scalable O fonts O to O Windows B-Application applications I-Application , O without O having O to O resort O on O using O third-party O technology O such O as O Adobe B-Operating_System Type I-Operating_System Manager I-Operating_System ( O ATM O ) O . O The O alternative O , O relaxed O serializability B-Operating_System , O may O result O in O data O inconsistency. O " O Also O the O above O quoted O article O proposes O a O relaxed O global B-General_Concept serializability B-Operating_System solution O , O while O referencing O the O CO O work O . O Royal O Rumble O ( O Nintendo B-Operating_System 64 I-Operating_System only O ) O - O Opponents O enter O in O intervals O , O and O must O be O thrown O over O the O top O rope O to O be O eliminated O . O The O chief O difference O from O CP-40 B-Application was O that O SIMMON B-Operating_System supported O a O single O virtual B-Architecture machine I-Architecture for O testing O of O a O single O guest O program O running O there O . O The O X11 B-License License I-License and O the O X11R6 B-Operating_System " O MIT B-License License I-License " O chosen O for O ncurses B-Language by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System both O include O the O following O clause O , O absent O in O the O Expat B-License License I-License : O Huawei B-Application AppGallery I-Application ( O abbreviated O AppGallery B-Application onscreen O ) O is O a O package B-Application manager I-Application and O application O distribution O platform B-Device , O or O marketplace O ' O app B-Application store I-Application ' O , O developed O by O Huawei O Technologies O Co. O , O Ltd O . O for O the O Google-developed O open-source O Android B-Application operating I-Application system I-Application , O Huawei O 's O HarmonyOS B-Operating_System and O Microsoft O 's O Windows O 11 O . O Code42 B-Operating_System is O an O American O cybersecurity O software O company O based O in O Minneapolis O specializing O in O insider O risk O management O . O DOS-11 B-Operating_System included O : O The O development O of O interactive O enterprise O applications O required O session B-Protocol management I-Protocol , O but O because O SMS B-Device is O a O stateless B-Protocol protocol I-Protocol as O defined O by O the O GSM O standards O , O early O implementations O were O controlled O client-side B-Operating_System by O having O the O end-users O enter O commands O and O service O identifiers O manually O . O In O one O GamePro O review O , O The O Enforcer O called O the O Nintendo B-Operating_System 64 I-Operating_System version O " O the O best O wrestling O title O this O year O . O Hardware O extensions O and O all O software O standards O ( O save O for O a O BIOS B-Operating_System calling O convention O ) O were O thrown O open O to O market O competition O . O Exchange B-Operating_System Server I-Operating_System , O a O mail B-Protocol server I-Protocol and O calendaring B-Application server O developed O by O Microsoft O , O is O the O server O for O Outlook B-Application after O discontinuing O Exchange O Client B-Protocol . O He O explains O that O it O was O easier O to O switch O from O the O DS B-Device to O Wii B-Operating_System than O it O would O be O to O switch O to O an O entirely O different O company O 's O platform O . O This O technique O , O used O by O chat B-Application applications I-Application , O makes O use O of O the O XML O Socket B-Protocol object O in O a O single-pixel O Adobe B-Operating_System Flash I-Operating_System movie O . O The O relay O agent O stores O its O own O IP B-Protocol address I-Protocol , O from O the O interface O on O which O it O has O received O the O client O 's O broadcast B-Operating_System , O in O the O GIADDR O field O of O the O DHCP B-Protocol packet O . O The O internal O encoding O used O by O XEmacs B-Language is O similar O to O that O of O GNU B-Operating_System Emacs B-Application but O differs O in O details O . O As O of O 20 O March O 2020 O , O Covid B-Application Watch I-Application was O the O first O organization O to O develop O and O open B-License source I-License an O anonymous O , O decentralized B-Operating_System Bluetooth B-Protocol digital B-Protocol contact I-Protocol tracing I-Protocol protocol O , O publishing O their O white O paper O on O the O subject O . O The O Linux B-Operating_System kernel I-Operating_System implements O a O special O solution O for O few O writers O called O seqlock B-Application . O CP/M B-Application came O with O a O Dynamic O Debugging O Tool O , O nicknamed O DDT B-Operating_System ( O after O the O insecticide O , O i.e. O a O bug-killer O ) O , O which O allowed O memory O and O program O modules O to O be O examined O and O manipulated O , O and O allowed O a O program O to O be O executed O one O step O at O a O time O . O CP/M B-Application originally O did O not O support O the O equivalent O of O terminate O and O stay O resident O ( O TSR O ) O programs O as O under O DOS B-Device . O Programmers O could O write O software O that O could O intercept O certain O operating B-General_Concept system I-General_Concept calls O and O extend O or O alter O their O functionality O . O Using O this O capability O , O programmers O developed O and O sold O auxiliary O desk B-Application accessory I-Application programs O , O such O as O SmartKey B-Application , O a O keyboard O utility O to O assign O any O string O of O bytes O to O any O key O . O CP/M3 O , O however O , O added O support O for O dynamically B-Operating_System loadable I-Operating_System Resident O System O Extensions O ( O RSX O ) O . O A O so-called O null O command O file B-Operating_System could O be O used O to O allow O CCP O to O load O an O RSX O without O a O transient O program O . O Intelligent O Tracking O Prevention O allowed O first-party O cookies O to O continue O track O the O browser B-Application history O , O though O with O time O limits O . O Safari O 12 O was O released O for O macOS B-Device Mojave I-Device on O September O 24 O , O 2018 O . O It O was O also O available O to O macOS B-Operating_System Sierra I-Operating_System and O macOS B-Operating_System High I-Operating_System Sierra I-Operating_System on O September O 17 O , O 2018 O . O Safari O version O 12.0.1 O was O released O on O October O 30 O , O 2018 O , O within O macOS B-Device Mojave I-Device 10.14.1 O , O and O Safari O 12.0.2 O was O released O on O December O 5 O , O 2018 O , O under O macOS O 10.14.2 O . O The O Internet O Browser O was O changed O from O Opera B-Application to O NetFront B-Operating_System . O The O game O was O released O for O Amstrad B-Device CPC I-Device , O MSX B-Operating_System , O ZX B-Operating_System Spectrum I-Operating_System , O and O MS-DOS B-Application compatible O operating O systems O . O The O concept O was O first O introduced O in O 2002 O by O Macromedia O to O describe O Macromedia O Flash B-Operating_System MX I-Operating_System product O ( O which O later O became O Adobe B-Operating_System Flash I-Operating_System ) O . O It O consists O of O the O core O libraries O that O provide O the O microcontroller B-Architecture peripheral O drivers O , O networking O , O RTOS B-Operating_System and O runtime O environment O , O build O tools O and O test O and O debug O scripts O . O It O was O first O released O for O Dreamcast B-Operating_System in O 2001 O before O it O was O ported O over O to O PlayStation B-Device 2 I-Device , O Xbox B-Application , O Apple O Macintosh O , O and O Microsoft B-Application Windows I-Application in O 2005 O under O the O title O Ultimate O Pro B-Application Pinball I-Application . O The O main O version O was O developed O for O PlayStation B-Operating_System 3 I-Operating_System , O Xbox B-Operating_System 360 I-Operating_System and O Windows O ; O other O versions O were O developed O for O Nintendo B-Device DS I-Device , O PlayStation B-Operating_System Portable I-Operating_System , O mobile B-Application and O web B-Application browsers I-Application , O and O a O notable B-Application version I-Application for O the B-Operating_System Wii I-Operating_System . O Zip B-Application Lash I-Application is O a O Nintendo B-Operating_System 3DS I-Operating_System game O . O Sega O Force O reviewed O the O Mega B-Operating_System Drive/Genesis I-Operating_System version O and O rated O it O 55 O out O of O 100 O . O The O game O won O IGN O Xbox B-Operating_System 360 I-Operating_System Best O of O E3 O Special O Achievement O for O Innovation O award O alongside O nominations O for O Best O Platform O Game O , O Best O Artistic O Design O , O and O Game O of O the O Show O , O as O well O as O a O Best O Platform O Game O nomination O for O their O Overall O Best O of O E3 O Awards O . O Used O in O Exchange B-Protocol ActiveSync I-Protocol when O either O a O more O efficient O server B-Application is O available O or O the O server B-Application cannot O access O the O users O ' O mailbox O . O The O client O is O expected O to O re-run O the O HTTP B-Protocol AutoDiscover O operation O to O find O a O more O appropriate O server B-Application . O IIS O sometimes O uses O additional O decimal O sub-codes O for O more O specific O information O , O however O these O sub-codes O only O appear O in O the O response O payload O and O in O documentation O , O not O in O the O place O of O an O actual O HTTP B-Protocol status O code O . O The O nginx B-Operating_System web O server B-Application software I-Application expands O the O 4xx O error O space O to O signal O issues O with O the O client B-Protocol 's I-Protocol request I-Protocol . O Used O internally O to O instruct O the O server B-Application to O return O no O information O to O the O client O and O close O the O connection O immediately O . O An O expansion O of O the O 400 O Bad O Request O response O code O , O used O when O the O client O has O made O a O HTTP B-Protocol request O to O a O port O listening O for O HTTPS B-Protocol requests O . O Used O when O the O client O has O closed O the O request O before O the O server B-Application could O send O a O response O . O Cloudflare B-Application 's O reverse O proxy B-Application service O expands O the O 5xx O series O of O errors O space O to O signal O issues O with O the O origin O server B-Application . O The O origin O server B-Application returned O an O empty O , O unknown O , O or O unexpected O response O to O Cloudflare B-Application . O The O Panasonic B-Operating_System Toughbook I-Operating_System CF-19 O , O for O example O , O is O advertised O as O a O more O durable O convertible O notebook B-Device . O Internet B-Application Explorer I-Application can O run O in O " O No O Add-Ons B-Operating_System " O mode O and O Protected O Mode O . O While O slower O in O theory O due O to O the O additional O memory O accesses O , O the O fact O that O in O well-scheduled O code O , O multiple O instructions O could O be O processing O in O parallel B-Operating_System offloaded O this O expense O . O It O uses O the O real O ( O faster O ) O Z80 B-General_Concept CPU B-General_Concept switchable O from O 3.5MHz O up O to O 20MHz O , O which O can O be O overclocked O to O 30MHz O – O or O changed O for O a O T80 O core O at B-Operating_System higher O speed O . O Throughout O its O development O , O though O , O System B-Operating_System V I-Operating_System was O infused O with O features O from O BSD B-Operating_System , O while O BSD B-Operating_System variants O such O as O DEC O 's O Ultrix B-Operating_System received O System B-Operating_System V I-Operating_System features O . O Kinomap B-Operating_System platform B-Device contains O geolocated O video O shooting O ( O 2D O , O 3D O , O terrestrial O and O aero O ) O , O applications O for O Smartphone O and O tablets O , O data O acquisition O and O integration O , O dedicated O web O portals O and O features O like O round-tour O management O , O audio O and O video O navigation O , O video O tourism O , O indoor O fitness O training O etc O . O Further O , O it O provided O optional O support O for B-Language a O LPT4 O : O device O and O allowed O to O configure O the O built-in O COMx B-Device : I-Device and O LPTx B-Device : I-Device devices O as O well O as O to O change O the O PRN B-Device : I-Device and O AUX B-Device : I-Device defaults O . O The O handling O of O environment O variables O in O CONFIG.SYS B-Device was O improved O and O new O load-high O facilities O included O such O as O the O HIFILES/FILESHIGH O and O HIFCBS/FCBSHIGH O options O to O relocate B-Library file O handles O and O FCB O structures O into O UMBs O , O which O typically O gave O between O 1 O and O 4KB O ( O and O up O to O 15KB O ) O more B-Device free O conventional B-Device memory I-Device compared O to O previous O versions O , O or O the O HISHELL/SHELLHIGH O SIZE O directive O to O control O the O pre-allocation O of O HMA B-Device memory O for B-Language COMMAND.COM B-Operating_System , O which O helped O to O avoid O memory O fragmentation O and O thereby O typically O gave O between O 5 O and O 8KB O more B-Device continuous O HMA B-Device memory O for B-Language HMA-capable O third-party O drivers O to O work O with O in O conjunction O with O third-party O command B-Application line I-Application shells O , O which O could O not O load O into O the O HMA B-Device as O COMMAND.COM B-Operating_System with O its O /MH O option O . O At O a O reduced O memory O footprint O version O 7.02 O also O brought O an O enhanced O NLS B-General_Concept 4.xx O sub-system O by O Paul O to O allow O multiple O , O distributed O and O possibly O user-configured O COUNTRY.SYS O files O to O be O used O by O the O system O at O the O same O time B-Device in O a O hierarchical O model O . O This O also O gave O dynamic O parser O support O for B-Language MS-DOS/PCDOS O COUNTRY.SYS O file O formats O in O addition O to O DR-DOS O ' O own O COUNTRY.SYS O formats O , O and O it O introduced O support O for B-Language the O ISO O 8601 O international O date O format B-Application ( O including O automatic O detection O ) O and O the O then-new O Euro O currency O . O In O 2012 O , O with O Sony O preparing O to O announce O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O still O recognizing O the O sluggish O development O of O the O PlayStation B-Operating_System 3 I-Operating_System version O of O the O game O , O it O was O decided O to O change O the O target O platform O to O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System so O that O Ueda O 's O concept O could O be O fully O realized O . O Since O the O console O is O restricted O to O GameCube B-Application functionality O when O playing O GameCube B-Application Game O Discs O , O GameCube B-Application software O is O unaffected O by O Wii B-Operating_System parental-control O settings O . O iOS B-Operating_System 7 I-Operating_System is O the O seventh B-Operating_System major I-Operating_System release I-Operating_System of O the O iOS B-Operating_System mobile B-Operating_System operating I-Operating_System system I-Operating_System developed O by O Apple O Inc. O , O being O the O successor O to O iOS B-Operating_System 6 I-Operating_System . O ID B-Operating_System Tech I-Operating_System 7 I-Operating_System eliminated O support O for O OpenGL O . O During O the O mid-1980s O , O separate O Office O Systems O business O units O had O produced O a O disparate O range O of O products O including O IBM-compatible O PCs B-Device such O as O the O PWS O ( O an O AT B-Operating_System clone O ) O , O small O servers O branded O DRS O , O and O a O range O of O larger O Unix O servers O sold O under O the O Clan O name O . O In O 1994 O the O DRS O range O was O superseded O by O the O SuperServer O and O TeamServer O ranges O of O SPARC O and O Intel-based O machines O , O running O Unix O or O Microsoft O operating B-General_Concept systems I-General_Concept . O Dragon B-Application Saber I-Application would O also O be O released O on O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O Nintendo B-Application Switch I-Application via O the O Arcade B-Application Archives I-Application series O on O July O 14th O , O 2022 O , O marking O its O first O official O release O in O the O west O . O Multi-boot O systems O are O computers O where O the O user O can O boot B-Operating_System into O more O than O one O distinct O operating O system O ( O OS O ) O stored O in O separate O storage O devices O or O in O separate O partitions B-Application of O the O same O storage O device O . O Firefox B-Application is O available O for O Windows B-Device 7 I-Device and O later O versions O , O macOS B-Operating_System , O and O Linux B-Application . O Its O unofficial O ports O are O available O for O various O Unix B-Application and O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O including O FreeBSD B-Operating_System , O OpenBSD B-Operating_System , O NetBSD B-Device , O illumos B-Application , O and O Solaris B-Application Unix I-Application . O |Zoombies O : O Animales O de O la O Muerte''First O announced O exclusively O for O the B-Operating_System Wii I-Operating_System in O 2008 O , O the B-Operating_System Wii I-Operating_System release O was O cancelled O in O 2011 O when O the O developers O could O n't O keep O the O game O within O the O WiiWare O size O limits O . O Thanks O to O those O faster O computers O and O further O filtering O the O equations O in O advance O to O remove O internal O gravity O waves O , O those O major O currents O and O low-frequency O eddies B-Operating_System then O can O be O resolved O , O one O example O is O the O three-layer O quasi-geostrophic O models O designed O by O Holland O . O Many O readers O took O this O in O reference O to O how O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device are O constantly O compared O in O the O media O for O raw O power O , O presuming O that O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System version O of O the O game O 's O resolution O was O lowered O to O reach O parity O with O the B-Device Xbox I-Device One I-Device 's O , O but O Ubisoft O later O denied O that O this O was O the O reason O . O The O game O was O planned O to O have O a O " O Winter O 2006 O " O release O , O ( O late O 2006 O to O early O 2007 O ) O on O the O PlayStation B-Operating_System Portable I-Operating_System handheld B-Application video I-Application game I-Application console I-Application , O but O the O release O was O later O cancelled O in O 2007 O . O The O Distributed B-Protocol File I-Protocol System I-Protocol ( O DFS B-Protocol ) O allows O shares B-Operating_System in O multiple O different O locations O to O be O logically O grouped O under O one O folder O , O or O DFS B-Protocol root O . O The O " O Galaxy B-Operating_System A O " O nameplate O first O appeared O on O the O Samsung B-Application SHW-M100S O , O which O was O released O in O 2010 O exclusively O for O the O South O Korean O market O and O known O as O the O Samsung B-Application Anycall O Galaxy B-Operating_System A O . O Some O items O , O such O as O shells O and O bananas B-Operating_System , O allow O the O player O to O hit O others O to O slow O them O down O , O while O other O items O , O such O as O the O star O power-up O , O render O them O temporarily O invincible O to O attacks O . O A O process B-Operating_System that O seldom O needs O to O interact O with O peripherals O or O other O processes O would O simply O hog O processor O resource O until O it O completed O or O was O halted O by O manual O intervention O . O Apollo B-Application Justice I-Application : I-Application Ace I-Application Attorney I-Application was O released O for O the O Nintendo B-Device DS I-Device in O 2007 O in O Japan O and O in O 2008 O in O the O West O , O for O iOS B-Application and O Android B-Application in O 2016 O , O and O for O Nintendo B-Operating_System 3DS I-Operating_System in O 2017 O . O It O was O released O in O 2005 O for O PlayStation B-Device 2 I-Device , O Xbox B-Operating_System , O and O Xbox B-Operating_System 360 I-Operating_System . O Lanxon O also O highlighted O the O premium O specifications O of O the O Pixel B-Device 6 I-Device Pro I-Device , O including O the O triple-camera O setup O , O and O believed O it O to O be O on O par O with O the O iPhone B-Operating_System 13 I-Operating_System and O Samsung O 's O Galaxy B-Application S21 I-Application . O For O example O , O the O environment O variable O PROCESSOR_ARCHITECTURE O is O assigned O the O value O " O AMD64 B-Device " O as O opposed O to O " O x86 B-Operating_System " O in O 32-bit O versions O , O and O the O system O directory O on O a O Windows B-Application x64 B-Device Edition I-Device installation O CD-ROM O is O named O " O AMD64 B-Device " O , O in O contrast O to O " O i386 O " O in O 32-bit O versions O . O The O Television B-Device Friend I-Device Channel I-Device allowed O Wii B-Operating_System users O to O check O what O programs O are O on O the O television O . O The O Composite O ( O ru O : O Композит O ) O was O a O Russian O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System introduced O in O 1993 O by O NTK O ( O ru O : O НТК O ) O , O with O 48KB O RAM B-Architecture . O It O is O a O modified O version O of O Leningrad B-Device 2 O , O produced O by O the O Composite O co-op O . O Dubna B-Device 48K I-Device ( O ru O : O Дубна B-Device 48К I-Device ) O was O a O 1991 O Soviet O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System home O computer O , O named O after O the O town O of O Dubna O , O where O it O was O produced O . O It O used O Zilog B-General_Concept Z80 I-General_Concept processor O clone B-General_Concept . O The B-Operating_System Wii I-Operating_System Remote B-Protocol had O the O capability O of O turning O the O main O console O 's O power O on O or O off O remotely O with O a O power O button O , O further O reinforcing O the O impression O that O it O looks O like O a O television O remote B-Protocol . O New O supported O features O were O announced O for O Maemo B-Operating_System 5 O such O as O cellular O connectivity O over O 3G/HSPA O , O TI O OMAP3 O processor O and O high O definition O camera O support O . O There O are O a O number O of O ways O the O replication O management O system O can O handle O the O creation O and O placement O of O replicas B-Operating_System to O best O serve O the O user O community O . O Professionals O gravitated O to O digital O slowly O , O converting O as O their O professional O work O required O using O digital B-Operating_System files I-Operating_System to O fulfill O demands O for O faster O turnaround O than O conventional O methods O could O allow O . O On O March O 25 O , O 2021 O , O Melty B-Application Blood I-Application : I-Application Type I-Application Lumina I-Application , O developed O by O French-Bread O , O and O produced O by O Project O Lumina O , O an O entity O consisting O of O Type-Moon O , O Aniplex O and O Delightworks O , O was O announced O for O a O 2021 O worldwide O release O for O the O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device consoles O . O OES B-Application 2 O SP1 O , O released O on O 1 O December O 2008 O , O based O on O NetWare B-Operating_System 6.5 O SP8 O and O SLES O 10 O SP2 O . O As O users O , O applications O and O data O move O out O of O the O enterprise O data B-Operating_System center I-Operating_System to O the O cloud B-Architecture and O network O edge B-Device , O moving O security O and O the O WAN O to O the O edge B-Device as O well O is O necessary O to O minimize O latency O and O performance O issues O . O The O device O can O also O be O configured O so O that O VoiceOver B-Operating_System can O be O toggled O by O a O triple-click O of O the O Home O or O side O button O on O the O device O . O These O machines O were O produced O at B-Operating_System the O Vladivostok O plant O Radiopribor O , O based O on O South O Korean O microchips O . O BASIC O ( O ru O : O Бейсик O ) O came O with O 48KB O of O RAM B-Architecture , O while O the O Breeze O ( O ru O : O Бриз O ) O was O a O 128KB O machine O with O a O printer O controller O , O disk O drive O and O a O sound O chip O . O Mailslots B-Operating_System operate O over O the O RPC O protocol O and O work O across O all O computers O in O the O same O network B-Architecture domain O . O However O , O Johnny O Liu O of O Game O Revolution O advised O " O just O blow O the O dust O off O the O old O Genesis B-Operating_System , O because O there O is O n't O enough O good O extra O stuff O here. O " O Metal B-Application Gear I-Application Solid I-Application 2 O : O Sons O of O Liberty O - O HD O Edition O was O released O on O the O PlayStation B-Operating_System 3 I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System in O 2011 O and O for O the O PlayStation B-Device Vita I-Device in O 2012 O . O Bomber B-Operating_System was O Inline O Design O 's O biggest O selling O title O in O 1991 O but O Inline O Design O decided O to O discontinue O selling O the O game O that O year O because O Peck O was O a O pacifist O and O he O felt O the O game O promoted O violence O ; O he O wanted O his O business O to O succeed O by O publishing O " O entertaining O , O challenging O , O non-violent O games. O " O In O a O simple O implementation O , O Core B-Operating_System Image I-Operating_System applies O a O single O Image O Filter O to O the O pixel O data O of O a O given O source O to O produce O the O transformed O image O . O Due O to O problems O with O the O Coldstone B-Application game I-Application engine I-Application , O which O renders O Pillars B-Application of I-Application Garendall I-Application unplayable O on O recent O versions O of O the O Mac B-Operating_System OS I-Operating_System X I-Operating_System platform O , O Ambrosia O Software O stopped O selling O licenses O for O the O full O game O and O as O of O December O 2008 O , O the O Coldstone B-Application game I-Application engine I-Application has O been O indicated O as O being O " O discontinued O " O with O regard O to O the O latest O version O information O on O the O Ambrosia O Software O website O . O A O set O of O solution O add-ons O that O include O collections O of O task-oriented O templates O and O vector O stencils B-Algorithm libraries O , O have O been O released O for O ConceptDraw B-Operating_System DIAGRAM I-Operating_System , O relating O to O certain O industry-specific O graphical O tasks O . O Taito O and O Ongakukan O subsequently O released O a O few O co-produced O titles O for O PlayStation B-Device 2 I-Device , O PlayStation B-Operating_System Portable I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O and O iOS B-Operating_System with O the O title O Railfan O . O In O an O interview O , O Vicarious O Visions O producer O Kara O Massie O did O not O rule O out O the O possibility O of O a O remaster O of O Crash B-Application Team I-Application Racing I-Application for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System . O Microsoft B-Application Windows I-Application operating I-Application systems I-Application do O not O have O an O equivalent O functionality O to O the O Unix B-Application fork B-Language system B-Operating_System call I-Operating_System ; O a O fork B-Operating_System bomb I-Operating_System on O such O an O operating B-General_Concept system I-General_Concept must O therefore O create O a O new O process B-Operating_System instead O of O forking B-Language from O an O existing O one O . O FileX O is O the O embedded B-Application file B-Application system I-Application for O ThreadX B-Operating_System . O Optional O free O software O supports O Rock O Ridge O and O Joliet O ( O including O ISO B-General_Concept Level O 3 O ) O : O and O . O macOS B-Application ( O all O versions O ) O : O ISO B-General_Concept Level O 1 O , O 2 O , O Joliet O and O Rock O Ridge O Extensions O . O RISC B-Operating_System OS I-Operating_System support O for O optical O media O written O on O a O PC O is O patchy O . O At O the O time O it O was O only O announced O for O the O PlayStation B-Operating_System 3 I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System , O however O a O second O announcement O in O October O 2011 O confirmed O the O game O for O OnLive B-Application . O The O IBM B-Operating_System PC I-Operating_System AT I-Operating_System , O the O first O PC-compatible O system O to O contain O an O 80286 B-General_Concept , O has O hardware O that O detects O the O Shutdown O state O and O automatically O resets O the O CPU O when O it O occurs O . O It O was O released O on O Microsoft B-Application Windows I-Application , O OS B-Operating_System X I-Operating_System , O PlayStation B-Operating_System 4 I-Operating_System on O 20 O September O 2016 O followed O by O Xbox B-Device One I-Device on O 23 O September O 2016 O and O Nintendo B-Application Switch I-Application on O 9 O April O 2018 O . O Definitions O of O Videotex B-Operating_System and O associated O terms O . O Closed-source O boards O like O the O DreamPlug B-Application , O Cubietruck O and O the O Raspberry B-Operating_System Pi I-Operating_System are O possible O options O , O while O more O are O on O the O way O . O SNK O also O produced O a O game O titled O The B-Application King I-Application of I-Application Fighters I-Application : I-Application Battle I-Application de I-Application Paradise I-Application which O could O be O connected O to O the O Japanese O Dreamcast B-Operating_System port O of O KOF B-Application ' I-Application 99 I-Application . O However O , O for O the O sake O of O optimization O , O sending O a O denial O ( O Nack B-Protocol ) O response O would O tell O the O Proposer O that O it O can O stop O its O attempt O to O create O consensus B-Operating_System with O proposal O n O . O In O August O 2007 O , O Shockwave B-Operating_System had O 4.8 O million O unique O visitors O , O according O to O ComScore O Media O Metrix O . O When O Apple O stopped O bundling O MacWrite B-Operating_System , O ownership O was O transferred O to O Claris O , O so O developers O could O not O distribute O it O on O their O programs O ' O installation O floppy O disks O . O The O game O appears O in O Sega B-Operating_System Genesis I-Operating_System Classics O for O Xbox B-Device One I-Device and O PlayStation B-Operating_System 4 I-Operating_System . O The O PlayStation B-Device 2 I-Device and O Xbox B-Operating_System versions O have O some O similar O online O game O modes O and O can O be O played O with O up O to O 8 O players O . O Unlike O other O Xbox B-Operating_System games O , O however O , O this O one O is O not O compatible O with O an O Xbox B-Operating_System 360 I-Operating_System . O Eurogamer O noted O that O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System version O was O " O hilariously O bad O " O citing O unresponsive O movement O and O twitchy O crosshairs O as O well O as O Spark O Unlimited O managing O " O to O take O Unreal O engine O 3 O and O make O it O look O like O a O 1997 O Half-Life O mod O " O . O Software O components O developed O within O the O INFN B-Operating_System Grid I-Operating_System project O include O : O It O was O released O on O arcade O in O 1985 O , O on O the O Nintendo O Entertainment O System O on O December O 6 O , O 1985 O in O Japan O and O September O 1987 O in O North O America O , O and O on O the O MSX B-Operating_System in O 1986 O . O If O the O file B-Operating_System is O large O , O this O could O result O in O a O costly O operation O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PSP B-Operating_System versions O do O not O include O this O mode O . O Mega B-Operating_System Drive I-Operating_System praised O the O way O the O car O used O the O windshield O wiper O in O the O rain O , O and O headlights O at O night O . O Atop O the O base O game O , O the O developers O created O cosmetic O add-on O content O , O such O as O a O platypus B-Operating_System character O costume O exclusive O to O the O Nintendo B-Application Switch I-Application release O and O a O pack O of O other O character O costumes O as O pre-order O bonus O . O The O Linux B-Operating_System kernel I-Operating_System started O to O include O binary O blobs O in O 1996 O . O The O cameras O use O Apple O 's O latest O computational B-Algorithm photography I-Algorithm engine O , O called O Smart O HDR O 4 O . O Apple O also O added O in O iOS B-Operating_System 15.1 I-Operating_System the O ability O to O record O in O Apple B-Algorithm ProRes I-Algorithm 4K O at O 30 O fps O and O 1080p O at O 60 O fps O for O models O with O at O least O 256GB O of O storage O , O however O base O models O with O 128GB O of O storage O will O be O limited O to O ProRes B-Algorithm recording O at O 1080p O at O 30 O fps O . O In O 2018 O , O Final B-Application Fight I-Application was O re-released O alongside O Captain B-Application Commando I-Application , O The B-Application King I-Application of I-Application Dragons I-Application , O Knights B-Application of I-Application the I-Application Round I-Application , O Warriors B-Application of I-Application Fate I-Application , O Armored B-Application Warriors I-Application and O Battle B-Application Circuit I-Application in O Capcom B-Application Beat I-Application ' I-Application Em I-Application Up I-Application Bundle I-Application for O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device , O Nintendo B-Application Switch I-Application and O Microsoft B-Application Windows I-Application . O He O later O used O " O GNU/Linux O " O exclusively O , O and O the O essay O was O superseded O by O Stallman O 's O 1997 O essay O , O " O Linux B-Operating_System and O the B-Application GNU I-Application project I-Application " O . O Other O features O of O Office B-Operating_System 2013 I-Operating_System include O : O In O June O 2012 O , O Microsoft O announced O plans O to O discontinue O all O " O Zune B-Device " O products O , O and O instead O , O Microsoft O would O distribute O its O digital O media O content O and O services O under O the O Xbox B-Application Music I-Application and O Xbox B-Application Video I-Application names O , O available O on O their O line O of O products O , O including O Windows B-Application 8 I-Application PCs B-Device and O tablets B-Device , O Xbox B-Operating_System 360 I-Operating_System game O console O , O and O Windows B-Protocol Phone I-Protocol smart B-Application phones I-Application . O The O game O was O released O on O iOS B-Application , O Windows B-Application , O and O Nintendo B-Operating_System 3DS I-Operating_System on O October O 30 O , O 2014 O . O The O presence O of O a O stylus B-Device was O compared O to O PDAs B-Application and O early O Windows B-Operating_System Mobile I-Operating_System devices O , O but O with O the O addition O of O pressure O sensitivity O and O the O " O versatile O " O S O Memo O app O . O It O was O released O for O Linux B-Application , O OS B-Operating_System X I-Operating_System , O PlayStation B-Operating_System 3 I-Operating_System , O Windows O , O and O Xbox B-Operating_System 360 I-Operating_System on O 14 O October O 2014 O . O Kevin O Ashton O , O the O digital O innovation O expert O who O is O credited O with O coining O the O term O , O defines O the B-Operating_System Internet I-Operating_System of I-Operating_System things I-Operating_System in O this O quote O : O " O If O we O had O computers O that O knew O everything O there O was O to O know O about O things O — O using O data O they O gathered O without O any O help O from O us O — O we O would O be O able O to O track O and O count O everything O , O and O greatly O reduce O waste O , O loss O , O and O cost O . O Userspace B-Operating_System applications O are O provided O as O pre-compiled O binaries O in O order O to O save O time O for O compilation O . O ThinkPad B-Operating_System laptops B-Device have O been O used O in O outer O space O and O for O many O years O were O the O only O laptops B-Device certified O for O use O on O the O International O Space O Station O . O The O FreeBSD B-Operating_System Project I-Operating_System is O run O by O FreeBSD B-Operating_System committers B-General_Concept , O or O developers O who O have O direct O commit O access O to O the O master O Git B-Application repository O . O Each O socket O pair O is O described O by O a O unique O 4-tuple O consisting O of O source O and O destination O IP B-Protocol addresses I-Protocol and O port B-Protocol numbers I-Protocol , O i.e. O of O local O and O remote O socket O addresses.books.google.com O - O UNIX B-Application Network B-Operating_System Programming I-Operating_System : O The O sockets O networking O APIbooks.google.com O - O Designing O BSD B-Operating_System Rootkits O : O An O Introduction O to O Kernel O Hacking O As O discussed O above O , O in O the O TCP B-Protocol case O , O a O socket O pair O is O associated O on O each O end O of O the O connection O with O a O unique O 4-tuple O . O Most O modern O implementations O of O sockets O are O based O on O Berkeley B-Protocol sockets I-Protocol ( O 1983 O ) O , O and O other O stacks O such O as O Winsock B-Application ( O 1991 O ) O . O Newly O added O or O updated O programs O include O Windows B-Device Media I-Device Player I-Device 8 O with O streaming O capability O ; O MSN B-Protocol Messenger I-Protocol , O and O Microsoft B-Operating_System Reader I-Operating_System 2 O , O with O Digital O rights O management O support O . O When O the O computer O starts O back O up O , O it O shows O a O warning O message O for O a O few O seconds O about O the O computer O restarting O because O of O a O kernel B-Operating_System panic I-Operating_System , O and O then O the O computer O restarts O back O up O . O A O reinterpretation O of O the O game O for O mobile O devices O , O Tapper B-Operating_System World I-Operating_System Tour I-Operating_System , O was O released O in O 2011 O . O Recently O , O Sue O relocated O to O a O supposedly O " O remote O island O " O location O to O get O away O from O people O ( O yet O it O still O has O a O local O coffee O shop O ) O , O but O Foamy B-Operating_System and O Pilz-E O found O her O and O immediately O moved O in O . O Distribution O Description O Kubuntu B-Application An O official O derivative O of O Ubuntu B-Operating_System Linux I-Operating_System using O KDE B-Application instead O of O the O GNOME B-Application ( O or O Unity B-Device ) O desktop O environment O used O by O default O in O Ubuntu B-Operating_System . O The O Java B-Language language I-Language is O a O key O pillar O in O Android B-Application , O an O open B-Application source I-Application mobile B-Operating_System operating I-Operating_System system I-Operating_System . O A O group O of O editors O of O the O IGN O website O gave O the O game O three O " O Best O of O E3 O " O awards O in O the B-Operating_System Wii I-Operating_System category O for O best O overall O game O , O best O adventure O game O , O and O best O video O game O graphics O technology O . O The O screen O 's O 480×272 O pixels O resolution B-General_Concept is O the O same O as O the O original O PlayStation B-Operating_System Portable I-Operating_System and O is O close O to O the O 16:9 O aspect O ratio O . O The O Hollywood B-Operating_System Designer O is O an O add-on O for O Hollywood B-Operating_System with O which O it O is O possible O to O use O Hollywood B-Operating_System also O as O a O presentation O software O and O an O authoring B-Application system I-Application . O The O game O was O released O for O Mac B-Operating_System OS I-Operating_System X I-Operating_System on O December O 14 O , O 2011 O , O and O in O April O 2012 O for O Microsoft B-Application Windows I-Application and O the O iPad B-Operating_System . O SUPRENUM B-Device also O influenced O the O development O of O other O parallel B-Operating_System computers I-Operating_System such O as O the O Meiko B-Device CS-2 I-Device which O was O an O outcome O of O the O European O GENESIS B-Application project O . O On O 29 O January O 2019 O , O MoltenVK B-Operating_System 1.0.32 O was O released O with O early O prototype O of O Vulkan B-Application Portability O Extensions O . O What O is O known O from O Panic O co-founder O Steven O Frank O 's O blog O is O that O Coda B-Operating_System development O started O at O Panic O sometime O in O late O 2005 O . O As O of O January O 2022 O , O there O are O a O total O of O 459 O GNU B-Operating_System packages O ( O including O decommissioned O , O 383 O excluding O ) O hosted O on O the O official O GNU B-Operating_System development O site O . O However O , O managing O a O queue B-Application is O not O possible O in O an O async-signal O safe O way O with O only O , O as O only O single O reads O and O writes O to O such O variables O are O guaranteed O to O be O atomic O , O not O increments O or O ( O fetch-and O ) O -decrements O , O as O would O be O required O for O a O queue B-Application . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O Language-Sensitive B-Application Editor I-Application ( O LSE O ) O Programmer O 's O Editor O for O OpenVMS B-Operating_System implemented O using O TPU B-Language . O The O PlayStation B-Operating_System 3 I-Operating_System version O was O released O in O North O America O on O January O 30 O , O 2007 O , O and O in O Europe O on O March O 23 O . O Cygwin B-Language provides O a O Unix-like B-Operating_System environment O on O Windows B-Application , O and O both O Perl B-Language and O CPAN B-Language are O available O as O standard O pre-compiled O packages O in O the O Cygwin B-Language setup O program O . O In O September O 2017 O , O Apple O updated O iTunes B-Operating_System to O version O 12.7 O , O removing O the O App B-Application Store I-Application section O in O the O process O . O While O the O titles O were O rebranded O as O part O of O the O SaGa B-Operating_System series O , O they O kept O the O Final B-Application Fantasy I-Application branding O in O their O subtitle O to O avoid O confusion O for O original O players O . O At O any O moment O , O a O running O System B-Operating_System V I-Operating_System is O in O one O of O the O predetermined O number O of O states O , O called O runlevels B-Device . O Some O BIOSes O ( O like O the O IBM B-Operating_System PC/AT I-Operating_System ) O perform O the O check O only O for O fixed O disk/removable O drives O , O while O for O floppies B-Device and O superfloppies O , O it O is O enough O to O start O with O a O byte O greater O or O equal O to O 06h O and O the O first O nine O words O not O to O contain O the O same O value O , O before O the O boot B-Device sector I-Device is O accepted O as O valid O , O thereby O avoiding O the O explicit O test O for O 0x55 O , O 0xAA O on O floppies B-Device . O In O addition O , O to O start O a O session O or O to O send O a O datagram B-Protocol to O a O particular O host O rather O than O to O broadcast B-Operating_System the O datagram B-Protocol , O NBF O protocol O has O to O determine O the O MAC B-Protocol address O of O the O host O with O a O given O NetBIOS/NetBEUI O name O ; O this O is O done O by O sending O a O " O Name O Query O " O packet O , O the O response O to O which O will O have O the O MAC B-Protocol address O of O the O host O sending O the O response O , O i.e. O This O version O also O introduced O the O Garnet O moniker O to O distinguish O it O from O Palm B-Operating_System OS I-Operating_System Cobalt I-Operating_System 6.0 O . O In O IGN O 's O PS3 B-Operating_System version O review O , O it O was O noted O that O " O flying O over O all O the O points O is O far O less O effective O than O it O should O be O , O since O zipping O through O a O huge O clump O of O them O will O often O yield O only O a O few O actual O pick-ups. O " O Languages O which O use O virtual B-Architecture machines I-Architecture and O native O threads B-Operating_System can O use O escape O analysis O to O avoid O synchronizing O blocks O of O code O when O unneeded O . O AMD O meanwhile O designed O and O manufactured O the O advanced O but O delayed O 5k86 O ( O K5 O ) O , O which O , O internally O , O was O closely O based O on O AMD O 's O earlier O 29K B-General_Concept RISC B-Architecture design O ; O similar O to O NexGen O 's O Nx586 B-Device , O it O used O a O strategy O such O that O dedicated O pipeline O stages O decode O x86 B-Device instructions I-Device into O uniform O and O easily O handled O micro-operations B-General_Concept , O a O method O that O has O remained O the O basis O for O most O x86 B-Operating_System designs O to O this O day O . O Features O that O debuted O in O Outlook B-Operating_System 2010 I-Operating_System include O : O Sweeney O and O Mark O Rein O later O credited O that O much O of O the O core O idea O of O Unreal B-Application and O Unreal B-Operating_System Engine I-Operating_System came O from O what O Sweeney O learned O from O the O success O of O ZZT B-Application , O with O a O focus O on O building O games O with O clean O code O and O editing O tools O , O so O that O others O can O build O their O own O games O . O Originally O , O Bungie O intended O Pathways O to O be O a O straightforward O 3D O version O of O Minotaur B-Operating_System , O but O they O quickly O found O that O the O top-down O perspective O of O their O previous O game O did O not O mesh O with O the O new O 3D O presentation O . O A O version O with O touch O controls O was O also O ported O to O the O Nintendo B-Operating_System 3DS I-Operating_System 's O eShop B-Application in O 2012 O , O titled O Art B-Device of I-Device Balance I-Device TOUCH I-Device ! I-Device DRDOS O 6.0 O also O included O a O task-switcher O named O TASKMAX O with O support O for B-Language the O industry-standard O task-switching O API B-Application to O run O multiple O applications O at O the O same O time B-Device . O In O contrast O to O Digital O Research O 's O Multiuser B-Operating_System DOS I-Operating_System ( O successor O of O Concurrent O DOS B-Device in O the O multi-user O products O line O ) O , O which O would O run O DOS B-Device applications O in O pre-emptively O multitasked O virtual O DOS B-Device machines O , O the O DRDOS O 6.0 O task O switcher O would O freeze O background O applications O until O brought O back O into O the O foreground O . O While O it O ran O on O x86-machines O , O it O was O able O to O swap O to O XMS B-Device memory I-Device on O 286+ O machines O . O Edge O gave O the O N64 B-Operating_System original O eight O out O of O ten O and O later O to O the B-Operating_System Dreamcast I-Operating_System version O seven O out O of O ten O . O It O is O aimed O at O stylus B-Device interaction O , O making O it O more O suitable O for O tablet B-Device computers I-Device and O handheld B-Operating_System PCs I-Operating_System . O This O is O a O comprehensive O list B-Operating_System of I-Operating_System volunteer I-Operating_System computing I-Operating_System projects I-Operating_System ; O a O type O of O distributed B-Architecture computing I-Architecture where O volunteers O donate O computing O time O to O specific O causes O . O The O command B-Application does O not O support O volumes O using O the O Btrfs B-Operating_System filesystem B-Application , O although O ReactOS B-Application supports O it O since O version O 0.4.1 O . O The O OS B-Operating_System X I-Operating_System version O of O the O game O , O published O by O Feral O Interactive O , O was O released O on O 21 O February O 2013 O . O IPVS B-Operating_System ( O IP B-Operating_System Virtual I-Operating_System Server I-Operating_System ) O implements O transport-layer B-Architecture load B-Application balancing I-Application , O usually O called O Layer B-Architecture 4 I-Architecture LAN B-Protocol switching I-Protocol , O as O part O of O the O Linux B-Operating_System kernel I-Operating_System . O The O installation O compiler B-Language had O no O editor B-Application and O was O more O of O a O shell B-Operating_System to O compile B-Language scripts B-Language . O It O was O revealed O at O WWDC O 2019 O that O the O iPad B-Device Mini I-Device 4 I-Device would O support O iPadOS B-Operating_System , O despite O rumours O saying O that O it O would O n't O . O The O release O features O a O much O more O finger-friendly O and O consistent O user B-Application interface I-Application , O and O an O X-server B-Operating_System based O on O Xorg B-Operating_System rather O than O KDrive B-Operating_System . O This O makes O Hashgraph B-Operating_System form O an O asynchronous O Byzantine O Fault-Tolerant O ( O aBFT O ) O consensus B-Operating_System algorithm I-Operating_System . O SerenityOS B-Language - O aims O to O be O a O modern O Unix-like B-Operating_System operating I-Operating_System system I-Operating_System , O yet O with O a O look O and O feel O that O emulates O 1990s O operating B-General_Concept systems I-General_Concept such O as O Microsoft B-Application Windows I-Application and O the O classic B-Application Mac I-Application OS I-Application . O No O Rest O for O the O Living O is O an O expansion O pack O developed O for O the O release O of O Doom B-Application II O on O Xbox B-Device Live I-Device Arcade I-Device for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System . O Six O weeks O prior O to O the O iPhone B-Operating_System 's O release O , O the O plastic O screen O was O replaced O with O glass O , O after O Jobs O was O upset O that O the O screen O of O the O prototype O he O was O carrying O in O his O pocket O had O been O scratched O by O his O keys O . O Postgres-XL B-Language is O a O distributed B-Operating_System relational B-Application database I-Application management I-Application system I-Application ( O RDBMS O ) O software O based O on O PostgreSQL B-Application . O It O was O originally O released O for O the O NEC B-Device PC-8801 I-Device computer O system O , O with O subsequent O versions O being O developed O for O the O NEC B-Operating_System PC-9801 I-Operating_System , O Sharp B-Device X68000 I-Device , O MSX2 B-Operating_System , O PC-Engine B-General_Concept , O Super B-Application Famicom I-Application , O and O mobile O phones O . O However O , O the O same O magazine O gave O the O PS4 B-Operating_System version O three O stars O out O of O five O , O saying O that O it O " O does O n't O ever O completely O shy O away O from O using O filler O material O after O successfully O building O so O much O momentum. O " O On O October O 30 O , O 2008 O , O NCsoft O announced O a O partnership O with O Transgaming O Technologies O in O order O to O bring O both O City B-Application of I-Application Heroes I-Application and O City B-Application of I-Application Villains I-Application and O all O 13 O expansions O to O Mac B-Operating_System OS I-Operating_System X I-Operating_System . O Also O , O unlike O the O general O 2PL O , O SS2PL O provides O , O as O mentioned O above O , O the O useful O Strictness O and O Commitment B-Architecture ordering I-Architecture properties O . O Many O variants O of O SS2PL O exist O that O use O various O lock B-Operating_System types O with O various O semantics O in O different O situations O , O including O cases O of O lock-type O change O during O a O transaction O . O The O Sega B-Operating_System Genesis I-Operating_System , O known O as O the O outside O North O America O , O is O a O 16-bit B-Application fourth B-Application generation I-Application home B-Device video I-Device game I-Device console I-Device developed O and O sold O by O Sega O . O The O use O of O the O cloud O metaphor O for O virtualized B-General_Concept services O dates O at O least O to O General O Magic O in O 1994 O , O where O it B-General_Concept was O used O to O describe O the O universe O of O " O places O " O that O mobile B-Operating_System agents I-Operating_System in O the O Telescript B-Language environment O could O go O . O In O computer B-General_Concept science I-General_Concept , O reflective B-Language programming I-Language or O reflection O is O the O ability O of O a O process B-Operating_System to O examine O , O introspect B-Application , O and O modify O its O own O structure O and O behavior O . O Notable O changes O since O 2.1 O include O the O DTrace B-Application debugging B-Application tool I-Application ( O now O named O Instruments B-Operating_System ) O , O refactoring O support O , O context-sensitive O documentation O , O and O Objective-C B-Language 2.0 O with O garbage B-General_Concept collection I-General_Concept . O It O also O supports O Project O Snapshots O , O which O provide O a O basic O form O of O version B-Architecture control I-Architecture ; O Message O Bubbles O , O which O show O build O errors O debug O values O alongside O code O ; O and O building O four-architecture O fat O binaries O ( O 32 O and O 64-bit B-Device Intel O and O PowerPC B-Architecture ) O . O macOS B-Operating_System 10.13 I-Operating_System High I-Operating_System Sierra I-Operating_System was O released O to O the O public O on O September O 25 O , O 2017 O . O NIOS O comprised O 32-bit O versions O of O Novell O 's O existing O 16-bit O DOS B-Device technologies O including O the O DR-DOS B-Application operating B-General_Concept system I-General_Concept , O Novell O 's O modem O dialer O and O TCP/IP B-Protocol stack I-Protocol from O LAN O Workplace O for O DOS B-Device / O NetWare B-Operating_System Mobile O plus O licensed O third-party O components O such O as O the O Kaffe B-Language Java B-Language virtual I-Language machine I-Language ( O JVM B-Language ) O , O Allegro B-Language for O graphics O , O and O Mosaic B-Application for O the O web B-Application browser I-Application . O German O technology O website O Golem.de O praised O ROSA B-Operating_System for O its O stability O and O hardware O support O , O while O LinuxInsider.com O called O ROSA B-Operating_System " O a O real O Powerhouse O " O . O In O addition O to O that O , O Way B-Application of I-Application the I-Application Samurai I-Application 3 I-Application is O the O first O in O the O series O to O allow O players O to O build O their O own O katana B-Operating_System or O spears O by O collecting O parts O like O blades O ( O scabbards O included O ) O , O guards O , O grips O , O pommels O , O and O bringing O them O to O the O blacksmiths O . O Released O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License and O , O optionally O , O the O CDDL B-Application for O most O files O of O the O source O distribution O , O VirtualBox B-Operating_System is O free B-License and I-License open-source I-License software I-License , O though O the O Extension O Pack O is O proprietary B-Application software I-Application . O Dld B-Language was O a O library O package O for O the O C B-Language programming I-Language language I-Language that O performs O dynamic B-Operating_System link I-Operating_System editing I-Operating_System . O In O 2014 O , O Pac-Man B-Application was O included O in O the O compilation O title O Pac-Man B-Device Museum I-Device for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O PlayStation O 3 O and O PC B-Device , O alongside O several O other O Pac-Man B-Application games O . O The O NES O version O is O one O of O 30 O games O included O in O the O NES B-Application Classic I-Application Edition I-Application . O He O forecast O Apple O 's O adoption O of O Taligent B-Operating_System components O into O the O irreplaceably O personal O Mac O OSwhile O empowering O its O competitiveness O with O IBM O 's O future O Taligent-based O general O purpose O systems O , O and O easing O corporate O users O ' O migration O toward O Apple O 's O Enterprise O Systems O Division O 's O future O Taligent-based O computers O . O In O August O 2017 O , O the O Mega B-Operating_System Drive/Genesis I-Operating_System version O was O released O for O iOS B-Application and O Android B-Application . O the O 1541 O floppy B-Device disk I-Device drive I-Device ) O . O The O Elwro O 800 O Junior O was O Polish O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System produced O by O ELWRO O for O use O in O schools O . O It O ran O a O special O version O of O CP/M B-Application called O CP/J O . O The O MSX B-Operating_System version O features O a O human O boy O and O a O human O girl O ; O gameplay O remains O identical O to O the O Famicom O version O . O The O box O of O the O console O was O changed O many O times O , O but O the O most O popular O Terminator O 's O box O art O was O inspired O by O the O Japanese O Sega B-Operating_System Mega I-Operating_System Drive I-Operating_System , O using O colorful O triangles O in O the O background O and O similar O logo O writings O which O was O supposed O to O confuse O buyers O . O In O the O modern O business O computing O environment O , O n-tier B-Operating_System , O or O 3-tier B-Operating_System architectures I-Operating_System are O more O difficult O to O place O into O legacy O mode O as O they O include O many O components O making O up O a O single O system O . O By O the O late O 1990s O , O official O X B-Operating_System development O was O moribund O . O Since O Java B-Language 1.5 O , O concurrent B-Operating_System hash B-Algorithm maps I-Algorithm are O provided O based O upon O concurrent B-Operating_System map I-Operating_System interface I-Operating_System . O Nintendo O popularized O it O for O use O in O video O games O with O the O Nintendo B-Device DS I-Device and O Nintendo B-Operating_System 3DS I-Operating_System ; O other O systems O including O the O Tapwave B-Application Zodiac I-Application as O well O as O Smartphones B-Application and O the O vast O majority O of O PDAs B-Application have O also O included O this O feature O . O The B-Operating_System Dreamcast I-Operating_System version O of O Shenmue B-Application II I-Application received O positive O reviews O . O In O 2015 O , O in O a O deal O with O Microsoft O Studios O , O an O expansion O of O Forza B-Application Horizon I-Application 2 I-Application was O released O for O Xbox B-Operating_System 360 I-Operating_System and O Xbox B-Device One I-Device , O titled O Forza B-Application Horizon I-Application 2 I-Application Presents O : O Fast O & O Furious O . O blackra1n B-Operating_System uses O this O exploit O to O patch O the O firmware B-Application of O the O iPhone B-Operating_System or O iPod B-Device Touch I-Device while O in O DFU O ( O Device O Firmware B-Application Upgrade O ) O mode O . O By O the O late O 1980s O , O the O 68000 B-Device was O inexpensive O enough O to O power O home O game B-Device consoles I-Device , O such O as O Sega O 's O Sega B-Operating_System Genesis I-Operating_System console O and O also O the O Sega B-Device CD I-Device attachment O for O it O ( O A O Sega B-Device CD I-Device system O has O three O CPUs O , O two O of O them O 68000s B-Device ) O . O Since O 2012 O , O Apple O has O sold O many O of O its O Mac B-Device models O with O high-resolution O Retina B-Operating_System displays I-Operating_System , O and O macOS B-Application and O its O APIs B-Application have O extensive O support O for O resolution-independent O development O on O supporting O high-resolution O displays O . O MLB B-Application 2K11 I-Application is O available O for O Microsoft B-Application Windows I-Application , O Xbox B-Operating_System 360 I-Operating_System , O PlayStation B-Device 2 I-Device , O PlayStation B-Operating_System 3 I-Operating_System , O PlayStation B-Operating_System Portable I-Operating_System , O Nintendo B-Device DS I-Device , O and O Wii B-Operating_System . O These O are O intended O to O be O supplied O by O external O hardware O in O order O to O invoke O a O corresponding O interrupt B-General_Concept service I-General_Concept routine I-General_Concept , O but O are O also O often O employed O as O fast O system B-Operating_System calls I-Operating_System . O Several O features O and O accessories O were O developed O for O the O WonderSwan B-Operating_System . O On O May O 18 O , O 2010 O , O Microsoft O unveiled O the O " O Wave O 4 O " O update O of O Hotmail B-Operating_System , O which O offered O features O such O as O 1-click O filters O , O active O views O , O inbox O sweeping O , O and O 10 O GB O space O for O photos O , O Microsoft O Office O documents O , O and O attachments O . O For O this O reason O , O it O soon O adopted O the O Linux B-Application kernel B-Operating_System as O well O . O The O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System had O not O yet O freed O itself O from O legal O encumbrances O and O was O not O competing O in O the O space O for O a O free O OS B-Operating_System kernel I-Operating_System . O The O client B-Protocol mounts O the O Lustre B-Application filesystem B-Application locally O with O a O VFS B-Application driver O for O the O Linux B-Operating_System kernel I-Operating_System that O connects O the O client B-Protocol to O the O server(s ) O . O It O was O finally O released O on O the B-Operating_System Wii I-Operating_System Virtual B-Application Console I-Application in O Japan O on O 20 O September O 2007 O , O in O PAL O regions O on O 28 O September O 2007 O , O and O in O North O America O on O 1 O October O 2007 O . O Its O primary O objectives O are O to O standardize O Linux B-Operating_System , O support O its O growth O , O and O promote O its O commercial O adoption O . O The O PlayStation B-Operating_System Portable I-Operating_System and O Nintendo B-Operating_System 3DS I-Operating_System ports O of O the O game O , O released O in O Japan O on O March O 31 O , O 2011 O , O include O all O the O characters O released O as O downloadable O content O ( O Makoto O Nanaya O , O Valkenhayn O R O . O Hellsing O , O and O Platinum O the O Trinity O ) O with O possible O new O story O elements O for O them O , O a O new O mode O called O " O Abyss O " O , O and O balance O tweaks O as O well O . O A O new O game O commemorating O the O 20th O anniversary O of O the O series O titled O Monochrome B-Application Mobius I-Application : I-Application Rights I-Application and I-Application Wrongs I-Application Forgotten I-Application was O released O in O Japan O for O PlayStation B-Operating_System 4 I-Operating_System and O PlayStation B-Device 5 I-Device , O and O worldwide O for O Microsoft B-Application Windows I-Application on O November O 17 O , O 2022 O . O He O is O badly O injured O and O is O soon O found O to O have O amnesia B-Application , O so O they O take O him O to O their O home O and O treat O him O until O he O is O well O again O . O Layout O via O Core B-Operating_System Text I-Operating_System for O OSX B-Operating_System and O HarfBuzz B-Language for O Linux B-Application thumb|none|LibreOffice O 4.1.5 O , O showing O sidebar O and O text O frame O with O gradient O background O 30 O January O 2014 O New O features O include:The O Document O Foundation O : O LibreOffice B-Application 4.2 I-Application ReleaseNotes O . O The O critical B-Operating_System section I-Operating_System is O that O part O of O code O that O requires O exclusive O access O to O resources O and O may O only O be O executed O by O one O thread B-Operating_System at O a O time O . O The O complete O Motorola B-Operating_System Rokr I-Operating_System E8 O list O of O specifications O are O : O There O seems O to O be O a O version O called O equipped O with O Microsoft B-Operating_System Windows I-Operating_System Mobile I-Operating_System 2003 I-Operating_System Second I-Operating_System Edition I-Operating_System , O and O a O handheld O from O Hitachi O called O with O same O hardware O , O both O are O only O available O in O Japan O . O A O diskless B-Operating_System shared-root I-Operating_System cluster I-Operating_System is O a O way O to O manage O several O machines O at O the O same O time O . O This O was O due O to O parts O of O the O Novell O DOS B-Device sources O having O been O lost O at O Novell O meanwhile O . O Consequently O , O this O version O still O reported O an O internal O BDOS B-Operating_System version O of O 7.2 O , O identical O to O Novell O DOS B-Device 7 O . O The O new O suite O also O lacked O the O SETFIFO O command B-Operating_System , O which O had O been O added O with O one O of O the O Novell O DOS B-Device updates O , O as O well O as O Fifth O Generation O 's O Search&Destroy O virus O scanner O and O FastBack O Plus O 2.0 O utility O , O which O previously O came O bundled O with O Novell O DOS B-Device . O In O February O 2006 O , O the O PowerPlant B-Library class O libraries O were O released O as O open O source O under O the O BSD B-Operating_System license I-Operating_System hosted O on O SourceForge B-Application . O Sega O 's O Dreamcast B-Operating_System is O the O first O console O of O the O generation O and O had O several O features O to O show O an O advantage O from O the O competition O , O including O Internet B-Application gaming I-Application as O an O optional O feature O through O its O built-in O modem B-Application , O and O a O web O browser O . O A O Supervisor B-Operating_System Call I-Operating_System instruction I-Operating_System ( O SVC O ) O is O a O hardware O instruction O used O by O the O System/360 B-Application family O of O IBM B-Device mainframe I-Device computers O up O to O contemporary O zSeries O , O the O Amdahl O 470V/5 O , O 470V/6 O , O 470V/7 O , O 470V/8 O , O 580 O , O 5880 O , O 5990M O , O and O 5990A O , O and O others O ; O Univac B-Device 90/60 I-Device , O 90/70 O and O 90/80 O , O and O possibly O others O ; O the O Fujitsu O M180 O ( O UP O ) O and O M200 O ( O MP O ) O , O and O others O ; O and O is O also O used O in O the O Hercules B-Application open O source O mainframe B-Architecture emulation O software O . O The O Macintosh B-Device was O released O on O January O 24 O , O 1984 O , O with O two O applications O , O MacPaint B-Operating_System and O MacWrite B-Operating_System . O Sync O progress O for O music B-Operating_System playlists O is O now O displayed O in O the O Apple B-Device Watch I-Device app O on O iPhone3.2.210.3.2 O 14V485 O Bug O fixes.3.2.310.3.314V753 O Bug O fixes O . O It O was O re-released O for O the O PlayStation B-Operating_System Portable I-Operating_System as O in O Japan O and O as O Disgaea B-Application 2 I-Application : O Dark O Hero O Days O in O North O America O and O Europe O . O It O was O renamed O when O it O adopted O new O features O such O as O support O for O RSP O and O support O for O Microsoft B-Application Windows I-Application and O Mac B-Operating_System OS I-Operating_System X I-Operating_System . O ERC B-Operating_System ? O GrumpyChat O HexChat B-Protocol 2.16 O 2.16 O 2.16 O 2.16 O ? O IceChat B-Protocol ? O The O iOS B-Operating_System 7 I-Operating_System camera O user B-Application interface I-Application has O been O redesigned O . O The O original O Super B-Operating_System Smash I-Operating_System Flash I-Operating_System features O 30 O characters O . O The B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System , O which O maintains O The B-Application Free I-Application Software I-Application Definition I-Application , O has O given O its O endorsement O for O WebM B-Application and O VP8 B-Algorithm and O considers O the O software O 's O license O to O be O compatible O with O the O GNU B-License General I-License Public I-License License I-License . O The O iPadOS B-Operating_System 13 O default O wallpapers O were O removed O in O the O first O beta O of O iPadOS B-Operating_System 15 I-Operating_System . O Photopea B-Operating_System has O various O image B-Application editing I-Application tools O including O spot O healing O , O a O clone O stamp O healing O brush O , O and O a O patch O tool O . O It O was O released O on O September O 26 O , O 2007 O for O PlayStation B-Operating_System 3 I-Operating_System and O October O 12 O , O 2007 O for O PlayStation B-Operating_System Portable I-Operating_System and O PlayStation B-Device 2 I-Device . O Final B-Application Fantasy I-Application XI O was O awarded O the O grand O prize O from O the O Japan O 's O Consumer O Entertainment O Software O Association O ( O CESA O ) O for O 2002 O – O 2003 O along O with O Taiko B-Application no I-Application Tatsujin I-Application . O It O has O also O received O GameSpy O 's O 2003 O PC O MMORPG B-Protocol Game O of O the O Year O Award O and O IGN O 's O Game O of O the O Month O for O March O 2004 O , O citing O the O game O 's O huge O customization O and O its O successful O cross-platform B-Operating_System and O cross-language O game O world O . O The O Mindset B-Device added O a O new O custom-designed O VLSI O vector B-Operating_System processor I-Operating_System to O handle O many O common O drawing O tasks O , O like O lines O or O filling O areas O . O Google B-Application Chrome B-Operating_System is O a O cross-platform B-Operating_System web B-Application browser I-Application developed O by O Google B-Application . I-Application Tantalus O also O ported O the O game O and O the O After O Dark O expansion O for O PlayStation B-Operating_System 4 I-Operating_System , O released O on O 15 O August O 2017 O . O Additionally O , O most O Unix B-Application code O still O used O sockets O , O not O STREAMS B-Operating_System , O and O so O MacTCP B-Operating_System offered O real O advantages O in O terms O of O porting O software O to O the O Mac O . O A O reissue O of O Dark O Alliance O for O PlayStation B-Operating_System 4 I-Operating_System , O PlayStation B-Device 5 I-Device , O Xbox B-Device One I-Device , O Xbox B-Device Series I-Device X I-Device and I-Device Series I-Device S I-Device was O released O on O May O 7 O , O 2021 O , O with O a O Nintendo B-Application Switch I-Application version O followed O on O May O 20 O , O 2021 O , O as O well O as O future O plans O for O a O personal O computer O and O mobile O version O later O that O year O . O Linux B-Operating_System kernel I-Operating_System support O for O various O steering O wheel O models O was O added O in O March O 2021 O . O Bomberman B-Device Live I-Device : I-Device Battlefest I-Device is O a O 2010 O video O game O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System console O . O However O , O known O problems O in O the O browser B-Application and O issues O with O performance O on O older O machines O led O the O developers O to O implement O their O own O limited O version O of O NoScript B-Operating_System as O a O built-in O part O of O the O browser B-Application so O that O users O had O the O ability O to O enable O JavaScript B-Language only O where O it O was O safe O or O necessary O to O do O so O . O The O resource-driven O approach O demonstrated O the O application O of O database O triggers O for O handling O workflow B-Operating_System events O . O Some O positive O aspects O noted O by O reviewers O about O it O included O the O variety O in O gameplay O , O responsive O controls O on O the O GC O and O PS2 B-Device versions O , O straightforward O and O solid O level O design O , O and O the O game O 's O overall O ambition O , O while O negative O points O included O subpar O graphics O , O especially O on O the O GC O version O , O overly O long O and O poorly O paced O platforming O and O racing O levels O , O and O the O occasionally O unresponsive O motion O controls O on O the B-Operating_System Wii I-Operating_System version O . O Menace O of O Axis O is O the O fourth O game O in O the O series O , O released O on O February O 7 O , O 2008 O for O the O PlayStation B-Operating_System Portable I-Operating_System . O Banpresto O released O a O new O game O in O the O series O titled O Lost O Heroes O for O the O Nintendo B-Operating_System 3DS I-Operating_System and O the O PlayStation B-Operating_System Portable I-Operating_System in O September O 2012 O . O Video O content O encoded O using O a O particular O video B-Algorithm coding I-Algorithm format I-Algorithm is O normally O bundled O with O an O audio O stream O ( O encoded O using O an O audio O coding O format O ) O inside O a O multimedia O container O format O such O as O AVI O , O MP4 O , O FLV B-Operating_System , O RealMedia O , O or O Matroska O . O POD B-Device was O among O the O first O games O optimized O for O video O cards O with O a O 3dfx O chipset O using O the O Glide B-Operating_System API I-Operating_System . O To O find O peers O in O a O swarm O , O a O node O sends O a O get_peers O query O with O the O infohash O as O key O ( O equivalent O to O a O Kademlia B-Operating_System FIND_VALUE O ) O to O the O closest O known O nodes O ( O with O respect O to O the O key O distance O ) O . O AT B-Operating_System Black O on O square O silver O metal O , O URC O IBM O 1986-87 O IBM O Corp O . O 1984 O Swedish O layout O ; O no O lock O lights O 1390110 O Buckling B-Device spring I-Device 101 O AT B-Operating_System General O Electric O logo O , O upper O right O IBM O 1985- O ? O Single/Multiplayer.Marathon O Bungie O 1994-12-21 O 2007 O Mac B-Application OS I-Application ( O original O ) O , O ported O to O Linux B-Application , O OS B-Operating_System X I-Operating_System and O Windows B-Application via O AlephOne O Aleph O One O GNU B-License GPL I-License ( O code O ) O Released O as O freeware B-License and O source B-Application code.Nexuiz O Alientrap O 2005-05-31 O 2009-10-01 O ( O 2.5.2 O ) O Linux B-Application , O OS B-Operating_System X I-Operating_System ( O 10.4 O or O later O ) O , O Windows B-Application DarkPlaces O Quake B-Application engine I-Application GNU B-License GPL I-License Unreal B-Operating_System Tournament I-Operating_System style O deathmatch O . O Riak B-General_Concept is O written O in O Erlang B-Operating_System , O a O language O that O gives O a O system O built-in O support O for O distribution O across O a O server O cluster O , O fault O tolerance O , O and O an O ability O to O absorb O new O hardware O being O added O to O the O cluster O without O disrupting O operations O . O Other O commentators O have O echoed O this O same O belief O , O noting O that O competitors O are O expending O a O lot O of O effort O to O discredit O Linux B-Operating_System , O which O is O incongruent O with O a O tiny O market O share O : O Yo-yo O Tsuri O : O The B-Operating_System Wii I-Operating_System Remote O is O used O to O aim O a O paper O string O and O hook O onto O balls O in O a O bucket O of O water O . O Code O running O at O executive O mode O can O switch O to O kernel B-Operating_System mode O at O will O , O meaning O that O the O barrier O between O the O kernel B-Operating_System and O executive O modes O is O intended O as O a O safeguard O against O accidental O corruption O as O opposed O to O a O security O mechanism O . O The O video O output O is O 15kHz O RGB O ( O though O some O programs O used O a O 31kHz O mode O ) O using O the O same O DB15 O connector O and O pinouts O as O the O PC-9801 B-Operating_System . O Some O versions O of O the O classic B-Application Mac I-Application OS I-Application , O 8.5 B-Operating_System and O upwards O , O check O the O blessed O System B-Operating_System Folder I-Operating_System before O shutdown O and O warn O the O user O if O the O System B-Operating_System Folder I-Operating_System is O missing O any O of O the O key O system O files O , O to O prevent O them O from O inadvertently O rendering O the O hard O drive O unbootable O . O Both O firms O developed O second-generation O products O based O on O the O CADR B-Operating_System : O the O Symbolics O 3600 O and O the O LMI-LAMBDA O ( O of O which O LMI O managed O to O sell O ~ O 200 O ) O . O While O DCGate O featured O main O IRC B-Protocol directory O nodes O , O Dtella B-Protocol is O decentralized B-Operating_System , O making O it O harder O to O shut O down O . O In O CouchDB B-Application , O each O view O is O constructed O by O a O JavaScript B-Language function O that O acts O as O the O Map O half O of O a O map/reduce B-Operating_System operation O . O In O 1982 O , O due O to O AT&T O refusing O to O license O the O code O , O a O development O team O led O by O Newton O Faller O decided O to O initiate O the O development O of O an O alternative O system O , O called O Plurix B-Operating_System ( ** O ) O , O using O as O reference O UNIX B-Application Version O 7 O , O the O most O recent O at O the O time O , O that O they O had O running O on O an O old O Motorola O computer O system O . O Wayland B-Language is O a O display O server B-Application protocol O intended O as O a O replacement O for O the O X11 B-Operating_System protocol O ; O , O it O has O received O relatively O wide O adoption O . O Unlike O X11 B-Operating_System , O Wayland B-Language does O not O need O an O external O window B-Application manager I-Application and O compositing B-Operating_System manager I-Operating_System . O Additionally O , O the O software O message O exchange O enables O more O variations O of O the O message B-Operating_System exchange I-Operating_System pattern I-Operating_System which O are O no-longer O limited O to O the O simple O request-reply B-Protocol and O one-way O approaches O . O Because O of O this O success O , O Google B-Application has O expanded O the O " O Chrome B-Operating_System " O brand O name O to O other O products O : O ChromeOS B-Operating_System , O Chromecast B-Device , O Chromebook B-Operating_System , O Chromebit B-Protocol , O Chromebox B-Protocol , O and O Chromebase O . O Google B-Application CEO O Eric O Schmidt O opposed O the O development O of O an O independent O web B-Application browser I-Application for O six O years O . O Atop O the O Fourth O Wall O , O Episode O 29 O : O Wolverine B-Application : I-Application Adamantium I-Application Rage I-Application 17:50 O May O 15 O , O 2009 O As O part O of O a O review O on O " O Channel O Awesome O " O for O Wolverine B-Application : I-Application Adamantium I-Application Rage I-Application for O the O Genesis B-Operating_System , O James O Rolfe O makes O a O brief O cameo O in O this O episode O as O the O Nerd O . O A O method O with O improved O parallel O efficiency O based O on O a O combination O of O Parareal B-Operating_System with O spectral O deferred O corrections O ( O SDC O ) O has O been O proposed O by O M O . O Minion O . O New O features O were O added O to O the O Maps B-Application app O in O the O iPhone B-Operating_System OS I-Operating_System 2.2 I-Operating_System software O update O . O Linux B-Language framebuffer I-Language , O X11 B-Operating_System , O Quartz B-Operating_System , O DirectX B-Application ) O , O of O which O the O two O most O fundamental O are O LibGII O ( O for O input-handling O ) O and O LibGGI O ( O for O graphical O output O ) O . O The O one-copy B-Operating_System serializability I-Operating_System model O is O employed O , O which O defines O valid O outcomes O of O a O transaction O on O replicated O data O in O accordance O with O the O overall O ACID O ( O atomicity B-General_Concept , O consistency O , O isolation O , O durability O ) O properties O that O transactional O systems O seek O to O guarantee O . O State B-Operating_System machine I-Operating_System replication I-Operating_System : O assumes O that O the O replicated O process O is O a O deterministic B-General_Concept finite I-General_Concept automaton I-General_Concept and O that O atomic B-Operating_System broadcast I-Operating_System of O every O event O is O possible O . O thread B-Operating_System safe O communication O and O synchronisation O , O The O interface O was O designed O to O emulate O the O iOS B-Application Music O app O when O used O on O an O iPhone B-Device or O iPod B-Device Touch I-Device , O whilst O iPad B-Device users O controlled O their O library O using O an O interface O based O on O the O desktop O iTunes B-Operating_System application O . O It O was O released O for O arcades O , O on O the O Famicom O , O and O MSX B-Operating_System by O Jaleco O in O 1984 O . O AntennaPod B-Application is O a O free B-License and I-License open-source I-License podcast B-Operating_System aggregator B-Application app O for O the O Android B-Application operating I-Application system I-Application . O Guacamelee B-Application ! I-Application Gold O Edition O , O released O on O Steam B-Application in O August O , O includes O the O previously O released O DLC B-Protocol , O as O well O as O Steam B-Application Workshop O support O , O allowing O players O to O create O their O own O character O skins O using O Adobe B-Operating_System Flash I-Operating_System and O share O them O online O . O For B-Language example O , O on O OS/2 B-Application and O Windows O , O it O can O use O real O pipes B-Operating_System in O command O pipelines B-Operating_System , O allowing O both O sides O of O the O pipeline B-Operating_System to O run O concurrently O . O Logs O may O be O monitored O using O standard O utilities O such O as O tcpdump B-Protocol , O which O in O OpenBSD B-Operating_System has O been O extended O especially O for O the O purpose O , O or O saved O to O disk O in O the O tcpdump/pcap O binary O format O using O the O pflogd O daemon O . O An O update O in O June O 2020 O enabled O cross-platform B-Application play I-Application between O PC O , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device , O making O it O the O first O EA O game O to O have O this O feature O . O The O Java B-Language language I-Language 's O native O synchronization O mechanism O , O monitor O , O uses O recursive B-Operating_System locks I-Operating_System . O One O of O the O key O features O of O the O new O release O is O that O Exchange B-Operating_System Server I-Operating_System can O be O deployed O onto O Windows O Server O Core O for O the O first O time O , O additionally O Microsoft O has O retired O the O Unified O Messaging O feature O of O Exchange O , O meaning O that O Skype B-Protocol for I-Protocol Business I-Protocol on-premises O customers O will O have O to O use O alternative O solutions O for O voicemail O , O such O as O Azure O cloud O voicemail O . O He O planned O the O project O to O be O coded O animation O software O from O the O beginning O , O as O he O had O previous O programming O experience O developing O VJ O sets O , O " O little O " O Flash B-Operating_System games O , O and O presets O for O Advanced B-Application Visualization I-Application Studio I-Application . O In O his O review O for O the O PS4 B-Operating_System edition O of O the O game O , O Destructoid O writer O Peter O Glagowski O cited O the O poor O performance O of O the O port O as O one O of O his O major O gripes O , O noting O issues O with O framerate O and O input O lag O , O in O addition O to O several O system O crashes O , O stating O " O it O ... O took O me O quite O a O few O entire O system O restarts O to O make O it O through O the O campaign O mode O " O . O HTC B-Operating_System Phoebus I-Operating_System , O HTC B-Operating_System Juno I-Operating_System ) O is O a O Windows B-Operating_System Mobile I-Operating_System based O smartphone B-Application manufactured O by O High O Tech O Computer O Corporation O . O The O Yocto B-Application Project I-Application is O a O Linux B-Operating_System Foundation I-Operating_System collaborative O open B-Application source I-Application project O whose O goal O is O to O produce O tools O and O processes O that O enable O the O creation O of O Linux B-Application distributions I-Application for O embedded B-Application and I-Application IoT I-Application software I-Application that O are O independent O of O the O underlying O architecture O of O the O embedded B-Architecture hardware I-Architecture . O The O Xbox B-Device Adaptive O Controller O supports O Windows B-Operating_System 10 I-Operating_System and O Xbox B-Device One I-Device devices O and O is O compatible O with O every O game O at O a O system O level O . O While O Mono B-Application provides O a O package O for O Solaris B-Application 10 I-Application running O on O SPARC B-Architecture , O MonoDevelop B-Language packages O for O OpenSolaris B-Operating_System are O only O provided O by O groups O from O the O OpenSolaris B-Operating_System community O . O Method O Short O Description O Provided O by O ( O operating B-General_Concept systems I-General_Concept or O other O environments O ) O File B-Operating_System A O record O stored O on O disk O , O or O a O record O synthesized O on O demand O by O a O file B-Operating_System server O , O which O can O be O accessed O by O multiple O processes B-Operating_System . O Because O XNU B-Operating_System has O a O FreeBSD B-Operating_System kernel O which O has O been O modified O to O be O a O Mach O server O process O , O the O terminal B-General_Concept driver O includes O a O status B-Device key I-Device which O is O inherited O . O In O Japan O , O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System version O of O Battlefield B-Application V I-Application sold O 110,653 O during O its O first O week O of O release O , O placing O it O at O number O four O on O the O all O format O sales O chart O . O MountVirtual O and O DiskImage O programs O for O AmigaOS B-Application and O MorphOS B-Operating_System that O mount O CD O ISO O images O as O standard O Amiga B-Device devices O . O Supports O CD O ISO O images O and O disk B-Application images I-Application such O as O ADF O , O DMS O , O IFS O . O Name O Owner O Platforms B-Device License B-License Chromium B-Language Embedded I-Language Framework I-Language ( O CEF O ) O CEF O Project O Page O Linux B-Application , O macOS B-Application , O Microsoft B-Application Windows I-Application : O BSD B-Operating_System CEGUI B-Language CEGUI B-Language team O Linux B-Application , O macOS B-Application , O Microsoft B-Application Windows I-Application : O MIT B-License Enlightenment B-Library Foundation I-Library Libraries I-Library ( O EFL O ) O Enlightenment.org O X11 B-Operating_System , O Wayland B-Language , O Microsoft B-Application Windows I-Application , O macOS B-Application , O DirectFB B-Application , O Tizen B-Application : O BSD B-Operating_System , O LGPL B-Application , O GPL B-License Fast B-Language Light I-Language Toolkit I-Language ( O FLTK B-Language ) O Bill O Spitzak O , O et O al O . O However O , O CP/M B-Application ' O s O concept O of O separate O user O areas O for O files O on O the O same O disk O was O never O ported O to O MS-DOS B-Application . O Since O MS-DOS B-Application had O access O to O more O memory O ( O as O few O IBM B-Device PCs I-Device were O sold O with O less O than O 64KB O of O memory O , O while O CP/M B-Application could O run O in O 16KB O if O necessary O ) O , O more O commands B-Application were O built O into O the O command-line B-Operating_System shell I-Operating_System , O making O MS-DOS B-Application somewhat O faster O and O easier O to O use O on O floppy-based O computers O . O Although O one O of O the O first O peripherals O for O the O IBM B-Device PC I-Device was O a O SoftCard-like O expansion O card O that O let O it O run O 8-bit O CP/M B-Application software O , O InfoWorld O stated O in O 1984 O that O efforts O to O introduce O CP/M B-Application to O the O home O market O had O been O largely O unsuccessful O and O most O CP/M B-Application software O was O too O expensive O for O home O users O . O In O 1986 O the O magazine O stated O that O Kaypro O had O stopped O production O of O 8-bit O CP/M B-Application -based O models O to O concentrate O on O sales O of O MS-DOS B-Application compatible O systems O , O long O after O most O other O vendors O had O ceased O production O of O new O equipment O and O software O for O CP/M B-Application . O The O magazine O criticized O the O documentation O 's O quality O , O and O concluded O that O the O price O was O too O high O compared O to O other O multiuser O operating B-General_Concept systems I-General_Concept for O the O PC O such O as O Pick B-Application and O Coherent B-Operating_System . O Nucleus B-Operating_System Ready O Start O comes O in O versions O packaged O for O ARM B-Architecture , O MIPS B-Device and O PPC O . O AnyMeeting B-Protocol operates O on O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System in O all O modern O browsers O including O the O latest O versions O of O Internet B-Application Explorer I-Application , O Mozilla B-Application Firefox I-Application , O Google B-Application Chrome I-Application or O Safari B-Application ( O Mac O ) O . O It O was O re-released O as O a O cross-platform B-Operating_System game O in O the O third O Humble O Indie O Bundle O in O 2011 O , O at O which O time O the O underlying O engine O , O Haaf O 's O Game O Engine O was O made O cross-platform B-Operating_System and O open-sourced O . O Version O 3.1 O of O SPEDAS B-Operating_System includes O plugins O for O loading O data O from O the O following O missions O or O data O sets O : O Some O felt O it O offered O enormous O speed O improvements O over O MacTCP B-Operating_System . O Opinions O were O mixed O on O the O design O of O the O C-Stick O itself O , O however O ; O GameSpot O felt O it O was O " O surprisingly O responsive O " O and O IGN O drew O comparisons O to O the O similar O pointing B-Device stick I-Device sometimes O found O on O ThinkPad B-Operating_System laptops B-Device , O but O felt O that O while O good O for O occasional O functions O ( O such O as O camera O control O and O aiming O in O third-person O games O ) O , O it O would O not O function O well O for O more O intense O use O cases O ( O such O as O first-person O shooters O ) O due O to O its O size O and O lack O of O grip O in O comparison O to O the O Circle B-Device Pad I-Device . O Many O other O CTSS B-Operating_System design O elements O and O system O facilities O , O like O the O user O interface O , O terminal O control O , O disk O file O system O , O and O attachment O of O other O computers O , O served O as O operational O prototypes. O … O The O necessity O of O compatibility O for O evolutionary O growth O of O software O was O demonstrated O by O CTSS B-Operating_System ; O for O hardware O , O by O the O IBM B-Application System/360 I-Application family O . O The O Xerox O software O , O called O processors O , O available O for O CP-V B-Operating_System in O 1978 O included O : O It O added O support O for O JavaScript B-Language , O the O Secure B-Protocol Sockets I-Protocol Layer I-Protocol ( O SSL O ) O protocol O , O cookies B-Application , O sound O files O , O printing O on O a O multitude O of O printers O as O well O as O user O profiles O and O support O for O multiple O mail O accounts O . O It O also O added O scrollable O quarter-screen O VGA O support O for O low-resolution O LCD B-Device displays I-Device as O well O as O anti-aliased O fonts O for O display O on O TVs B-Operating_System in O an O optional O TV B-Operating_System interface O mode O . O This O is O known O as O a O race B-Operating_System condition I-Operating_System . O The B-Operating_System UNIVAC I-Operating_System 490 O was O a O 30-bit O word O core B-General_Concept memory I-General_Concept machine O with O 16K O or O 32K O words O ; O 4.8microsecond O cycle O time O . O The O games O Doom B-Application and O Quake B-Application can O trace O part O of O their O lineage O back O to O PLATO B-Operating_System programmer O Silas B-Application Warner I-Application . O Following O the O launch O of O the O IBM O PC O , O a O version O for O the O MS-DOS B-Application and O PC B-Operating_System DOS I-Operating_System operating O systems O was O produced O . O The O 2314 O Disk B-Device access O mechanism O was O similar O to O the O 2311 O , O but O further O recording O improvements O allowed O higher O data O density O . O The O 2314 O stored O 29,176,000 O characters O ( O 200×20×7294 O bytes O per O track O ) O on O a O single O removable O IBM O 2316 O disk B-Operating_System pack I-Operating_System which O was O similar O in O design O to O the O 1316 O but O was O taller O as O a O result O of O increasing O the O number O of O disks B-Device from O six O to O eleven O . O Snafu B-Application is O a O video O game O released O by O Mattel O for O its O Intellivision B-Operating_System video O game O system O in O 1981 O . O The O 78032 O was O the O first O microprocessor B-Architecture with O an O on-board O memory B-General_Concept management I-General_Concept unit I-General_Concept The O MicroVAX B-Device II O was O based O on O a O single O , O quad-sized O processor O board O which O carried O the O processor O chips O and O ran O the O MicroVMS O or O Ultrix-32 B-Operating_System operating B-General_Concept systems I-General_Concept . O It O came O loaded O by O default O with O Series B-Operating_System 40 I-Operating_System , O Asha B-Operating_System Platform I-Operating_System and O Nokia B-Application X I-Application Software I-Application Platform I-Application . O Accessing O the O page O requires O a O mapping O to O be O added O to O the O process B-Operating_System 's O virtual B-General_Concept address I-General_Concept space I-General_Concept . O A O technical O preview O of O Microsoft B-Operating_System Office I-Operating_System 2013 I-Operating_System ( O Build O 15.0.3612.1010 O ) O was O released O on O January O 30 O , O 2012 O , O and O a O Customer O Preview O version O was O made O available O to O consumers O on O July O 16 O , O 2012 O . O Belenix B-Operating_System has O so O far O positioned O itself O as O a O KDE B-Application distribution O , O while O also O providing O XFCE B-Language . O In O the O 1980s O , O the O VSAPL O program O product O enjoyed O wide O use O with O Conversational B-Operating_System Monitor I-Operating_System System I-Operating_System ( O CMS B-Operating_System ) O , O Time B-Application Sharing I-Application Option I-Application ( O TSO B-Application ) O , O VSPC O , O MUSIC/SP B-Application , O and O CICS B-Application users O . O Several O other O characters O — O including O Peter O and O Mary O Jane O 's O childhood O friend O Harry O Osborn O ( O Scott O Porter O ) O , O who O is O supposed O to O be O vacationing O in O Europe O , O and O anti-Spider-Man O podcast B-Operating_System host O J O . O Jonah O Jameson O ( O Darin O De O Paul O ) O — O have O voice O roles O in O the O main O game O . O The O Transformational B-Operating_System Satellite I-Operating_System Communications I-Operating_System System I-Operating_System ( O TSAT O ) O program O was O a O United O States O Department O of O Defense O ( O DOD O ) O program O sponsored O by O the O U.S. O Air O Force O for O a O secure O , O high-capacity O global O communications O network O serving O the O Department O of O Defense O , O NASA O and O the O United O States O Intelligence O Community O ( O IC O ) O . O Microsoft B-Operating_System Exchange I-Operating_System Server I-Operating_System 2003 O advertises O 8BITMIME O by O default O , O but O relaying O to O a O non-8BITMIME O peer O results O in O a O bounce O . O The O SMTP-AUTH O extension O provides O an O access O control O mechanism O . O Whereas O the O PC O has O transcended O its O roots O ... O and O Windows O has O grown O ... O into O a O sophisticated O 64-bit O OS O , O NetWare B-Operating_System never O escaped O as O its O niche O . O Despite O eventual O adoption O of O UNIX B-Application , O poorly O developed O system O software O remained O one O flaw O of O the O ETA10 B-Operating_System line O . O Lux B-Operating_System has O over O 900 O maps O , O each O varying O in O size O , O shape O , O and O complexity O . O Picardo O appeared O as O Zimmerman O in O the O Star B-Operating_System Trek I-Operating_System : O Deep O Space O Nine O episode O " O Doctor O Bashir O I O Presume O " O , O in O which O he O was O attempting O to O develop O a O new O Long-Term O Medical B-Application Hologram I-Application . O Supported O import/export O formats O include O Text O ( O .txt B-General_Concept ) O Word O ( O .doc B-Operating_System ) O Rich O Text O ( O .rtf O ) O and O OpenDocument O ( O .odt O ) O . O The O reception O for O the O PlayStation B-Operating_System 3 I-Operating_System version O was O similar O . O Returns O iOSTurn-based O strategy B-Application 26 O Sonic B-Application Dash I-Application DroidEndless O runner O Ys B-Application : I-Application Memories I-Application of I-Application Celceta I-Application PSVitaAction O role-playing O Painkiller B-Application : I-Application Hell I-Application & I-Application Damnation I-Application PS3First-person O shooter O 27 O Skulls B-Application of I-Application the I-Application Shogun I-Application iOSTurn-based O tactics O 28 O 3D B-Application Space I-Application Harrier I-Application 3DSRail O shooter O 3D B-Operating_System Super I-Operating_System Hang-On I-Operating_System 3DS B-Operating_System DECEMBER O 3 O The O Bureau O : O XCOM O DeclassifiedMacTactical O shooter O The B-Application Cave I-Application OuyaPuzzle O , O platform O , O adventure O Escape B-Application Plan I-Application PS4Puzzle O Rainbow B-Application Moon I-Application PSVitaTactical O role-playing O game O Tiny O Brains O PS4 B-Operating_System 4 O Broken B-Application Sword I-Application : I-Application The I-Application Serpent I-Application 's I-Application Curse I-Application – I-Application Episode I-Application 1 I-Application Win B-Application , O Mac B-Operating_System , O LinPoint-and-click O adventure O The B-Application Wolf I-Application Among I-Application Us I-Application : I-Application Episode I-Application 1 I-Application – I-Application Faith I-Application iOSGraphic O adventure O 5 B-Application 3D B-Application Altered I-Application Beast I-Application 3DSBeat O ' O em O up O 3D B-Application Sonic I-Application the I-Application Hedgehog I-Application 3DSPlatform O Assassin B-Application 's I-Application Creed I-Application : O Pirates O iOS B-Application , O Droid B-Application Heroes O of O Dragon O Age O iOS B-Application , O DroidRole-playing O Space B-Application Hulk I-Application iOSTurn-based O tactics O SteamWorld B-Application Dig I-Application WinPlatformer O , O action-adventure B-Application , O metroidvania O 6 O Gran B-Device Turismo I-Device 6 I-Device PS3Sim O racing O 9 O Peggle B-Application 2 I-Application XBOPuzzle10 O Doki-Doki B-Device Universe I-Device PS4 B-Operating_System , O PSN B-Device , O PSVitaAdventure O Sorcery B-Application Saga I-Application : I-Application Curse I-Application of I-Application the I-Application Great I-Application Curry I-Application God I-Application PSVitaRole-playing O The B-Application Novelist I-Application Win B-Application , O Mac B-Operating_System , O Lin B-Application 11 O Angry B-Application Birds I-Application Go I-Application ! I-Application Ivey O and O Kemper O noted O that O boys O spent O more O time O on O computers O than O girls O , O and O girls O were O missing O out O on O learning O opportunities O ; O the O Daily O News O identified O a O trend O toward O " O high O skill O , O not O high O kill O " O games O , O such O as O the O Nancy O Drew O games O and O Madeline B-Operating_System . O Roget O 's O Thesaurus O Encarta B-Application 98 O New O World O Almanac O Encarta B-Application New O World O Timeline B-Application Columbia O Dictionary B-Operating_System of O Quotations O Encarta B-Application 99 O Desk O Encyclopedia B-Application Encarta I-Application 99 O Desk O World O Atlas B-Device Encarta B-Application Grammar O & O Style O Guide O Computer O & O Internet O Dictionary B-Operating_System Bookshelf O 2000 O The O American O Heritage O Dictionary B-Operating_System , O 3rd O Ed O . O The O feature O works O by O having O the O same O namespace O for O a O set O of O resources O and O processes B-Operating_System , O but O those O namespaces O refer O to O distinct O resources O . O " O + O ) O 16 O bytes O of O UUID O nothing O - O just O a O padding O # O of O bytes O is O 2^nnnn O , O big-endian O bytes O ( O 1 O , O 2 O , O 4 O , O or O 8 O ) O # O of O bytes O is O 2^nnnn O , O big-endian O bytes O ( O 4 O or O 8 O ) O 8 O byte O float O follows O , O big-endian O bytes O ; O seconds O from O 1/1/2001 O ( O Core B-Application Data I-Application epoch O ) O nnnn O is O number O of O bytes O unless O 1111 O then O int O count O follows O , O followed O by O bytes O ASCII B-Protocol string O , O nnnn O is O # O of O chars O , O else O 1111 O then O int O count O , O then O bytes O Unicode O string O , O nnnn O is O # O of O chars O , O else O 1111 O then O int O count O , O then O big-endian O 2-byte O uint16_t O ( O v O " O 1 O ? O The O OpenStep B-Operating_System specification O abstracts O the O operation O of O serializing B-Application any O under O the O protocol O . O Any O class O implementing O this O protocol O can O have O its O instances O serialized B-Application by O a O subclass O to O some O other O format O . O The O game O was O released O on O October O 14 O , O 2009 O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System 's O Xbox B-Device Live I-Device Arcade I-Device service O and O on O October O 7 O , O 2010 O for O Steam B-Application . O is O an O action-adventure O video O game O developed O by O Ryu B-Application Ga I-Application Gotoku I-Application Studio O and O published O by O Sega O for O the O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Operating_System 4 I-Operating_System . O OpenCSW B-Device provides O packages O for O Solaris B-Application 9 I-Application , O 10 O , O and O 11 O ( O by O compatible O Solaris B-Application 10 I-Application packages O ) O for O 32 O and O 64-bit O , O x86 B-Operating_System and O SPARC B-Architecture architectures O . O REnouveau O ( O Reverse O Engineering O for O nouveau B-Application ) O is O a O program O licensed O under O the O GNU B-License GPL I-License ( O using O SDL B-Operating_System ) O that O collects O data O for O most O of O nouveau B-Application 's O reverse O engineering O work O . O By O August O 2013 O , O the O game O had O sold O three O million O copies O , O which O rose O to O 4.5 O in O 2017 O and O 5.3 O in O 2018 O in O collective O sales O on O PlayStation B-Operating_System 3 I-Operating_System and O 4 O . O The O Git B-Application kernel B-Operating_System source O tree O names O all O developers O who O have O contributed O to O the O Linux B-Application kernel B-Operating_System in O the O Credits O directory O and O all O subsystem O maintainers O are O listed O in O Maintainers O . O Resident B-Application Evil I-Application 4 I-Application was O later O released O for O Windows O , O PlayStation B-Device 2 I-Device , O and O Wii B-Operating_System . O The O PlayStation B-Operating_System 3 I-Operating_System version O , O which O was O supposed O to O be O released O the O day O before O , O was O delayed O because O of O the O 2011 B-Error_Name PlayStation I-Error_Name Network I-Error_Name outage I-Error_Name then O later O released O in O June O 2011 O . O Mainstream O software O support O for O the O iPhone B-Device 7 O was O dropped O when O iOS B-Operating_System 16 I-Operating_System was O released O . O Before O the O release O of O Office B-Operating_System 10 I-Operating_System Beta O 2 O , O there O was O speculation O that O Microsoft O intended O to O rebrand O the O new O product O as O " O Office O 2001 O , O " O " O Office B-Operating_System 2002 I-Operating_System , O " O " O Office.NET O , O " O or O " O Office O XP. O " O In O August O 2006 O , O Stanford O University O in O Silicon O Valley O , O announced O that O a O protein O folding O client O would O be O available O to O run O on O the B-Operating_System PS3 I-Operating_System . O Unfortunately O , O deadlocks B-Operating_System are O something O Strict B-Operating_System 2PL I-Operating_System does O not O overcome O all O the O time O . O Italian O localization O added O thanks O to O Simone O D O . O 06/10/2006 O 1.6.2 O 10.4 B-Application Third O party O CoreImage B-Operating_System Image B-Operating_System Units I-Operating_System recognized O ( O just O put O them O in O .../Library/Graphics/Image O Units O ) O 06/07/2006 O 1.6.1 O 10.4 B-Application Bug O fixes O 04/27/2006 O 1.6 O 10.4 B-Application Much O more O image O formats O supported O ( O photoshop O , O row O , O etc O . O ) O The O main O ROS B-Application client O libraries O are O geared O toward O a O Unix-like B-Operating_System system I-Operating_System , O mostly O because O of O their O dependence O on O large O sets O of O open-source B-Application software I-Application dependencies O . O The O Pixelbook B-Device Go I-Device ( O codenamed O Atlas O during O development O ) O is O a O portable O touchscreen B-Device laptop B-Device computer I-Device developed O by O Google B-Application which O runs O ChromeOS B-Operating_System . O It O is O possible O to O use O the O RSX B-Device memory O as O swap O space O . O Reverse O engineering O advancements O focused O around O a O recently O discovered O USB B-Protocol descriptor O parsing O vulnerability O in O 3.41 O firmware O , O which O allowed O running O the O Linux B-Operating_System kernel I-Operating_System on O 3.41 O firmware O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System and O PlayStation B-Operating_System 3 I-Operating_System versions O received O " O generally O favorable O reviews O " O , O while O the O PSP B-Operating_System , O PlayStation B-Device 2 I-Device , O and O Wii B-Operating_System versions O received O " O mixed O " O reviews O , O according O to O video O game O review B-Application aggregator I-Application Metacritic O . O Symbian B-Operating_System includes O a O reference O user-interface B-Application called O " O TechView. O " O Although O it O was O originally O marketed O as O simply O " O version O 10 O " O of O the O Mac B-Operating_System OS I-Operating_System ( O indicated O by O the O Roman O numeral O " O X O " O ) O , O it O has O a O completely O different O codebase B-General_Concept from O Mac B-Operating_System OS I-Operating_System 9 I-Operating_System , O as O well O as O substantial O changes O to O its O user O interface O . O Algorithms O that O avoid O mutual B-Operating_System exclusion I-Operating_System are O called O non-blocking B-Operating_System synchronization I-Operating_System algorithms O . O The O 6551 B-Architecture was O used O in O several O computers O of O the O 1970s O and O 1980s O , O including O the O Commodore B-Device PET I-Device and O Plus/4 B-Operating_System . O In O Windows B-Device NT I-Device family I-Device of O operating B-General_Concept systems I-General_Concept , O a O Windows B-Application service O is O a O dedicated O background B-Operating_System process I-Operating_System . O The O month O after O the O release O , O The O Official O PlayStation O Magazine O listed O Dirt B-Application Rally I-Application as O the O 16th O best O PS4 B-Operating_System game O of O all O time O . O Similar O in O size O to O the O 15-inch O model O , O it O has O a O larger O 16-inch O 3072x1920 O Retina B-Operating_System display I-Operating_System set O in O a O narrower O bezel O , O the O largest O MacBook B-Device screen O since O the O 17-inch O unibody O MacBook B-Device Pro I-Device that O was O discontinued O in O 2012 O . O First-generation O microkernels B-Operating_System typically O supported O synchronous O as O well O as O asynchronous O IPC B-Operating_System , O and O suffered O from O poor O IPC B-Operating_System performance O . O RandR O ( O resize O and O rotate O ) O is O a O communications O protocol O written O as O an O extension O to O the O X11 B-Operating_System protocol O . O XRandR O provides O the O ability O to O resize O , O rotate O and O reflect O the O root B-Device window I-Device of O a O screen O . O The O X.Org O Server O , O and O any O x-client O , O each O run O as O distinct O processes O . O The B-Operating_System iPhone I-Operating_System 14 B-Operating_System Pro I-Operating_System and O 14 B-Operating_System Pro I-Operating_System Max O additionally O introduced O a O higher-resolution O 48-megapixel O main O camera O , O the O first O increase O in O megapixel O count O since O the B-Operating_System iPhone I-Operating_System 6S O ; O it O also O introduced O always-on B-Application display I-Application technology O to O the O lock O screen O , O and O an O interactive O status O bar O interface O integrated O in O a O redesigned O screen O cutout O , O entitled O " O Dynamic O Island O " O . O In O the O same O year O , O Flux O magazine O listed O the O Sega B-Operating_System Genesis I-Operating_System version O 38th O on O their O " O Top O 100 O Video O Games. O " O Note O , O however O , O that O what O is O actually O passed O is O a O reference O to O an O " O open B-Language file B-Operating_System description O " O that O has O mutable O state O ( O the O file B-Operating_System offset O , O and O the O file B-Operating_System status O and O access O flags O ) O . O This O complicates O the O secure O use O of O file B-Operating_System descriptors O as O capabilities O , O since O when O programs O share O access O to O the O same O open B-Language file B-Operating_System description O , O they O can O interfere O with O each O other O 's O use O of O it O by O changing O its O offset O or O whether O it O is O blocking O or O non-blocking O , O for O example O . O other O files O depending O on O various O hardware O , O module O configurations O , O and O changes O to O the O kernel B-Operating_System . O The O fundamental O unit O of O execution O is O the O thread B-Operating_System . O For O systems O where O a O central O server B-Application is O employed O , O known O as O " O server-based O verification O " O , O readers O first O read O the O biometric O data O of O the O user O and O then O forward O it O to O the O main O computer O for O processing B-Operating_System . O Also O in O 1958 O , O IBM O researchers O John O Cocke O and O Daniel O Slotnick O discussed O the O use O of O parallelism B-Operating_System in O numerical O calculations O for O the O first O time O . O The O AlterGeo B-Operating_System system O can O be O accessed O through O API B-General_Concept and O SDK B-Application or O deployed O on O the O client B-Operating_System side I-Operating_System as O an O on-premises O solution O . O Some O modern O operating O systems O protect O the O kernel B-Operating_System from O hostile O userspace B-Operating_System code O ( O such O as O applications O that O have O been O infected O by O buffer B-General_Concept overflow I-General_Concept exploits O ) O using O system B-Operating_System call I-Operating_System wrappers O . O Xiao B-Operating_System Xiao I-Operating_System #1 O was O originally O titled O " O Xiao B-Operating_System Xiao I-Operating_System Zuo O Pin O " O , O which O translates O to O " O A O Little O Bit O of O Creative O Work O " O . O A O remastered O version O was O released O as O part O of O BioShock B-Application : I-Application The I-Application Collection I-Application for O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O and O Xbox B-Device One I-Device in O September O 2016 O , O as O well O as O a O standalone O update O for O existing O Windows O owners O . O It O does O n't O require O that O Darwin O be O installed O on O the O bootsector O of O the O OS B-Operating_System X I-Operating_System partition O . O In O these O cases O , O it O is O possible O to O achieve O more O efficient O causal O or O consensus B-Operating_System ordering O for O the O Inputs O , O with O a O reduced O number O of O messages O , O fewer O message O rounds O , O or O smaller O message O sizes O . O Nonetheless O , O the O 4.3BSD-Tahoe O port O ( O June O 1988 O ) O proved O valuable O , O as O it O led O to O a O separation O of O machine-dependent O and O machine-independent O code O in O BSD B-Operating_System which O would O improve O the O system O 's O future O portability O . O In O addition O to O portability O , O the O CSRG B-Operating_System worked O on O an O implementation O of O the O OSI O network B-Architecture protocol O stack O , O improvements O to O the O kernel B-Operating_System virtual B-Architecture memory I-Architecture system O and O ( O with O Van O Jacobson O of O LBL O ) O new O TCP/IP O algorithms O to O accommodate O the O growth O of O the O Internet O . O Laser O printers O combine O the O best O features O of O both O printers O and O plotters B-Operating_System . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O Whereas O the O multilevel B-Algorithm queue I-Algorithm algorithm O keeps O processes O permanently O assigned O to O their O initial O queue O assignments O , O the O multilevel B-Operating_System feedback I-Operating_System queue I-Operating_System shifts O processes O between O queues O . O These O utilities O are O also O available O on O Darwin B-Operating_System . O Especially O the O Apple O iPhones B-Operating_System . O The O game O is O a O sequel O to O the O Sega B-Operating_System Genesis I-Operating_System game O Sparkster B-Application : I-Application Rocket I-Application Knight I-Application Adventures I-Application 2 I-Application , O and O not O a O remake O of O Rocket B-Application Knight I-Application Adventures I-Application . O RISC B-Operating_System OS I-Operating_System 4 O and O 5 O are O stored O in O of O flash B-Device memory I-Device , O or O as O a O ROM B-General_Concept image I-General_Concept on O SD B-Device Card I-Device on O single O board O computers O such O as O the O Beagleboard B-Application or O Raspberry B-Operating_System Pi I-Operating_System , O allowing O the O operating B-General_Concept system I-General_Concept to O be O updated O without O having O to O replace O the O ROM B-Device chip I-Device . O 2 O provider O of O Linux-based O systems O worldwide O and O the O first O major O manufacturer O to O offer O Linux B-Operating_System across O its O full O product O line O . O In O some O FreeBSD B-Operating_System , O Linux B-Application distributions O , O and O other O Unix-like O operating B-General_Concept systems I-General_Concept , O the O resolvconf B-Protocol program O maintains O the O system O information O about O the O currently O available O name B-Protocol servers I-Protocol and O manages O the O contents O of O the O configuration B-Protocol file I-Protocol resolv.conf B-Protocol , O which O determines O Domain B-Protocol Name I-Protocol System I-Protocol ( O DNS B-Protocol ) O resolver O parameters O . O Lexmark O International O Inc O . O 1985 O / O IBM O Corp O . O 1985 O / O Unicomp O 1996 O Slovenian/Croatian O ( O former O YU O ) O QWERTZ O layout O ; O with O or O without O speaker O grille O 1393691 O Buckling B-Device spring I-Device 84 O AT B-Operating_System or O PS/2 B-Device Gray O on O oval O , O ULC O IBM O ? O -1988- O ? O Final B-Application Fantasy I-Application X O and O X-2 O were O re-released B-Device in I-Device high-definition I-Device for O the O PlayStation B-Operating_System 3 I-Operating_System and O PlayStation B-Device Vita I-Device in O celebration O of O the O game O 's O 10-year O anniversary O . O Its O absence O also O prevents O 64-bit B-Application Windows B-Application prior O to O Windows B-Device 8.1 I-Device from O having O a O user-mode B-Operating_System address O space O larger O than O 8TB O . O Professor B-Application Layton I-Application vs. I-Application Phoenix I-Application Wright I-Application : I-Application Ace I-Application Attorney I-Application is O a O visual O novel O adventure O puzzle O video O game O for O the O Nintendo B-Operating_System 3DS I-Operating_System , O and O was O developed O by O both O Capcom O and O Level-5 O , O the O latter O publishing O it O in O Japan O while O Nintendo O published O it O worldwide O . O Fighters B-Application Uncaged I-Application is O a O fighting O video O game O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System Kinect B-Algorithm system O . O Qt O Ubuntu B-Operating_System – O Plugin O for O Qt O 5 O to O provide O Ubuntu B-Operating_System integration O , O including O support O for O the O Mir B-Language display I-Language server I-Language . O HDR10 B-Device is O supported O by O a O wide O variety O of O companies O , O which O include O monitor O and O TV O manufacturers O such O as O Dell O , O LG O , O Samsung O , O Sharp O , O VU O , O Sony O , O and O Vizio O , O as O well O as O Sony O Interactive O Entertainment O , O Microsoft O and O Apple O which O support O HDR10 B-Device on O their O PlayStation B-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device video B-Device game I-Device console I-Device and O Apple B-Device TV I-Device platforms O , O respectively O . O LANG O = O C.UTF-8 O python3 O env O LANG O = O C.UTF-8 O python3 O env O LANG O = O C.UTF-8 O python3 O works O in O any O shell B-Operating_System , O as O env O is O a O standalone O program O . O The O Visual B-Application C++ I-Application compiler B-Language ABI B-Operating_System have O historically O changed O between O major O compiler B-Language releases O . O The O GeckOS B-Operating_System operating B-General_Concept system I-General_Concept is O one O of O the O few O successful O attempts O to O implement O a O Unix-like B-Operating_System operating I-Operating_System system I-Operating_System on O the O 6502 B-General_Concept architecture O . O Another O four O spin-off O editions O ( O which O include O a O similarly O themed O tennis B-Device game O and O various O portable O console O versions O ) O have O been O published O for O PlayStation B-Operating_System Portable I-Operating_System and O PlayStation B-Device Vita I-Device platforms O . O Two O projects O forked O from O TrueCrypt O : O VeraCrypt B-Operating_System ( O active O ) O and O CipherShed O ( O abandoned O ) O . O A O multikernel B-Operating_System operating B-General_Concept system I-General_Concept treats O a O multi-core B-Architecture machine O as O a O network O of O independent O cores O , O as O if O it O were O a O distributed B-Architecture system I-Architecture . O Following O the O rise O of O newer O smartphone B-Application OSs O ( O iOS B-Operating_System and O Android B-Application ) O Windows B-Operating_System Mobile I-Operating_System never O equalled O the O success O and O faded O rapidly O in O the O following O years O . O Ubuntu B-Operating_System releases O are O also O given O alliterative O code O names O , O using O an O adjective O and O an O animal O ( O e.g. O In O 1987 O , O BS2000 B-Application V9.0 O was O ported O to O the O /370 B-Device architecture I-Device supported O 2GB O address B-General_Concept spaces I-General_Concept , O 512 O processes B-Operating_System and O the O XS O channel O system O ( O Dynamic O Channel O Subsystem O ) O . O In O August O 2003 O , O the O SCO O Group O stated O that O they O believed O the O GPL B-License to O have O no O legal O validity O and O that O they O intended O to O pursue O lawsuits O over O sections O of O code O supposedly O copied O from O SCO O Unix O into O the O Linux B-Operating_System kernel I-Operating_System . O The O first O plane O ( O non-kanji O and O level O 13 O kanji O ) O is O based O on O JIS O X B-Operating_System 0208 O , O whereas O the O second O plane O ( O level O 4 O kanji O ) O is O designed O to O fit O within O the O unallocated O rows O of O JIS O X B-Operating_System 0212 O , O allowing O use O in O EUC-JP O . O JIS O X B-Operating_System 0213 O also O defines O Shift_JISx0213 O , O a O variant O of O Shift_JIS O capable O of O encoding O the O entirety O of O JIS O X B-Operating_System 0213 O . O Updates O to O the O operating O system O were O automatically O available O from O wireless O carriers O that O support O the O BlackBerry B-Operating_System over O the O air O software O loading O ( O OTASL O ) O service O . O For O the O remaining O user-space B-Operating_System processes B-Operating_System there O is O another O way O to O gain O the O privilege O to O invoke O some O restricted O operations O on O the O DRM O device O called O DRM-Auth O . O The O client O gets O a O unique O tokena O 32-bit O integerfrom O the O DRM O device O using O the O ioctl B-Operating_System and O passes O it O to O the O DRM-Master O process O by O whatever O means O ( O normally O some O sort O of O IPC B-Operating_System ; O for O example O , O in O DRI2 B-Application there O is O a O request O that O any O X B-Operating_System client O can O send O to O the O X B-Operating_System Server I-Operating_System . O ) O The O DRM-Master O process O , O in O turn O , O sends O back O the O token O to O the O DRM O device O by O invoking O the O ioctl B-Operating_System . O an O would O be O a O " O bad O thing O " O and O , O thus O , O would O be O defining O a O safety B-Application property I-Application ) O . O in O his O 1977 O paper O on O proving O the O correctness O of O multiprocess O ( O concurrent B-Operating_System ) O programs O . O But O some O shells B-Operating_System , O such O as O and O , O allow O a O sequence O or O words O to O be O replaced O . O In O the O C B-Operating_System Shell I-Operating_System , O arguments O can O be O embedded O inside O the O command B-Device using O the O string O . O Inclusions O ( O such O as O plotutils B-Application ) O and O exclusions O ( O such O as O the B-Language C I-Language standard I-Language library I-Language ) O are O of O course O debatable O . O Name O Description O Provides O Version O Date O bash B-Operating_System GNU B-Operating_System 's O UNIX B-Application compatible O shell O bash B-Operating_System coreutils B-Application base O commands O fileutils B-Application : O chgrp B-Application , O chown B-Device , O chmod B-Application , O cp B-Application , O dd B-Application , O df B-Device , O dir B-Application , O du B-Application , O ln B-Device , O ls B-Application , O mkdir B-Application , O mkfifo B-Device , O mknod O , O mv O , O rm B-Application , O etc O . O Buckets O are O structured O differently O from O those O in O Kademlia B-Operating_System . O CP/M B-Application -86 O and O DOS O had O very O similar O functionality O , O but O were O not O compatible O because O the O system B-Operating_System calls I-Operating_System for O the O same O functions O and O program B-Application file I-Application formats O were O different O , O so O two O versions O of O the O same O software O had O to O be O produced O and O marketed O to O run O under O both O operating B-General_Concept systems I-General_Concept . O The O command O interface O again O had O similar O functionality O but O different O syntax O ; O where O CP/M B-Application -86 O ( O and O CP/M B-Application ) O copied O file O SOURCE O to O TARGET O with O the O command O PIP B-Application TARGET O = O SOURCE O , O DOS O used O COPY O SOURCE O TARGET O . O Initially O MS-DOS B-Application and O CP/M B-Application -86 O also O ran O on O computers O not O necessarily O hardware-compatible O with O the O IBM B-Device PC I-Device such O as O the O Apricot O and O Sirius O , O the O intention O being O that O software O would O be O independent O of O hardware O by O making O standardised O operating B-General_Concept system I-General_Concept calls O to O a O version O of O the O operating B-General_Concept system I-General_Concept custom O tailored O to O the O particular O hardware O . O However O , O writers O of O software O which O required O fast O performance O accessed O the O IBM B-Device PC I-Device hardware O directly O instead O of O going O through O the O operating B-General_Concept system I-General_Concept , O resulting O in O PC-specific O software O which O performed O better O than O other O MS-DOS B-Application and O CP/M B-Application -86 O versions O ; O for O example O , O games O would O display O fast O by O writing O to O video O memory O directly O instead O of O suffering O the O delay O of O making O a O call O to O the O operating B-General_Concept system I-General_Concept , O which O would O then O write O to O a O hardware-dependent O memory O location O . O A O consequence O of O the O universal O adoption O of O detailed O PC O architecture O was O that O no O more O than O 640 O kilobytes O of O memory O were O supported O ; O early O machines O running O MS-DOS B-Application and O CP/M B-Application -86 O did O not O suffer O from O this O restriction O , O and O some O could O make O use O of O nearly O one O megabyte O of O RAM O . O +Chronology O of O x86 B-Operating_System processorsEraIntroductionProminent O CPU O modelsAddress O spaceNotable O featuresLinearVirtualPhysicalx86-16 O 1st O 1978 O Intel B-General_Concept 8086 I-General_Concept , O Intel B-Device 8088 I-Device ( O 1979 O ) O 16-bit B-Device NA O 20-bit O 16-bit B-Device ISA B-General_Concept , O IBM B-Device PC I-Device ( O 8088 B-Device ) O , O IBM B-Device PC/XT I-Device ( O 8088 B-Device ) O 1982 O Intel B-Device 80186 I-Device , O Intel O 80188NEC O V20/V30 O ( O 1983 O ) O 8086-2 B-General_Concept ISA B-General_Concept , O embedded O ( O 80186/80188 B-Device ) O 2nd O Intel B-General_Concept 80286 I-General_Concept and O clones O 30-bit O 24-bit O protected B-Application mode I-Application , O IBM B-Device PC/XT I-Device 286 I-Device , O IBM O PC/ATIA O -32 O 3rd O 1985 O Intel B-General_Concept 80386 I-General_Concept , O AMD B-Device Am386 I-Device ( O 1991 O ) O 32-bit O 46-bit O 32-bit O 32-bit O ISA B-General_Concept , O paging B-Architecture , O IBM B-Device PS/2 I-Device 4th O ( O pipelining B-General_Concept , O cache B-General_Concept ) O 1989 O Intel O 80486Cyrix O Cx486S B-Device , O DLC B-Device ( O 1992 O ) O AMD B-Device Am486 I-Device ( O 1993 O ) O , O Am5x86 B-Device ( O 1995 O ) O pipelining B-General_Concept , O on-die O x87 B-Application FPU I-Application ( O 486DX B-General_Concept ) O , O on-die O cache5th(Superscalar ) O 1993 O Intel B-General_Concept Pentium I-General_Concept , O Pentium B-General_Concept MMX B-Architecture ( O 1996 O ) O Superscalar B-General_Concept , O 64-bit B-Device databus B-General_Concept , O faster O FPU B-General_Concept , O MMX B-Architecture ( O Pentium B-General_Concept MMX B-Architecture ) O , O APIC B-Device , O SMP B-Operating_System 1994 O NexGen O Nx586AMD O 5k86/K5 O ( O 1996 O ) O Discrete O microarchitecture B-General_Concept (µ- O op O translation O ) O 1995 O Cyrix O Cx5x86Cyrix O 6x86/MX O ( O 1997 O ) O /MII O ( O 1998 O ) O dynamic O execution6th(PAE, µ-op translation ) O 1995 O Intel B-Device Pentium I-Device Pro I-Device 36-bit O ( O PAE B-General_Concept ) O µ-op B-General_Concept translation O , O conditional O move O instructions O , O dynamic B-General_Concept execution I-General_Concept , O speculative B-General_Concept execution I-General_Concept , O 3-way O x86 B-Operating_System superscalar B-General_Concept , O superscalar B-General_Concept FPU B-General_Concept , O PAE B-General_Concept , O on-chip O L2 O cache B-General_Concept 1997 O Intel B-General_Concept Pentium I-General_Concept II I-General_Concept , O Pentium B-General_Concept III I-General_Concept ( O 1999 O ) O Celeron B-Device ( O 1998 O ) O , O Xeon B-Device ( O 1998 O ) O on-package O ( O Pentium B-General_Concept II I-General_Concept ) O or O on-die O ( O Celeron B-Device ) O L2 O Cache B-General_Concept , O SSE B-General_Concept ( O Pentium B-General_Concept III I-General_Concept ) O , O Slot B-Device 1 I-Device , O Socket B-Device 370 I-Device or O Slot B-Device 2 I-Device ( O Xeon B-Device ) O 1997 O AMD O K6/K6 O -2 O ( O 1998 O ) O /K6 O -III O ( O 1999 O ) O 32-bit O 3DNow O !, O 3-level O cache B-General_Concept system O ( O K6-III B-Architecture ) O Enhanced O Platform O 1999 O AMD O AthlonAthlon O XP/MP O ( O 2001 O ) O Duron O ( O 2000 O ) O Sempron O ( O 2004 O ) O 36-bit O MMX+ O , O 3DNow B-General_Concept ! I-General_Concept + O , O double-pumped O bus O , O Slot O A O or O Socket O A2000 O Transmeta B-General_Concept Crusoe I-General_Concept 32-bit O CMS B-Application powered O x86 B-Operating_System platform O processor O , O VLIW-128 O core B-Architecture , O on-die O memory O controller O , O on-die O PCI O bridge O logicIntel O Pentium B-General_Concept 4 I-General_Concept 36-bit O SSE2 B-General_Concept , O HTT B-Operating_System ( O Northwood O ) O , O NetBurst B-Device , O quad-pumped O bus O , O Trace O Cache B-General_Concept , O Socket O 4782003 O Intel B-General_Concept Pentium I-General_Concept MIntel O Core B-Architecture ( O 2006 O ) O Pentium B-Device Dual-Core I-Device ( O 2007 O ) O µ-op B-General_Concept fusion O , O XD B-General_Concept bit I-General_Concept ( O Dothan O ) O ( O Intel B-Device Core I-Device " O Yonah O " O ) O Transmeta B-General_Concept Efficeon I-General_Concept CMS B-Application 6.0.4 O , O VLIW-256 O , O NX B-General_Concept bit I-General_Concept , O HTIA-6464-bit O Transition1999-2005 O 2001 O Intel B-General_Concept Itanium I-General_Concept ( O 2001-2017 O ) O 52-bit O 64-bit B-Device EPIC B-General_Concept architecture I-General_Concept , O 128-bit O VLIW B-General_Concept instruction O bundle O , O on-die O hardware B-Architecture IA-32 B-Device H/W O enabling O x86 B-Operating_System OSes O & O x86 B-Operating_System applications O ( O early O generations O ) O , O software O IA-32 B-Device EL O enabling O x86 B-Operating_System applications O ( O Itanium B-General_Concept 2 O ) O , O Itanium B-General_Concept register O files O are O remapped O to O x86 B-Operating_System registers O x86-64 B-Device 64-bit B-Device Extendedsince O 2001 O x86-64 B-Device is O the O 64-bit B-Device extended O architecture O of O x86 B-Operating_System , O its O Legacy O Mode O preserves O the O entire O and O unaltered O x86 B-Operating_System architecture I-Operating_System . O While O the O XOR O metric O is O not O needed O to O understand O Kademlia B-Operating_System , O it O is O critical O in O the O analysis O of O the O protocol O . O Soulseek B-Operating_System is O a O peer-to-peer O ( O P2P O ) O file-sharing O network O and O application O . O The O game O was O first O released O in O the O Americas O and O Europe O on O July O 12 O , O 2018 O , O for O the O Nintendo B-Application Switch I-Application game O console O through O the O Nintendo B-Application eShop I-Application download O service O , O followed O by O versions O for O macOS B-Application and O Microsoft B-Application Windows I-Application in O April O 2019 O and O one O for O PlayStation B-Operating_System 4 I-Operating_System in O April O 2019 O . O This O led O several O companies O to O create O partial O clones O of O ISPF B-Operating_System that O run O on O DOS B-Device , O OS/2 B-Application , O Windows B-Application or O Unix B-Application PC B-Device systems O . O Sonic B-Device Mega I-Device Collection I-Device compiles O 14 O emulated O games O originally O released O for O the O Sega B-Operating_System Genesis I-Operating_System , O limited O to O only O 12 O in O releases O outside O of O Japan O . O For O any O two O events O , O and O , O if O there O ’s O any O way O that O could O have O influenced O , O then O the O Lamport B-Operating_System timestamp I-Operating_System of O will O be O less O than O the O Lamport B-Operating_System timestamp I-Operating_System of O . O The O now-defunct O Game O Republic O was O planning O a O PlayStation B-Operating_System Portable I-Operating_System or O download O only O Move O compatible O Folklore B-Application sequel O and O had O pitched O the O idea O to O Sony O . O While O Linux B-Operating_System already O works O on O IBM B-General_Concept 's O mainframe O system O ( O Linux B-Application on I-Application IBM I-Application Z I-Application ) O , O IBM B-General_Concept in O collaboration O with O Canonical O ( O and O SUSE O ; O " O Linux B-Operating_System Foundation I-Operating_System will O form O a O new O Open O Mainframe O Project O " O ) O announced O Ubuntu B-Operating_System support O for O their O z/Architecture B-Device for O the O first O time O ( O IBM B-General_Concept claimed O their O system O , O IBM B-Device zEnterprise I-Device System O , O version O z13 O , O the O most O powerful O computer O in O the O world O in O 2015 O ; O it O was O then O the O largest O computer O by O transistor O count O ; O again O claimed O fastest O in O 2017 O with O IBM B-Device z14 I-Device ) O , O at O the O time O of O their O " O biggest O code O drop O " O ( O " O LinuxOne B-Application " O ) O in O Linux B-Operating_System history O . O One O of O the O alternatives O to O zswap B-Application is O zram B-Application , O which O provides O a O similar O but O still O different O " O swap O compressed O pages O to O RAM B-Architecture " O mechanism O to O the O Linux B-Operating_System kernel I-Operating_System . O Mobilinux B-Application is O a O discontinued O Linux B-Application distribution I-Application by O MontaVista B-Operating_System . O An O updated O version O was O released O on O the O PlayStation B-Operating_System Portable I-Operating_System in O 2005 O , O under O the O name O Virtua B-Device Tennis I-Device : I-Device World I-Device Tour I-Device . O Synchronization O ensures O that O memory O writes O by O a O thread B-Operating_System before O or O during O a O synchronized O block O are O made O visible O in O a O predictable O manner O to O other O threads B-Operating_System which O synchronize O on O the O same O monitor O . O Music O players O such O as O JRiver B-Operating_System Media I-Operating_System Center I-Operating_System , O JPLAY O , O foobar2000 B-Application , O Audirvana O Studio O and O Winamp B-Application support O kernel B-Operating_System streaming O . O A O general O method O that O decouples O the O issue O of O the O graph O family O from O the O design O of O the O coordinator O election B-Operating_System algorithm O was O suggested O by O Korach O , O Kutten O , O and O Moran O . O The O HP O Prime O 's O graphical B-Application user I-Application interface I-Application features O two O separate O home B-Operating_System screens I-Operating_System , O one O of O which O contains O an O integrated O computer B-General_Concept algebra I-General_Concept system I-General_Concept ( O CAS B-General_Concept ) O based O on O the O free O and O open-source O Xcas/Giac B-Language 1.5.0 O engine O , O which O evolved O from O that O of O the O HP B-Device 49G I-Device and O its O successors O . O Functions O that O bundle O an O arbitrarily O complex O set O of O operations O and O logic O into O an O ACID-compliant B-Operating_System transaction O . O The O kernel B-Operating_System and O several O user-space O libraries O are O common O open-source B-Application projects O : O Linux B-Operating_System , O libusb B-Language , O BlueZ O , O etc O . O Primal B-Application Carnage I-Application : I-Application Genesis I-Application was O a O survival B-Application and O first-person O shooter O game O planned O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O Microsoft B-Application Windows I-Application . O Microsoft B-Application Office I-Application 2007 I-Application , O Microsoft B-Operating_System Office I-Operating_System 2010 I-Operating_System , O and O Microsoft B-Operating_System Office I-Operating_System 2013 I-Operating_System for O Windows B-Application use O the O Office O Open O XML O format O as O the O default O . O Older O versions O of O Microsoft B-Application Office I-Application ( O 2000 B-Operating_System , O XP B-Operating_System and O 2003 B-General_Concept ) O require O a O free O compatibility O pack O provided O by O Microsoft O . O For O example O , O a O breach O in O the O administrator O workstation O with O the O management O software O of O the O virtualization B-General_Concept software O can O cause O the O whole O data B-Operating_System center I-Operating_System to O go O down O or O be O reconfigured O to O an O attacker O 's O liking O . O As O a O result O , O WebScrapBook O data O cannot O be O used O interchangeably O with O legacy O ScrapBook B-Operating_System 's O . O While O acknowledging O that O it O cost O more O than O the O TRS-80 B-Operating_System Model I-Operating_System 100 I-Operating_System and O NEC O PC-8201 O , O he O believed O that O " O you O get O quite O a O lot O for O the O added O weight O and O price O " O , O and O reported O that O " O Many O writers O swear O by O the O T1000 O . O The O latest O kernel B-Operating_System version O and O older O kernel B-Operating_System versions O are O maintained O separately O . O Most O latest O kernel B-Operating_System releases O were O supervised O by O Linus O Torvalds O . O Apple O had O also O released O some O additional O codes O under O the O open O source O 2-clause O BSD-like B-Operating_System license I-Operating_System . O GameSpot O gave O the B-Operating_System Wii I-Operating_System version O a O 7 O out O of O 10 O saying O that O the O game O is O a O fun O engaging O platformer O that O ought O to O appeal O to O multiple O audiences O but O criticizing O it O for O its O brevity O saying O that O it O takes O no O more O than O a O few O hours O to O complete O , O while O the O GameCube B-Application and O Xbox B-Application versions O received O a O 7.3 O out O of O 10 O , O writing O , O " O A O kid-friendly O platformer O with O more O heart O than O your O average O film-to-game O marketing O tie-in O , O Ice B-Application Age I-Application 2 I-Application can O be O quite O fun O — O for O as O long O as O it O lasts O " O . O The O five O best-selling O games O were O Brain B-Application Training I-Application for I-Application Adults I-Application 2 O , O Animal B-Device Crossing I-Device : I-Device Wild I-Device World I-Device , O Super B-Application Mario I-Application Strikers I-Application , O Brain B-Application Training I-Application for I-Application Adults I-Application and O Mario B-Application Kart I-Application DS I-Application , O all O published O by O Nintendo.Media O Create O Microsoft O lowers O its O estimate O of O Xbox B-Operating_System 360 I-Operating_System sales O in O its O first O 90 O days O from O 2.75-3.0 O million O units O to O 2.5 O million O due O to O supply O shortage O . O Windows O only O applications O : O ZENworks O Application B-Operating_System Virtualization I-Operating_System is O limited O to O the O Windows O operating O system O for O both O building O and O running O virtualized O applications O . O A O spin-off O from O the O series O , O FNaF B-Operating_System World I-Operating_System , O was O announced O in O a O Steam B-Application post O by O Cawthon O in O September O 2015 O , O and O was O released O in O January O 2016 O . O Among O them O were O " O pedit5 B-Application " O , O " O oubliette O " O , O " O moria B-Application " O , O " O avatar B-Application " O , O " O krozair O " O , O " O dungeon O " O , O " O dnd B-Application " O , O " O crypt O " O , O and O " O drygulch O " O . O By O 1978 O – O 79 O , O these O games O were O heavily O in O use O on O various O PLATO B-Operating_System systems I-Operating_System , O and O exhibited O a O marked O increase O in O sophistication O in O terms O of O 3D O graphics O , O storytelling O , O user O involvement O , O team O play O , O and O depth O of O objects O and O monsters B-Application in O the O dungeons O . O Inspired O by O Adventure B-Application , O a O group O of O students O at O MIT O in O the O summer O of O 1977 O wrote O a O game O for O the O PDP-10 B-Device minicomputer O ; O called O Zork B-Application , O it O became O quite O popular O on O the O ARPANET O . O Before O iOS B-Operating_System 5 I-Operating_System , O notifications O were O delivered O in O a O modal O window O and O could O n't O be O viewed O after O being O dismissed O . O 2013 O : O OpenZFS B-Operating_System project I-Operating_System founded O , O aiming O at O coordinated O open-source O development O of O ZFS B-Application . O It O was O unveiled O to O the O public O at O the O first O Podcast B-Operating_System and O New O Media O Expo O in O 2005 O . O Episode B-Operating_System Engine I-Operating_System is O server-based O Jitendra O Kumar O Gupta O from O Telestream O for O the O Mac B-Device platform O that O transcodes B-Device video O and O audio O between O a O broad O range O of O video O and O audio O formats O for O distribution O to O the O Web O , O broadcast B-Operating_System , O DVD O , O mobile O phones O and O portable O devices O . O Dreamarena O was O a O free O dial-up-based O online B-Application gaming I-Application service O provided O for O all O Dreamcast B-Operating_System consoles O in O Europe O , O launching O with O the O debut O of O the B-Operating_System Dreamcast I-Operating_System in O Europe O on O October O 14 O , O 1999 O . O Released O for O PlayStation B-Operating_System 4 I-Operating_System , O Windows O , O and O Xbox B-Device One I-Device , O it O involves O four O survivor O players O competing O against O a O mastermind O player O who O can O create O traps O , O enemies O and O other O hazards O . O It O is O cross-platform B-Operating_System as O it O is O written O in O the O Python B-Language programming I-Language language I-Language , O and O runs O on O platforms O including O the O One O Laptop O Per O Child O XO B-Application and O the O Sugar B-Language desktop I-Language environment I-Language . O is O a O party O video O game O developed O by O NDcube O and O published O by O Nintendo O for O the B-Operating_System Wii I-Operating_System . O Although O currently O most O big-name O Mac B-Operating_System games I-Operating_System are O ports O , O this O has O not O always O been O the O case O . O Multiple O graphical O application B-Application programming I-Application interfaces I-Application ( O APIs B-Application ) O were O tested O , O including O 3dfx B-Operating_System Glide I-Operating_System , O OpenGL B-Application , O and O Direct3D B-Application . O IGN O US O commended O the B-Operating_System PS3 I-Operating_System version O for O its O excellent O kart O racing O mechanics O and O robust O level O design O tools O , O stating O , O " O If O you O can O dream O it O , O you O really O can O make O it O in O ModNation O Racers. O " O Prelude B-Operating_System was O an O ingest O and O logging O tool O for O tagging O media O with O metadata O for O searching O , O post-production O workflows O , O and O footage O lifecycle O management O . O According O to O MicroScope O , O the O ZX B-Operating_System Spectrum I-Operating_System version O of O Light B-Application Force I-Application debuted O at O number O two O in O the O UK O sales O charts O , O behind O Paperboy B-Device . O The O story O was O influenced O by O myths O about O King B-Application Arthur I-Application and O Beowulf B-Operating_System . O It O was O later O revealed O that O Sony O had O contacted O Beamdog O about O making O both O remasters O available O on O the O PlayStation B-Operating_System 3 I-Operating_System , O though O nothing O would O come O out O of O it O . O Many O of O these O languages O ' O interpreters B-Application double O as O command-line O interpreters B-Application such O as O the O Unix B-Application shell I-Application or O the O MS-DOS O COMMAND.COM B-Operating_System . O The O following O is O a O list O of O all O backward B-General_Concept compatible I-General_Concept games O on O Xbox B-Operating_System 360 I-Operating_System under O this O functionality O . O Alongside O its O PC O launch O , O the O game O was O also O released O digitally O on O the O OnLive B-Application , O Origin B-Operating_System , O and O Steam B-Application platforms O . O A O Game O of O the O Year O edition O was O released O on O May O 29 O , O 2012 O , O in O the O United O States O and O Canada O , O and O on O September O 7 O , O 2012 O , O in O Europe O , O Australia O , O and O other O territories O on O PlayStation B-Operating_System 3 I-Operating_System and O Xbox B-Operating_System 360 I-Operating_System , O except O the O United O Kingdom O where O its O scheduled O release O was O pushed O back O to O November O 2 O , O 2012 O . O DirectoryDescription/Primary O hierarchy O root B-Application and O root B-Application directory I-Application of O the O entire O file B-Application system I-Application hierarchy./binEssential O command O binaries B-Application that O need O to O be O available O in O single-user B-Operating_System mode I-Operating_System , O including O to O bring O up O the O system O or O repair O it O , O for O all O users O ( O e.g. O , O cat B-Device , O ls B-Application , O cp B-Application ) O ./bootBoot O loader O files O ( O e.g. O , O kernels B-Operating_System , O initrd B-Application ) O ./devDevice O files O ( O e.g. O , O /dev/null B-Operating_System , O /dev/disk0 O , O /dev/sda1 O , O /dev/tty O , O %2Fdev%2Frandom O ) O ./etcHost O -specific O system-wide O configuration B-Protocol files I-Protocol . O Packet O types O enumerated O as O 1 O is O a O RTMP B-Operating_System set O packet O size O . O and O released O in O Europe O for O the O ZX B-Operating_System Spectrum I-Operating_System , O Amstrad B-Device CPC I-Device , O MSX B-Operating_System and O Commodore O 64 O computers O . O Systems O that O offered O this O facility O included O Harris/Concurrent O ' O s O CX/UX O , O Convex O 's O Convex/OS O , O Apollo O 's O Domain/OS B-Application ( O version O 10 O only O ) O , O Pyramid O 's O DC/OSx B-Operating_System ( O dropped O in O SVR4-based O version O 2 O ) O , O Concurrent O 's O Masscomp/RTU O , O MIPS O Computer O Systems O ' O RISC/os B-Operating_System , O Sequent O 's O DYNIX/ptx B-Operating_System and O Siemens O ' O SINIX B-Operating_System . O Announced O during O the O March O 2015 O Game O Developers O Conference O , O Windows B-Operating_System 10 I-Operating_System integrates O Xbox B-Device Live O services O directly O and O includes O technology O to O support O the O Cross-Play O feature O that O enables O , O among O other O features O , O the O ability O for O users O on O Xbox B-Device One I-Device and O Windows B-Operating_System 10 I-Operating_System consoles O to O play O together O . O This O service O is O usually O provided O as O part O of O a O management O system O known O as O a O Storage B-Operating_System Resource I-Operating_System Broker I-Operating_System ( O SRB O ) O . O All O memory B-General_Concept in O the O system O is O part O of O some O segment O , O which O appears O in O the O file B-Application system I-Application ; O this O includes O the O temporary O scratch O memory B-General_Concept of O the O process B-Operating_System , O its O kernel B-Operating_System stack B-Application , O etc O . O A O scaled-down O version O of O the O Linux B-Operating_System patch O was O integrated O into O the O official O Linux B-Operating_System kernel I-Operating_System in O version O 2.6.26 O . O Land O and O its O sequels O were O rereleased O for O the O Nintendo B-Operating_System 3DS I-Operating_System via O the O Virtual B-Application Console I-Application service O in O 2014 O . O VPX B-Architecture boards O cannot O be O used O in O a O standard O VMEbus B-Architecture chassis O , O although O the O use O of O hybrid O chassis O is O foreseen O by O the O VPX B-Architecture standard O . O In O June O 1971 O , O on O the O S/370 B-Device -145 O ( O one O of O which O had O to O be O " O smuggled O " O into O Cambridge O Scientific O Center O to O prevent O anybody O noticing O the O arrival O of O an O S/370 B-Device at O that O hotbed O of O virtual B-Architecture memory I-Architecture development O since O this O would O have O signaled O that O the O S/370 B-Device was O about O to O receive O address O relocation O technology O ) O . O The O VMware B-Operating_System Workstation I-Operating_System PC B-Device hardware O virtualization B-Architecture tool O , O for O instance O , O can O expose O emulated O serial B-Protocol ports I-Protocol to O the O host O system O as O named B-Operating_System pipes I-Operating_System , O and O the O WinDbg B-Application kernel O mode O debugger B-Application from O Microsoft O supports O named B-Operating_System pipes I-Operating_System as O a O transport O for O debugging O sessions O ( O in O fact O , O VMware O and O WinDbg B-Application can O be O coupled O together O – O as O WinDbg B-Application normally O requires O a O serial O connection O to O the O target O computer O – O letting O driver B-Application developers B-Application do O their O development O and O testing O on O a O single O computer O ) O . O Besides O IOPL B-Device , O the O I/O B-Architecture Port I-Architecture Permissions O in O the O TSS O also O take O part O in O determining O the O ability O of O a O task O to O access O an O I/O B-Architecture port I-Architecture . O In O x86 B-Operating_System systems O , O the O x86 B-Operating_System hardware O virtualization B-General_Concept ( O VT-x O and O SVM O ) O is O referred O as O " O ring−1 O " O , O the O System B-Architecture Management I-Architecture Mode I-Architecture is O referred O as O " O ring−2 O " O , O the O Intel B-Device Management I-Device Engine I-Device and O AMD B-Device Platform I-Device Security I-Device Processor I-Device are O sometimes O referred O as O " O ring−3 O " O . O The O IBM B-Device Remote I-Device Supervisor I-Device Adapter I-Device is O a O full-length O ISA B-Architecture or O PCI B-Protocol adapter O produced O by O the O IBM O corporation O . O Apple B-Architecture Lightning I-Architecture connector O pins O can O be O accessed O from O both O sides O of O the O connector O allowing O reversibility O . O The O main O use O of O the O commutation B-Algorithm matrix I-Algorithm , O and O the O source O of O its O name O , O is O to O commute O the O Kronecker O product O : O for O every O m O × O n O matrix B-Architecture A O and O every O r O × O q O matrix B-Architecture B O , O This O property O of O holomorphic B-Architecture functions I-Architecture of I-Architecture several I-Architecture variables I-Architecture is O also O called O Hartogs O 's O phenomenon O : O however O , O the O locution O " O Hartogs O 's O phenomenon O " O is O also O used O to O identify O the O property O of O solutions O of O systems O of O partial O differential O or O convolution B-Algorithm equations O satisfying O Hartogs O type O theorems O . O However O , O it O is O known O that O ; O that O is O , O all O problems O that O can O be O efficiently O solved O by O a O deterministic O classical O computer O can O also O be O efficiently O solved O by O a O quantum B-Architecture computer I-Architecture , O and O all O problems O that O can O be O efficiently O solved O by O a O quantum B-Architecture computer I-Architecture can O also O be O solved O by O a O deterministic O classical O computer O with O polynomial O space O resources O . O There O are O three O single B-Architecture points I-Architecture of I-Architecture failure I-Architecture inherent O to O a O typical O port-cable-port O connection O , O in O either O a O computer-to-switch O or O a O switch-to-switch O configuration O : O the O cable O itself O or O either O of O the O ports O the O cable O is O plugged O into O can O fail O . O On O March O 26 O , O 2013 O , O the O Advanced B-Device Television I-Device Systems I-Device Committee I-Device announced O a O call O for O proposals O for O the O ATSC B-Device 3.0 I-Device physical O layer O which O states O that O the O plan O is O for O the O system O to O support O video O with O a O resolution O of O 3840×2160 O at O 60fps O ( O 4K B-Architecture UHDTV I-Architecture ) O . O The O drive O number O identifies O a O drive O mechanism O attached O to O a O disk O unit O 's O controller O and O is O analogous O to O a O logical O unit O number O in O a O SCSI B-Architecture controller O that O is O capable O of O controlling O multiple O mechanisms O ( O e.g. O , O the O OMTI O SASI B-Architecture controllers O that O were O developed O to O work O with O ST-412/ST O -506 O hard B-Device drives I-Device in O the O 1980s O ) O . O Payara B-Language Server I-Language has O been O developed O in O 2014 O as O a O fork O and O drop B-Architecture in I-Architecture replacement I-Architecture for O GlassFish B-Language Server I-Language Open B-Application Source I-Application Edition O . O when O using O a O RAID B-Architecture 1 O configuration O , O Windows O shall O show O a O temporary O message O when O one O of O the O disk O are O down O , O however O if O this O is O not O noticed O ( O because O the O user O is O not O at O the O computer O ) O , O the O user O might O not O notice O the O disk O failure O in O time O . O Due O to O its O use O of O an O atmospheric O transmission O medium O , O the O Photophone O would O not O prove O practical O until O advances O in O laser O and O optical B-Architecture fiber I-Architecture technologies O permitted O the O secure O transport O of O light O . O ServiceNow B-General_Concept Import O Plugin O : O Download O CMDB O information O from O ServiceNow B-General_Concept web O services O and O convert O them O to O Archimate B-Architecture elements O and O relationships O . O Keypunches O and O punched B-Architecture cards I-Architecture were O still O commonly O used O for O both O data B-General_Concept and O program B-General_Concept entry O through O the O 1970s O but O were O rapidly O made O obsolete O by O changes O in O the O entry O paradigm O and O by O the O availability O of O inexpensive O CRT O computer B-General_Concept terminals I-General_Concept . O Eliminating O the O step O of O transferring O punched B-Architecture cards I-Architecture to O tape O or O disk O ( O with O the O added O benefit O of O saving O the O cost O of O the O cards O themselves O ) O allowed O for O improved O checking O and O correction O during O the O entry O process O . O The O development O of O video B-General_Concept display I-General_Concept terminals I-General_Concept , O interactive O timeshared O systems O and O , O later O , O personal B-Device computers I-Device allowed O those O who O originated O the O data B-General_Concept or O program B-General_Concept to O enter O it O directly O instead O of O writing O it O on O forms O to O be O entered O by O keypunch O operators O . O An O improvement O was O to O place O the O card O between O two O perforated O metal O plates O ( O hinged O together O ) O , O insert O punches B-Device according O to O the O desired O pattern O , O then O pass O the O assembly O through O a O press O to O cut O the O card O . O These O essentially O manual O processes O were O replaced O by O machines O ; O piano O machines O ( O the O name O taken O from O the O keys O ) O , O operated O by O keyboards B-Device and O comparable O in O function O to O unit O record O keypunches O , O becoming O the O most O common O . O Holtek O make O numerous O 8-bit O microcontrollers B-Architecture with O a O 14-bit O instruction O word O equivalent O to O the O ( O non-enhanced O ) O mid-range O core O . O Most O devices O that O were O designed O to O be O used O as O controllers O were O fixed O in O that O role O , O but O the O HP-71B B-Device was O capable O of O assuming O either O controller O or O device O mode O ; O and O with O the O HP O 82402 O Dual O HP-IL B-Architecture Adapter O , O the O HP-71B B-Device could O even O be O configured O with O multiple O loops O . O Over O four O times O more O RAM B-Architecture is O built-in O , O with O double O the O ROM O size O , O and O an O enhanced O Apple B-Device Desktop I-Device Bus I-Device microcontroller O provides O native O support O for O sticky O keys O , O mouse B-Device emulation B-Application , O and O keyboard B-Device LED O support O ( O available O on O extended O keyboards B-Device ) O . O For O comparison O , O as O of O late O 2011 O , O laptop B-Device hard I-Device drives I-Device were O shipping O with O a O density O of O 636 O Gbit/in² O , O and O it O is O expected O that O heat-assisted O magnetic B-Architecture recording I-Architecture and O patterned O media O together O could O support O densities O of O 10 O Tbit/in² O . O It O consists O of O minimal O code O written O in O assembly B-Language language I-Language for O the O specific O architecture B-Architecture . O A O mechanism O that O prevents O malicious O users O from O corrupting O the O distributed B-Architecture data O structures O or O the O rank O needs O to O be O developed O . O The O Executive O Office O of O the O President O of O the O United O States O ( O EOP O ) O issued O a O request O for O proposal O for O a O computer O system O to O replace O the O aging O Office O of O Management O and O Budget O ( O OMB O ) O budget O system O , O using O Alto-like O workstations B-Device , O connected O to O an O IBM-compatible O mainframe B-Architecture . O SB-DOS B-Architecture , O COMPAQ-DOS B-Application , O NCR-DOS B-Application or O Z-DOS B-Operating_System before O it O eventually O enforced O the O MS-DOS B-Application name O for O all O versions O but O the O IBM O one O , O which O was O originally O called O " O IBM B-Operating_System Personal I-Operating_System Computer I-Operating_System DOS I-Operating_System " O , O later O shortened O to O IBM B-Device PC I-Device DOS B-Device . O HIFU B-Architecture may O be O effective O for O detecting O prostate O cancer O . O This O is O because O electrons O in O nanowires B-Architecture are O quantum O confined O laterally O and O thus O occupy O energy O levels O that O are O different O from O the O traditional O continuum O of O energy O levels O or O bands O found O in O bulk O materials O . O Because O coherent O modules O typically O have O Digital B-Architecture Signal I-Architecture Processors I-Architecture , O these O gearbox O functions O sometimes O are O implemented O in O firmware O . O The O result O of O this O work O , O UML B-Language 1.1 O , O was O submitted O to O the O OMG O in O August O 1997 O and O adopted O by O the O OMG O in O November O 1997 O . O As O with O database O Chen O , O Bachman O , O and O ISO O ER B-Architecture diagrams I-Architecture , O class O models O are O specified O to O use O " O look-across O " O cardinalities B-Application , O even O though O several O authors O ( O Merise B-General_Concept , O Elmasri O & O Navathe O amongst O others O ) O prefer O same-side O or O " O look-here O " O for O roles O and O both O minimum O and O maximum O cardinalities B-Application . O Dec O Terminal O was O one O of O the O first O terminal B-Application programs I-Application for O the O popular O Altair B-Architecture . O The O PCMCIA B-Architecture implementation O on O the O A600 O is O almost O identical O to O the O one O featured O on O a O later O Amiga O , O the O 1200 B-Application . O An O implementation O of O view-based O consistency O is O which O has O comparable O performance O to O MPI B-Application on O cluster B-Architecture computers I-Architecture . O Conversely O , O modern O SRAM B-Architecture offers O access B-General_Concept times I-General_Concept below O 10ns O , O while O DDR2 O SDRAM O offers O access B-General_Concept times I-General_Concept below O 20ns O . O However O , O hardware B-Architecture RAID B-Architecture controllers O are O expensive O and O proprietary B-Application . O The O initial O versions O , O George B-General_Concept 1 I-General_Concept ( O for O the O ICT O 1901 O , O 1902 O and O 1903 O machines O ) O was O a O simple O batch B-General_Concept processing I-General_Concept system O . O Job O descriptions O were O read O in O from O cards B-Architecture or O paper O tape O , O peripherals O and O magnetic O tape O files O were O dynamically O allocated O to O the O job O which O was O then O run O , O producing O output O on O the O line O printer O . O George B-General_Concept 2 I-General_Concept added O the O concept O of O spooling B-Device . O Jobs O and O input O data O were O read O in O from O cards B-Architecture or O paper O tape O to O an O input O well O on O disk O or O tape O . O The O jobs O were O then O run O , O writing O output O to O disk O or O tape O spool B-Device files O , O which O were O then O written O to O the O output O peripherals O . O George B-General_Concept 1 I-General_Concept and O 2 O ran O as O simple O programs O under O executive O ( O with O trusted O status O that O allowed O them O to O control O user O programs O ) O . O The O Deutsch O – O Jozsa O algorithm B-Algorithm solves O a O black-box O problem O which O probably O requires O exponentially O many O queries O to O the O black O box O for O any O deterministic O classical O computer O , O but O can O be O done O with O one O query O by O a O quantum B-Architecture computer I-Architecture . O bytecode O ) O is O intended O to O be O run O on O a O portable B-Architecture virtual O stack B-Application machine I-Application ( O VM O ) O . O It O has O been O implemented O in O several O microcontroller B-Architecture devices O for O embedded B-Architecture systems I-Architecture . O This O approach O was O used O as O a O model O for O other O educational O cluster B-Architecture projects O . O This O is O largely O for O historical O and O commercial O reasons O , O namely O that O RSA B-Architecture Security O created O a O certificate O authority O for O key O signing O that O became O Verisign B-Application . O Card O read O speed O up O to O 800 O punched B-Architecture cards I-Architecture per O minute O ( O models O 1 O , O 2 O and O 3 O ) O or O 450 O cards O per O minute O ( O models O 4 O , O 5 O and O 6 O ) O . O In O dependency B-Library injection I-Library , O a O dependent O object B-Language or O module B-Architecture is O coupled O to O the O object B-Language it O needs O at O run B-Library time I-Library . O ATX B-Architecture also O made O the O PS/2 B-Protocol -style I-Protocol mini-DIN B-Protocol keyboard B-Protocol and I-Protocol mouse I-Protocol connectors I-Protocol ubiquitous O . O While O ArcaOS B-Device is O a O 32-bit O operating B-General_Concept system I-General_Concept , O it O has O limited O PAE B-General_Concept support O which O allows O it O to O use O RAM B-Architecture in O excess O of O 4GB O as O a O RAM B-Application disk I-Application . O Conformational O sampling O and O docking O on O Grids B-Architecture : O Application O to O neuromuscular O diseases O . O In O contrast O to O the O schema B-Application , O however O , O it O does O not O stipulate O any O concrete O structure O , O like O it O is O known O in O the O entity-relationship B-Architecture model I-Architecture used O widely O in O the O relational B-Architecture data I-Architecture models I-Architecture . O Sever O 48/002 O ( O ru O : O Север O 48/002 O ) O was O a O Soviet O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O 1990 O , O whose O name O means O ' O North O ' O ( Север O ) O . O It O had O 64KB O of O RAM B-Architecture , O and O a O 16KB O ROM B-Device . O The O dimensions O of O the O system B-General_Concept unit I-General_Concept are O 12 O × O 8 O × O 2inches O , O and O its O weight O is O 1kg O . O The O Sintez O and O -Sintez O - O are O Soviet O clones B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System developed O in O the O " O Signal O " O factory O ( НПО O «Сигнал» O ) O within O the O Moldovan O SSR O in O 1989 O . O The O original O Sintez O resembled O the O Spectrum+ O model O , O while O the O -Sintez O - O was O an O improved O version O with O a O more O common O mechanical O keyboard O , O an O additional O serial O port O , O as O well O as O the O provision O for O an O 8080 B-General_Concept or O related O processor O ( O e.g. O Whilst O it O is O largely O compatible O with O software O for O the O ZX B-Operating_System Spectrum I-Operating_System 48K O ( O and O has O two O Interface O 2 O joystick B-Device ports O ) O its O hardware O is O configured O differently O from O the O machine O it O is O based O on O – O utilising O a O different O memory O chip O set-up O , O and O lacking O slowdown O when O accessing O certain O areas O of O memory O – O with O the O result O that O certain O applications O and O games O may O produce O unexpected O results O , O or O crash O altogether O . O Spektr O 48 O ( O ru O : O Срektр O 48 O ) O was O a O Russian O clone B-General_Concept of O the O 48K O ZX B-Operating_System Spectrum I-Operating_System , O produced O in O 1991 O by O Oryol O ( Орёл O ) O . O One O of O the O strengths O of O the O relational B-Architecture model I-Architecture is O that O , O in O principle O , O any O value O occurring O in O two O different O records O ( O belonging O to O the O same O table O or O to O different O tables O ) O , O implies O a O relationship O among O those O two O records O . O The O most O popular O indexes O are O the O B-tree B-Architecture and O the O dynamic O hash B-Error_Name key O indexing O methods O . O Coroutines B-Architecture can O be O implemented O as O a O library O if O the O programming O language O provides O either O continuations O or O generators O - O so O the O distinction O between O coroutines B-Architecture and O generators O in O practice O is O a O technical O detail O . O 2.86 O GHz O ( O 2x2.86 O GHz O Cortex-A76 O + O 2x2.09 O GHz O or O 2x2.36 O GHz O ( O 5G O ) O Cortex-A76 O + O 4x1.86 O GHz O or O 2x1.95 O GHz O ( O 5G O ) O Cortex-A55 O ) O Mali-G76 O MP166/8 O GBAndroid O 10EMUI O 10160.8 O x O 76.1 O x O 8.4 O mm196 O gUSB-C O , O 40 O WWireless O , O 27 O W6.6 O " O , O 2340x1080 O , O OLEDTriple O 40 O MP O + O 16 O MP O + O 8 O MP O ( O rear O camera O ) O , O 24 O MP O ( O front O camera O ) O OpticalHuawei O Mate B-Application 30 I-Application Pro128 O or O 256 O GB8 O GB158.1 O x O 73.1 O x O 8.8 O mm198 O g4500 O mAh6.5 O " O , O 2400x1176 O , O OLEDQuad O 2x O 40 O MP O + O 8 O MP O + O ToF B-Device ( O rear O camera O ) O , O 32 O MP O + O ToF B-Device ( O front O camera O ) O Huawei O Nova O 5 O HiSilicon B-Architecture Kirin B-Architecture 810Octa-core O , O 2.7 O GHz O ( O 2x O 2.7 O GHz O Cortex-A76 O + O 6x O 1.9 O GHz O Cortex-A55 O ) O Mali-G52 O MP6up O to O 256 O GB8 O GB157.4 O x O 74.8 O x O 7.3 O mm171 O g3500 O mAhUSB-C O , O 40 O W6.4 O " O 2340x1080 O , O OLEDQuad O 48 O MP O + O 8 O MP O + O 2x O 2 O MP O ( O rear O camera O ) O , O 32 O MP O ( O front O camera O ) O OpticalHuawei O Nova O 5i O Pro128 O or O 256 O GBmicroSD O , O up O to O 512 O GB6/8 O GB156.1 O x O 73.9 O x O 8.3 O mm178 O g4000 O mAhUSB-C O , O 20 O W6.3 O " O , O 2340x1080 O , O OLEDQuad O 48 O MP O + O 8 O MP O + O 2x O 2 O MP O ( O rear O camera O ) O , O 32 O MP O ( O front O camera O ) O Rear-mountedHuawei O Nova O 5 O ProHiSilicon O Kirin B-Architecture 980Octa-core O , O 2.6 O GHz O ( O 2x O 2.6 O GHz O Cortex-A76 O + O 2x O 1.92 O GHz O Cortex-A76 O + O 4x O 1.8 O GHz O Cortex-A55 O ) O Mali-G76 O MP10up O to O 256 O GB8 O GB157.4 O x O 74.8 O x O 7.3 O mm171 O g3500 O mAhUSB-C O , O 40 O W6.4 O ” O , O 2340x1080 O , O OLEDQuad O 48 O MP O + O 16 O MP O + O 2x O 2 O MP O ( O rear O camera O ) O , O 32 O MP O ( O front O camera O ) O OpticalHonor O 20128 O GBNone6/8 O GBAndroid O 9.0 O " O Pie B-Application " O Magic O 2.1154.3 O x O 74 O x O 7.9 O mm174 O g3750 O mAhUSB-C O , O 22.5 O W6.3 O " O , O 2340x1080 O , O IPS B-Architecture LCDQuad O 48 O MP O + O 16 O MP O + O 2x O 2 O MP O ( O rear O ) O , O 32 O MP O ( O front O ) O Side-mountedYesHonor O 20 O Pro128 O or O 256 O GB8 O GB154.6 O x O 74 O x O 8.4 O mm182 O g4000 O mAhQuad O 48 O MP O + O 16 O MP O + O 8 O MP O + O 2 O MP O ( O rear O ) O , O 32 O MP O ( O front O ) O Honor O 20SHiSilicon O Kirin B-Architecture 810Octa-core O , O 2.3 O GHz O ( O 2x O 2.3 O GHz O Cortex-A76 O + O 6x O 1.9 O GHz O Cortex-A55 O ) O Mali-G52 O MP6128 O GB6/8 O GB154.3 O x O 74 O x O 7.9 O mm172 O g3750 O mAhUSB-C O , O 20 O WTriple O 48 O MP O + O 8 O MP O + O 2 O MP O ( O rear O ) O , O 32 O MP O ( O front O ) O Honor O V30HiSilicon O Kirin B-Architecture 990Octa-core O , O A O manifold B-Architecture is O orientable O if O it O has O a O consistent O choice O of O orientation O , O and O a O connected O orientable O manifold B-Architecture has O exactly O two O different O possible O orientations O . O Because O Wikipedia O is O one O of O the O world O 's O largest O websites O , O achieving O scalability B-Architecture through O multiple O layers O of O caching B-General_Concept and O database B-General_Concept replication I-General_Concept has O been O a O major O concern O for O developers B-Application . O Besides O its O use O on O Wikimedia O sites O , O MediaWiki O has O been O used O as O a O knowledge O management O and O content B-Protocol management I-Protocol system I-Protocol on O websites O such O as O Fandom O , O wikiHow O , O and O major O internal O installations O like O Intellipedia O and O Diplopedia O . O As O with O the O S4 B-Application , O the O S5 B-Application is O an O evolution O of O the O prior O year O 's O model O , O placing O a O particular O emphasis O on O an O improved O build O with O a O textured O rear O cover O and O IP67 O certification O for O dust O and O water O resistance O , O a O more O refined O user O experience O , O new O security O features O such O as O a O fingerprint O reader O and O private O mode O , O expanded O health-related O features O including O a O built-in O heart O rate O monitor O , O a O USB B-Protocol 3.0 I-Protocol port O , O and O an O updated O camera O featuring O speedy O auto-focus O through O phase-detection O as O well O as O video O resolution O upgraded O to O 2160p O ( O 4K B-Architecture ) O and O framerate O at O 1080p O doubled O . O A O MIMO O system O with O outputs O and O inputs O is O represented O by O a O matrix B-Architecture . O Grid B-Architecture computing I-Architecture offers O a O way O to O solve O Grand B-Device Challenge I-Device problems I-Device such O as O protein O folding O , O financial O modeling O , O earthquake O simulation O , O and O climate/weather O modeling O , O and O was O integral O in O enabling O the O Large O Hadron O Collider O at O CERN O . O According O to O Move O motion B-Device controller I-Device co-designer O Anton O Mikhailov O , O the O library B-Library uses O 1-2 O megabytes O of O system O memory B-Architecture . O The O early O detection O is O crucial O for O a O successful O action O of O the O firefighters O ; O thanks O to O Wireless B-Architecture Sensor I-Architecture Networks I-Architecture , O the O fire O brigade O will O be O able O to O know O when O a O fire O is O started O and O how O it O is O spreading O . O CM O for O information O assurance O , O sometimes O referred O to O as O Secure O Configuration B-Architecture Management I-Architecture , O relies O upon O performance O , O functional O , O and O physical O attributes O of O IT O platforms O and O products O and O their O environments O to O determine O the O appropriate O security O features O and O assurances O that O are O used O to O measure O a O system O configuration O state O . O Every O core O of O a O multi-core B-Architecture processor I-Architecture has O a O dedicated O L1 O cache B-General_Concept and O is O usually O not O shared O between O the O cores O . O The O L2 O cache B-General_Concept , O and O higher-level O caches B-General_Concept , O may O be O shared O between O the O cores O . O Power10 B-Operating_System , O 64-bit O , O 15 O SMT8 O or O 30 O SMT4 O cores O , O will O follow O the O Power B-Architecture ISA I-Architecture 3.1 O . O Some O of O these O types O are O CompactPCI O , O PXI B-Architecture , O VMEbus B-Architecture , O VXI B-Architecture , O and O PICMG O . O In O late O 1962 O , O both O ISO B-General_Concept and O the O United O States O of O America O Standards O Institute O ( O now O ANSI O ) O formed O groups O to O create O standards O . O This O version O was O known O as O American O National O Standard O ( O ANS O ) O COBOL O and O was O adopted O by O ISO B-General_Concept in O 1972 O . O Independently O of O the O ANSI O committee O , O the O CODASYL B-Language Programming O Language O Committee O was O working O on O improving O the O language O . O They O described O new O versions O in O 1968 O , O 1969 O , O 1970 O and O 1973 O , O including O changes O such O as O new O inter-program O communication O , O debugging O and O file O merging O facilities O as O well O as O improved O string-handling O and O library B-Library inclusion O features O . O Although O CODASYL B-Language was O independent O of O the O ANSI O committee O , O the O CODASYL B-Language Journal O of O Development O was O used O by O ANSI O to O identify O features O that O were O popular O enough O to O warrant O implementing O . O In O 1974 O , O ANSI O published O a O revised O version O of O ( O ANS O ) O COBOL O , O containing O new O features O such O as O file O organizations O , O the O statement O and O the O segmentation B-General_Concept module B-Architecture . O Although O internally O a O Harvard B-Architecture architecture I-Architecture it O has O " O memory O bridge O " O that O creates O a O unified O 24-bit O address O space O , O allowing O code O to O execute O out O of O RAM O ( O useful O for O in-system B-Device programming I-Device of O the O flash B-Device ROM I-Device ) O , O and O data O ( O such O as O lookup B-Data_Structure tables I-Data_Structure ) O to O be O accessed O out O of O ROM O . O Further O , O it O is O supposed O to O cover O all O usage O scenarios O , O whereas O W-CDMA O is O optimised O for O symmetric O traffic O and O macro O cells O , O while O TD-CDMA O is O best O used O in O low O mobility O scenarios O within O micro O or O pico O cells O . O TD-SCDMA O is O based O on O spread-spectrum B-Architecture technology O which O makes O it O unlikely O that O it O will O be O able O to O completely O escape O the O payment O of O license O fees O to O western O patent O holders O . O Psi-theory B-Architecture suggests O hierarchical O networks O of O nodes O as O a O universal O mode O of O representation O for O declarative O , O procedural O and O tacit O knowledge O . O Designed O to O be O architecturally O similar O to O the O PIC B-Architecture microcontrollers I-Architecture used O in O the O original O versions O of O the O BASIC B-Language Stamp I-Language , O SX O microcontrollers B-Architecture replaced O the O PIC O in O several O subsequent O versions O of O that O product O . O Parallax O 's O SX O are O 8-bit O RISC B-Architecture microcontrollers B-Architecture , O using O a O 12-bit B-Device instruction B-Language word I-Language , O which O run O fast O at O 75MHz O ( O 75 O MIPS B-Device ) O . O FireWire B-Protocol can O connect O up O to O 63 O peripherals O in O a O tree O or O daisy-chain O topology B-Architecture ( O as O opposed O to O Parallel O SCSI B-Architecture 's O electrical B-General_Concept bus I-General_Concept topology B-Architecture ) O . O specifies O the O network B-Architecture element O behavior O required O to O deliver O guaranteed O QoS O services O . O Hoopla B-Application Software I-Application , O Inc O . O is O a O privately O held O SaaS B-Architecture company O founded O in O 2010 O , O headquartered O in O Silicon O Valley O , O San O Jose O , O California O . O The O Microsoft O .NET B-Application Micro I-Application Framework I-Application , O .NET O nanoFramework O and O Java B-Language Platform I-Language , I-Language Micro I-Language Edition I-Language are O embedded B-Architecture software O platforms O that O , O like O their O larger O cousins O , O include O garbage B-General_Concept collection I-General_Concept . O The O Motorola O MC68012 O processor O is O a O 16/32 O -bit O microprocessor B-Architecture from O the O early O 1980s O . O It O is O an O 84-pin O PGA B-Algorithm version O of O the O Motorola O 68010 O . O The O interposer O provides O 10,000 O data O pathways O between O the O individual O FPGAs B-Architecture – O roughly O 10 O to O 100 O times O more O than O would O usually O be O available O on O a O board O – O to O create O a O single O FPGA B-Architecture . O Much O later O , O MartUX O was O re-branded O as O OpenSXCE O when O it O moved O to O the O first O OpenSolaris B-Operating_System release O to O support O both O SPARC B-Architecture and O Intel O architectures O after O Sun O was O acquired O by O Oracle B-Application . O NEAT O is O an O example O of O a O topology O and O weight O evolving O artificial B-Architecture neural I-Architecture network I-Architecture ( O TWEANN O ) O which O attempts O to O simultaneously O learn O weight O values O and O an O appropriate O topology O for O a O neural B-Architecture network I-Architecture . O The O global O variant O also O does O not O have O the O diamond O cut O finish O found O on O the O MediaTek B-Architecture variant O of O the O phone O . O This O helps O promote O initial O rapid O message O replication B-Architecture to O give O new O messages O a O " O head O start O " O . O It O is O available O with O either O 8 O or O 16 O GB O of O RAM B-Architecture , O 128 O GB O , O 256 O GB O , O 512 O GB O or O 1 O TB O of O Solid B-Device State I-Device Storage I-Device , O and O business O or O consumer O models O . O The O MOS O Technology O 8727 O DMA B-General_Concept was O used O on O the O A2090(A ) O ST-506/SCSI O Controller O and O provides O DMA B-General_Concept management O for O the O Konan O DJC-002 O ( O ST-506 B-Device ) O and O the O WD33C93 O SCSI B-Architecture controllers O with O byte-to-word O funnelling O and O a O 64-byte O FIFO B-Operating_System buffer B-General_Concept . O A O unique O feature O of O the O star B-Architecture network I-Architecture is O that O most O of O the O newly O added O nodes O will O connect O to O the O central O node B-Protocol regardless O of O the O distance O . O In O October O 2016 O , O Microsoft O announced O an O updated O Surface B-Device Book I-Device with O a O new O Nvidia O GeForce O GTX O 965M O GPU B-Architecture and O additional O battery O life O over O the O original O model O . O It O was O the O last O palmtop O from O HP O which O ran O the O MS-DOS B-Application operating O system O , O for O which O there O is O much O software O from O desktop O PCs O , O and O it O came O with O a O useful O bundle O of O software O including O 1-2-3 B-Application and O Quicken B-Application . O Only O high O quality O AA B-Algorithm rechargeable O batteries O should O be O used O in O the O HP200LX O , O as O battery O leaks O can O destroy O the O LCD O 's O flat O video O cable O . O The O device O does O not O provide O the O BIOS B-Operating_System service O ( O INT B-Device 13h I-Device ) O for O reading O from O a O hard B-Device disk I-Device . O Drivers B-Application have O been O partially O written O for O this O purpose O ( O to O boot O MINIX O 2.0 O ) O . O There O is O no O known O compatible O PCMCIA B-Architecture sound O card O for O the O HP200LX O . O works O through O the O serial B-Protocol port I-Protocol using O Voyetra O or O GSPlay O MIDI O programs O , O and O Terrence O Vergauwen O uses O a O PCMCIA B-Architecture parallel O port O card O plus O an O OPL3LPT O ( O Adlib O compatible O sounds O card O thru O parallel O port O ) O for O gaming O . O Nord-10 B-Device had O a O memory O management O system O with O hardware O paging B-Architecture extending O the O memory O size O from O 64 O to O 256K O 16-bit B-Device words O and O two O independent O protecting O systems O , O one O acting O on O each O page O and O one O on O the O mode O of O instructions O . O With O the O introduction O of O the O Creative B-Operating_System Cloud I-Operating_System branding O in O June O 2013 O ( O and O in O turn O , O the O change O of O the O " O CS O " O suffix O to O " O CC O " O ) O , O Photoshop B-Operating_System 's O licensing O scheme O was O changed O to O that O of O software B-Architecture as I-Architecture a I-Architecture service I-Architecture subscription O model O . O Historically O , O Photoshop B-Operating_System was O bundled O with O additional O software O such O as O Adobe B-Operating_System ImageReady I-Operating_System , O Adobe B-Operating_System Fireworks I-Operating_System , O Adobe B-Operating_System Bridge I-Operating_System , O Adobe B-Operating_System Device I-Operating_System Central I-Operating_System and O Adobe O Camera B-Application RAW I-Application . O In O May O 1972 O , O Motorola O 's O engineers O began O visiting O select O customers O and O sharing O the O details O of O their O proposed O 8-bit O microprocessor B-Architecture system O with O ROM O , O RAM O , O parallel O and O serial O interfaces O . O An O atlas B-Device can O also O be O used O to O define O additional O structure O on O the O manifold B-Architecture . O Such O code O had O to O be O executed O using O x86 O real B-Application mode I-Application , O which O prevented O it O from O being O invoked O by O a O kernel B-Operating_System running O in O protected B-Application mode I-Application . O The O situation O changed O when O Luc O Verhaegen O and O other O developers O found O a O way O to O do O the O mode-setting B-Operating_System natively O instead O of O BIOS-based O , O showing O that O it O was O possible O to O do O it O using O normal O kernel B-Operating_System code O and O laying O the O groundwork O for O what O would O become O Kernel B-Operating_System Mode B-Operating_System Setting I-Operating_System . O In O May O 2007 O Jesse O Barnes O ( O Intel O ) O published O the O first O proposal O for O a O drm-modesetting O API B-Application and O a O working O native O implementation O of O mode-setting B-Operating_System for O Intel O GPUs B-Architecture within O the O i915 O DRM O driver O . O Implementations O of O indexed O files B-Operating_System vary O between O vendors O , O although O common O implementations O , O such O as O C-ISAM B-Application and O VSAM O , O are O based O on O IBM O 's O ISAM B-Application . O other O implementations O are O Record B-Application Management I-Application Services I-Application on O OpenVMS B-Operating_System and O Enscribe B-Application on O HPE B-Architecture NonStop I-Architecture ( O Tandem O ) O . O Relative O files B-Operating_System , O like O indexed O files B-Operating_System , O have O a O unique O record O key O , O but O they O do O not O have O alternate O keys O . O HiSilicon B-Architecture ( O Shanghai O ) O Technologies O CO. O , O Ltd O is O a O fabless B-Algorithm semiconductor O and O IC O design O company O . O The O word O length O was O 72 O bits O , O with O 160 O words O of O random-access B-Architecture memory I-Architecture provided O by O single-word O nickel O acoustic O delay O lines O . O Soft B-General_Concept computing I-General_Concept tools O were O developed O in O the O 1980s O , O such O as O neural B-Architecture networks I-Architecture , O fuzzy B-General_Concept systems I-General_Concept , O Grey O system O theory O , O evolutionary O computation O and O many O tools O drawn O from O statistics O or O mathematical O optimization O . O In O most O MOS B-Architecture transistors I-Architecture since O about O the O mid O 1970s O , O the O " O M O " O for O metal O has O been O replaced O by O a O non-metal O gate O material O . O Ideas O and O definitions O about O business B-Architecture architecture I-Architecture originate O from O different O academic O sub O disciplines O , O where O the O concept O of O business B-Architecture architecture I-Architecture and O methods O and O techniques O are O developing O in O numerous O initiatives O . O Examples O of O shared O physical O media O are O bus B-Architecture networks I-Architecture , O ring B-Architecture networks I-Architecture , O hub B-Protocol networks O , O wireless B-General_Concept networks I-General_Concept and O half-duplex O point-to-point B-Architecture links O . O Among O new O LCD B-Device driver O interfaces O , O CalDriCon B-Architecture satisfies O both O of O high-speed O requirements O of O 2.0 O Gbit/s/lane O and O noise O tolerances O against O unstable O power O sources O and O grounds O as O well O as O auto-adjustment O of O skew O between O clock O and O data O . O The O importance O of O balanced O matrices O comes O from O the O fact O that O the O solution O to O a O linear B-Algorithm programming I-Algorithm problem I-Algorithm is O integral O if O its O matrix B-Architecture of O coefficients O is O balanced O and O its O right O hand O side O or O its O objective O vector O is O an O all-one O vector O . O ROM B-Device contained O the O OPUS O and O CP/M B-Application operating I-Application systems I-Application . O The O CIP O are O Romanian O ZX B-Operating_System Spectrum I-Operating_System clones B-General_Concept made O by O Intreprinderea O Electronica O . O The O ROM B-Device is O original O Sinclair O , O but O has O been O modified O to O display O ' O BASIC O S O ' O in O place O of O the O standard O Sinclair O copyright O message O . O Only O one O set O of O 8× O 1-bit O 64KB O RAM B-Architecture modules O is O present O . O The O earliest B-General_Concept microprocessors I-General_Concept starting O in O 1970 O were O all O MOS O microprocessors B-Architecture ; O i.e. O , O fabricated O entirely O from O PMOS B-Algorithm logic I-Algorithm or O fabricated O entirely O from O NMOS B-Algorithm logic I-Algorithm . O Telephone O and O cable O TV O service O is O also O included O , O making O it O the O third O such O company O to O compete O for O TV O , O 1 O gigabit O internet O and O telephone O services O within O the O same O footprint.AT O &T O ( O formerly O SBC O ) O Dallas O , O TexasSouth-Southwest O United O States O With O its O U-verse O product O , O AT&T O ( O formerly O SBC O ) O had O pursued O a O strategy O of O Fiber O to O the O Neighborhood O ( O FTTN B-Architecture ) O and O had O even O delivered O Fiber B-Architecture to I-Architecture the I-Architecture Premises I-Architecture ( O FTTP B-Architecture ) O prior O to O the O services O ' O launch O . O So O prior O to O the O introduction O of O modules B-Architecture in O Fortran-90 O , O type O checking O between O FORTRAN B-Application subprograms O was O impossible O . O Starting O with O the O popularity O of O the O IBM B-Application System/360 I-Application , O libraries O containing O other O types O of O text O elements O , O e.g. O , O system O parameters O , O also O became O common O . O One O could O think O of O differential O k-forms O as O linear B-Architecture operators I-Architecture that O act O on O k-dimensional O " O bits O " O of O space O , O in O which O case O one O might O prefer O to O use O the O bracket O notation O for O a O dual O pairing O . O Meanwhile O , O there O are O a O few O but O important O differentiators O between O cloud B-Architecture and O cloudlet B-Operating_System . O It O is O typically O a O type O of O dynamic O RAM B-Architecture ( O DRAM O ) O , O such O as O synchronous O DRAM O ( O SDRAM O ) O , O where O MOS B-Architecture memory I-Architecture chips O store O data O on O memory B-Algorithm cells I-Algorithm consisting O of O MOSFETs B-Architecture and O MOS O capacitors O . O " O Egenhofer-Matrix O " O is O a O synonym O for O the O 9IM O 3x3 O matrix B-Architecture of O boolean O domain B-Application . O Compared O to O most O image B-Algorithm processing I-Algorithm libraries O VIPS B-Language needs O little O RAM B-Architecture and O runs O quickly O , O especially O on O machines O with O more O than O one O CPU B-Device . O The O Redmi B-Application K20 I-Application is O powered O by O the O mid-range O Qualcomm O Snapdragon O 730 O and O has O the O same O RAM B-Architecture and O storage O options O as O the O Redmi B-Application K20 I-Application Pro I-Application . O The O emulator B-Application package O JKCEMU O , O which O runs O under O Windows O and O Linux O , O was O developed O to O emulate O GDR O microcomputers B-Architecture , O in O particular O the O Z1013 B-Device . O A O specialization O of O digital B-General_Concept telephony I-General_Concept , O Internet B-Protocol Protocol I-Protocol ( O IP O ) O telephony O involves O the O application O of O digital O networking O technology O that O was O the O foundation O to O the O Internet O to O create O , O transmit O , O and O receive O telecommunications O sessions O over O computer B-Architecture networks I-Architecture . O Several O software B-Architecture radio I-Architecture implementations O use O the O open O source O SDR O library O DttSP O . O In O July O 1976 O , O Robert O Metcalfe O and O David O Boggs O published O their O paper O " O Ethernet O : O Distributed O Packet B-Protocol Switching I-Protocol for O Local O Computer B-Architecture Networks I-Architecture " O and O collaborated O on O several O patents O received O in O 1977 O and O 1978 O . O It O has O a O 1.5GHz O dual-core B-Architecture Qualcomm B-Application Krait I-Application CPU O and O a O 4.5 O " O IPS B-Architecture TFT B-Device LCD I-Device display O , O as O well O as O a O high-sensitivity O capacitive B-Device touchscreen B-Device that O can O be O used O with O gloves O and O fingernails O ; O the O display O is O covered O by O curved O Gorilla O Glass O and O has O a O 9ms O response O time O . O A O method O in O Java B-Language programming I-Language sets O the O behavior O of O a O class O object O . O For O example O , O an O object O can O send O an O area O message B-Architecture to O another O object O and O the O appropriate O formula O is O invoked O whether O the O receiving O object O is O a O rectangle O , O circle O , O triangle O , O etc O . O In O the O field O of O mathematical O modeling O , O a O radial B-Algorithm basis I-Algorithm function I-Algorithm network I-Algorithm is O an O artificial B-Architecture neural I-Architecture network I-Architecture that O uses O radial B-Algorithm basis I-Algorithm functions I-Algorithm as O activation B-Algorithm functions I-Algorithm . O This O does O not O have O a O scaling B-Architecture problem O , O but O the O central O server O is O a O single O point O of O failure O . O This O older O version O of O the O ARM B-Architecture instruction I-Architecture set I-Architecture is O supported O because O it O is O not O covered O by O patents O , O and O so O can O be O implemented O with O no O license O from O ARM O Holdings O , O unlike O some O prior O open B-Application source I-Application projects O ( O e.g. O , O ) O . O The O MP32 O had O the O Fortran B-Application math O runtime O library O package O built O into O its O microcode B-Device . O This O was O a O RISC B-Architecture processor I-Architecture ( O reduced B-Architecture instruction I-Architecture set I-Architecture computer I-Architecture ) O . O Acoustic B-Architecture suspension I-Architecture woofers I-Architecture remain O popular O in O hi-fi O systems O due O to O their O low O distortion O . O In O addition O there O are O instructions O for O moving O data O between O the O integer O registers O and O XMM O ( O used O in O SSE B-General_Concept ) O /FPU O ( O used O in O MMX B-Architecture ) O registers O . O 3D B-Architecture accelerator I-Architecture cards I-Architecture moved O beyond O being O simple O rasterizers O to O add O another O significant O hardware B-Architecture stage O to O the O 3D O rendering O pipeline O . O 64/128 O GB O , O 4 O GB O RAM B-Architecture . O After O mpg12play O v0.95pre5 O , O the O code O was O merged O with O an O AVI O player O based O on O avifiles O Win32 B-Library DLL O loader O to O form O MPlayer O v0.3 O in O November O 2000 O . O MPlayer O was O previously O called O " O MPlayer O - O The O Movie O Player O for O Linux B-Application " O by O its O developers O but O this O was O later O shortened O to O " O MPlayer O - O The O Movie O Player O " O after O it O became O commonly O used O on O other O operating O systems O . O There O are O various O SIP B-Architecture blocks I-Architecture that O can O accelerate O video O decoding O computation O in O several O formats O , O including O PureVideo O , O UVD O , O QuickSync B-Algorithm Video I-Algorithm , O TI O Ducati O and O others O . O A O single O TLB B-Architecture can O be O provided O for O access O to O both O instructions O and O data B-General_Concept , O or O a O separate O Instruction O TLB B-Architecture ( O ITLB B-Architecture ) O and O data B-General_Concept TLB B-Architecture ( O DTLB B-Architecture ) O can O be O provided O . O However O , O the O TLB B-Architecture cache B-General_Concept is O part O of O the O memory B-General_Concept management I-General_Concept unit I-General_Concept ( O MMU O ) O and O not O directly O related O to O the O CPU O caches B-General_Concept . O The O 32 B-Algorithm nm I-Algorithm node O is O the O step O following O the O 45 B-Algorithm nm I-Algorithm process I-Algorithm in O CMOS B-Device ( O MOSFET B-Architecture ) O semiconductor B-Architecture device I-Architecture fabrication I-Architecture . O Two O FPGA B-Architecture chips O handled O track O playback O , O monitoring O , O and O internal O routing O , O providing O a O lower O round O trip O latency O . O The O Data B-Device General/One I-Device also O had O a O built-in O dumb O terminal O emulator O , O suggesting O an O attempt O to O attract O as O customers O those O in O organisations O with O large O , O expensive O minicomputers B-Architecture or O mainframes B-Architecture that O would O access O corporate O data O via O terminals O such O as O the O ADM-3A B-Device or O Data O General O 's O own O Dasher O terminals O ( O the O cost O of O the O laptop B-Device would O not O have O seemed O excessive O in O such O situations O ) O . O In O this O case O , O the O incidence B-Algorithm matrix I-Algorithm is O also O a O biadjacency O matrix B-Architecture of O the O Levi O graph O of O the O structure O . O Electronic B-Protocol Reference I-Protocol Library I-Protocol ( O ERL O ) O is O a O client O to O server B-Application approach O to O networking B-Architecture CD-ROM O and O magnetic O databases O by O SilverPlatter O . O GPU O : O TeraScale O 2 O ( O Evergreen O ) O ; O all O A O and O E O series O models O feature O Redwood-class O integrated O graphics O on O die O ( O BeaverCreek O for O the O dual-core B-Architecture variants O and O WinterPark O for O the O quad-core B-Architecture variants O ) O . O Psi-Theory B-Architecture developed O under O Dietrich O Dörner O at O the O Otto-Friedrich O University O in O Bamberg O , O Germany O . O The O virtual B-Architecture machine I-Architecture runs O the O Java O platform O on O compatible O mobile O devices O , O and O it O can O also O run O applications O which O have O been O converted O into O a O compact O Dalvik B-Application Executable I-Application ( O .dex B-Application ) O bytecode O format O for O lower O end O devices O . O In O DEC O 's O product O offerings O , O the O VAX B-Device architecture O was O eventually O superseded O by O RISC B-Architecture technology O . O FTP B-Protocol firewall O rule O on O FTPS B-Protocol server.21Decryption O failedfatalTLS O only O , O reserved22Record O overflowfatalTLS O only30Decompression O failurefatal40Handshake O failurefatal41No O certificatewarning/fatalSSL O 3.0 O only O , O reserved42Bad O certificatewarning/fatal43Unsupported O certificatewarning/fatale.g. O certificate O has O only O server B-Application authentication O usage O enabled O and O is O presented O as O a O client B-Protocol certificate44Certificate O revokedwarning/fatal45Certificate O expiredwarning/fatalCheck O server B-Application certificate O expire O also O check O no O certificate O in O the O chain O presented O has O expired46Certificate O unknownwarning/fatal47Illegal O parameterfatal48Unknown O CA O ( O Certificate B-Architecture authority I-Architecture ) O fatalTLS O only49Access O deniedfatalTLS O only O – O e.g. O The O emphasis O of O the O camera O is O the O video O with O Venus B-Application Engine I-Application IX O processor O allow O for O 4K B-Architecture video I-Architecture and O 12 O fps O continuous O shooting O . O The O Ricoh B-General_Concept 2A03 I-General_Concept or O RP2A03 B-General_Concept ( O NTSC O version O ) O / O Ricoh B-General_Concept 2A07 I-General_Concept or O RP2A07 B-General_Concept ( O PAL B-Language version O ) O is O an O 8-bit O microprocessor B-Architecture manufactured O by O Ricoh O for O the O Nintendo O Entertainment O System O video B-Device game I-Device console I-Device . O Internet-Speed B-Architecture Development I-Architecture is O an O Agile O Software O Development O development O method O using O a O combined O spiral O model/waterfall O model O with O daily O builds O aimed O at O developing O a O product O with O high O speed O . O RTLS O are O enabled O by O Wireless B-Architecture LAN I-Architecture systems O ( O according O to O IEEE O 802.11 O ) O or O other O wireless O systems O ( O according O to O IEEE O 802.15 O ) O with O multilateration O . O A O module B-Architecture interface B-Application expresses O the O elements O that O are O provided O and O required O by O the O module B-Architecture . O The O screen O technologies O used O to O create O curved O LCD B-Device screens I-Device are O Vertical O Alignment O , O which O helps O to O reduce O any O white O glow O that O may O affect O an O angular O view O , O and O IPS B-Architecture Panels I-Architecture , O which O are O more O susceptible O to O distortion O . O It O is O intended O to O render O games O nominally O at O 1440p O , O with O support O for O a O 4K B-Architecture upscaler O , O at O 60 O frames O per O second O , O although O it O can O go O as O high O at O 120 O frames O per O second O at O this O resolution O . O Lua B-Language programs O are O not O interpreted B-Application directly O from O the O textual O Lua B-Language file O , O but O are O compiled B-Language into O bytecode O , O which O is O then O run O on O the O Lua B-Language virtual B-Architecture machine I-Architecture . O Researchers O are O also O perusing O alternate O technologies O for O CNN B-Architecture processors O . O NTP B-Architecture server I-Architecture misuse I-Architecture and I-Architecture abuse I-Architecture covers O a O number O of O practices O which O cause O damage O or O degradation O to O a O Network B-Protocol Time I-Protocol Protocol I-Protocol ( O NTP B-Protocol ) O server O , O ranging O from O flooding O it O with O traffic O ( O effectively O a O DDoS O attack O ) O or O violating O the O server O 's O access O policy O or O the O NTP B-Protocol . O Its O primary O use O is O on O embedded B-Architecture systems I-Architecture that O lack O any O kind O of O operating B-General_Concept system I-General_Concept ; O in O that O case O it O calls O a O board B-Operating_System support I-Operating_System package I-Operating_System that O can O do O things O like O write O a O byte O of O output O on O a O serial O port O , O or O read O a O sector O from O a O disk O or O other O memory O device O . O SMM O is O entered O via O the O SMI O ( O system B-Architecture management I-Architecture interrupt I-Architecture ) O , O which O is O invoked O by O : O CEA-Leti O also O developed O monolithic O 3DIC B-Architecture approaches O , O called O sequential O 3DIC B-Architecture . O It O is O connected O to O a O host O microcontroller B-Architecture via O 3-line O or O 2-line O serial O interface O . O Specifies O an O extension O to O the O SMTP B-Protocol service O that O allows O an O SMTP B-Protocol server I-Protocol and O client B-Protocol to O use O transport-layer B-Architecture security O to O provide O private O , O authenticated O communication O over O the O Internet O . O The O standards O define O numerous O port O types O with O different O optical O and O electrical O interfaces O and O different O numbers O of O optical B-Architecture fiber I-Architecture strands O per O port O . O The O dynamical O behavior O of O CNN B-Architecture processors O can O be O expressed O using O differential O equations O , O where O each O equation O represents O the O state O of O an O individual O processing O unit O . O The O ThinkPad B-Device 10 I-Device comes O in O various O configurations O , O such O as O 64 O and O 128 O GB O variants O with O 2 O or O 4 O gigabytes O of O RAM B-Architecture , O and O 32-bit O and O 64-bit B-Device versions O of O Microsoft B-Application Windows I-Application . O While O there O is O disagreement O over O who O invented O the O microprocessor B-Architecture , O the O first O commercially O produced O microprocessor B-Architecture was O the O Intel B-General_Concept 4004 I-General_Concept , O released O as O a O single O MOS B-Architecture LSI O chip O in O 1971 O . O The O IPS B-Architecture LCD I-Architecture screen O has O a O pixel B-Algorithm density I-Algorithm of O 765 O ppi O when O rendered O in O 4K B-Architecture resolution I-Architecture and O features O Sony O 's O TRILUMINOS O display O and O X-Reality O for O mobile O technology O . O Because O they O require O less O coding O knowledge O , O nearly O anyone O in O a O software O development O environment O can O learn O to O use O a O low-code B-Architecture development I-Architecture platform I-Architecture . O In O 2000 O CNN B-Architecture placed O Freeciv B-Application among O the O " O Top O 10 O Linux B-Application games O for O the O holidays O " O . O The O term O " O New O Range O " O was O used O during O development O for O the O product O line O that O was O eventually O launched O as O the O 2900 B-Device Series I-Device , O the O operating B-General_Concept system I-General_Concept being O known O initially O as O VME/B B-General_Concept and O later O simply O as O VME B-General_Concept . O These O ran O the O VME B-General_Concept and O DME B-Operating_System ( O emulation O ) O operating B-General_Concept systems I-General_Concept , O and O were O available O in O both O single O and O multi-processor O configurations O , O the O later O being O known O as O Duals O and O SuperDuals O ( O 2966 O and O 2988 O only O ) O . O The O world O 's O first O commercially O available O massively B-Operating_System parallel I-Operating_System computer I-Operating_System , O the O Distributed B-Device Array I-Device Processor I-Device ( O DAP O ) O , O that O first O ran O as O an O attached O processor O to O the O ICL B-Device 2980 I-Device . O Series B-Device 39 I-Device followed O the O same O essential O architecture O as O 2900 B-Device series I-Device , O but O was O a O dramatic O step O forward O in O hardware B-Architecture technology O . O It O was O the O first O commercial O mainframe B-Architecture to O exploit O optical O fibres O for O central O interconnect O , O and O also O introduced O a O multi-CPU O ( O multinode O ) O architecture O transparent O to O the O applications O . O Fibre B-Architecture Channel I-Architecture HBAs O are O available O for O open B-Operating_System systems I-Operating_System , O computer O architectures O , O and O buses O , O including O PCI B-Protocol and O SBus B-Architecture ( O obsolete O today O ) O . O The O microcontrollers B-Architecture in O the O TLCS-47 O category O are O 4-bit O systems O . O Cross B-Application Platform I-Application Component I-Application Object I-Application Model I-Application ( O XPCOM B-Application ) O is O a O cross-platform B-Operating_System component B-Architecture model I-Architecture from O Mozilla B-Operating_System . O COBOL O ( O ; O an O acronym O for O " O common O business-oriented O language O " O ) O is O a O compiled B-Language English-like O computer O programming O language O designed O for O business O use O . O It O is O an O imperative B-Application , O procedural B-Application and O , O since O 2002 O , O object-oriented B-Language language I-Language . O COBOL O is O still O widely O used O in O applications O deployed O on O mainframe B-Architecture computers I-Architecture , O such O as O large-scale O batch B-General_Concept and O transaction B-General_Concept processing I-General_Concept jobs O . O However O , O due O to O its O declining O popularity O and O the O retirement O of O experienced O COBOL O programmers O , O programs O are O being O migrated O to O new O platforms O , O rewritten O in O modern O languages O or O replaced O with O software B-Architecture packages I-Architecture . O COBOL O was O designed O in O 1959 O by O CODASYL B-Language and O was O partly O based O on O the O programming O language O FLOW-MATIC B-Language designed O by O Grace O Hopper O . O It O was O created O as O part O of O a O US O Department O of O Defense O effort O to O create O a O portable B-Architecture programming O language O for O data O processing O . O Expansions O include O support O for O structured B-Language and O object-oriented B-Language programming I-Language . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O COBOL O has O been O criticized O throughout O its O life O for O its O verbosity O , O design O process O , O and O poor O support O for O structured B-Language programming I-Language . O For O years O , O COBOL O has O been O assumed O as O a O programming B-Language language I-Language for I-Language business I-Language operations O in O mainframes B-Architecture , O although O in O recent O years O an O increasing O interest O has O surged O on O migrating O COBOL O operations O to O cloud B-Architecture computing I-Architecture . O The O major O elements O of O a O core B-Architecture architecture I-Architecture data I-Architecture model I-Architecture are O described O as O follows O : O Computer B-Application programmers I-Application may O be O programming-in-the-small O : O programming O within O a O single O module B-Architecture . O It O is O also O the O included O in O default O installations O of O the O Kali O Linux B-Application digital O forensics O distribution O , O and O is O pre-installed O on O Ångström B-Language , O a O specialty O Linux B-Application distribution I-Application for O embedded B-Architecture systems I-Architecture such O as O the O BeagleBone O single-board O computer O , O which O uses O Leafpad B-Language as O its O text B-Application editor I-Application . O In O 2021 O , O SCLpred-MEM O , O a O membrane O protein O prediction O tool O powered O by O artificial O neural B-Architecture networks I-Architecture was O published O . O The O IFF O of O World O War O II O and O Soviet O military O systems O ( O 1946 O to O 1991 O ) O used O coded O radar B-Application signals O ( O called O Cross-Band O Interrogation O , O or O CBI O ) O to O automatically O trigger O the O aircraft O 's O transponder B-Architecture in O an O aircraft O illuminated O by O the O radar B-Application . O Software B-Application multitenancy B-Architecture is O a O software B-Architecture architecture I-Architecture in O which O a O single O instance O of O software B-Application runs O on O a O server O and O serves O multiple O tenants O . O BPF O 's O filtering O capabilities O are O implemented O as O an O interpreter O for O a O machine B-Language language I-Language for O the O BPF O virtual B-Architecture machine I-Architecture , O a O 32-bit O machine O with O fixed-length O instructions O , O one O accumulator B-General_Concept , O and O one O index B-General_Concept register I-General_Concept . O used O CMOS B-Device . O The O μCOM-8 O ( μPD753 O ) O is O an O 8-bit O microprocessor B-Architecture that O is O software-compatible O with O the O Intel B-General_Concept 8080 I-General_Concept , O but O differs O in O its O 42-pin O package O and O its O completely O different O pin-out O . O Some O also O support O multi-socket O systems O with O two O , O four O , O or O eight O sockets O through O use O of O the O Ultra B-Architecture Path I-Architecture Interconnect I-Architecture ( O UPI O ) O bus O . O In O the O field O of O computing O , O the O term O magnetic B-Architecture storage I-Architecture is O preferred O and O in O the O field O of O audio O and O video O production O , O the O term O magnetic B-Architecture recording I-Architecture is O more O commonly O used O . O Owners O of O the O 770 O are O encouraged O to O apply O the O ; O preferably O before O having O used O the O WLAN B-Architecture connection O for O the O first O time O . O A O variation O of O McCreight O 's O suffix B-Architecture tree I-Architecture construction O algorithm O for O this O task O was O suggested O in O 1989 O by O Edward O Fiala O and O Daniel O Greene O ; O several O years O later O a O similar O result O was O obtained O with O the O variation O of O Ukkonen B-Algorithm 's I-Algorithm algorithm I-Algorithm by O Jesper O Larsson O . O It O is O designed O to O be O deployed O on O numerous O computers O to O be O clustered O together O to O achieve O supercomputing B-Architecture speeds O . O Commitment B-Architecture ordering I-Architecture ( O CO O ) O is O a O class O of O interoperable O serializability B-Operating_System techniques O in O concurrency B-Operating_System control I-Operating_System of O databases O , O transaction B-General_Concept processing I-General_Concept , O and O related O applications O . O paradigm O , O and O is O the O core O of O the O Cloud B-Architecture computing I-Architecture . O A O view B-Language is O a O logical O relational O table O , O and O the O relational B-Architecture model I-Architecture mandates O that O a O table O is O a O set O of O rows O , O implying O no O sort O order O whatsoever O . O , O GPUs B-Architecture are O popular O for O AI B-Application work O , O and O they O continue O to O evolve O in O a O direction O to O facilitate O deep B-Algorithm learning I-Algorithm , O both O for O training O and O inference O in O devices O such O as O self-driving O cars O . O After O the O addition O of O an O X11 B-Operating_System interface O written O by O Chris O Peterson O , O version O 5.0 O was O posted O to O comp.sources.games B-Architecture ( O as O " O xconq5 O " O ) O in O June O 1988 O . O The O Pixel B-Device C I-Device is O powered O by O the O Nvidia O Tegra O X1 O quad-core B-Architecture system-on-a-chip O . O Modular B-Architecture programming I-Architecture became O widespread O from O the O 1980s O : O the O original O Pascal B-Application language I-Application ( O 1970 O ) O did O not O include O modules B-Language , O but O later O versions O , O notably O UCSD B-Language Pascal I-Language ( O 1978 O ) O and O Turbo B-Application Pascal I-Application ( O 1983 O ) O included O them O in O the O form O of O " O units O " O , O as O did O the O Pascal-influenced O Ada B-Language ( O 1980 O ) O . O SRT O division O is O a O popular O method O for O division O in O many O microprocessor B-Architecture implementations O . O As O explained O above O , O Gaussian B-Algorithm elimination I-Algorithm transforms O a O given O matrix B-Architecture into O a O matrix B-Architecture in O row-echelon O form O . O The O family O , O which O would O have O come O in O the O Glaze3D B-Device 1200 O , O Glaze3D B-Device 2400 O and O Glaze3D B-Device 4800 O models O , O was O supposed O to O offer O full O support O for O DirectX B-Application 7 I-Application , O OpenGL B-Application 1.2 O , O AGP B-Architecture 4× O , O 4× O anisotropic O filtering O , O full-screen O anti-aliasing O and O a O host O of O other O technologies O not O commonly O seen O at O the O time O . O Devices O designed O for O memory B-Architecture mapped I-Architecture I/O I-Architecture can O also O be O accessed O by O using O the O LDA O ( O load O accumulator B-General_Concept from O a O 16-bit O address O ) O and O STA O ( O store O accumulator B-General_Concept at O a O 16-bit O address O specified O ) O instructions O , O or O any O other O instructions O that O have O memory O operands O . O To O speed O the O computer O shutdown B-Device procedure O , O Mac B-Device OS I-Device X I-Device 10.6 I-Device , O aka O Snow B-Device Leopard I-Device , O will O send O SIGKILL O to O applications O that O have O marked O themselves O " O clean O " O resulting O in O faster O shutdown B-Device times O with O , O presumably O , O no O ill O effects O . O in O Linux B-Application ; O it O does O n't O let O programs O save O unsaved O data O . O The O SIGPIPE O signal O is O sent O to O a O process B-Operating_System when O it O attempts O to O write O to O a O pipe B-Operating_System without O a O process B-Operating_System connected O to O the O other O end O . O Using O it O effectively O leads O to O making O asynchronous B-Architecture I/O I-Architecture requests O since O the O kernel B-Operating_System will O poll O the O descriptor O in O place O of O the O caller O . O It O provides O an O alternative O to O active O polling B-General_Concept . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O The O Nokia B-Application 8 I-Application comes O with O the O Qualcomm B-Architecture Snapdragon I-Architecture 835 O CPU O , O backed O by O either O 4 O or O 6 O GB O of O RAM O and O 64GB O of O internal O storage O ( O Tempered O Blue O , O Steel O , O and O Polished O Copper-coloured O models O ) O , O or O 6GB O of O RAM O and O 128GB O of O internal O storage O ( O Polished O Blue O ) O . O The O value B-Architecture stream I-Architecture begins O with O the O initial O concept O , O moves O through O various O stages O of O development O and O on O through O delivery O and O support O . O The O business-standard O contract B-Architecture management I-Architecture model O , O as O employed O by O many O organizations O in O the O United O States O , O typically O exercises O purview O over O the O following O business O disciplines O : O PostgreSQL B-Application includes O built-in O support O for O regular O B-tree B-Architecture and O hash B-Algorithm table I-Algorithm indexes O , O and O four O index O access O methods O : O generalized O search O trees O ( O GiST B-Device ) O , O generalized O inverted B-Algorithm indexes I-Algorithm ( O GIN O ) O , O Space-Partitioned O GiST B-Device ( O SP-GiST O ) O and O Block B-Language Range I-Language Indexes I-Language ( O BRIN B-Language ) O . O It O is O powered O by O the O Qualcomm O Snapdragon O 835 O ( O MSM8998 O ) O , O built O on O 10 O nm O process O technology O with O 8 O custom O Kryo B-Application 280 I-Application processors O ( O 4x O 2.45 O GHz O and O 4x O 1.9 O GHz O ) O , O 4 O GB O of O LPDDR4X O RAM B-Architecture and O uses O the O Adreno B-General_Concept 540 I-General_Concept GPU B-Architecture for O graphics O rendering O . O A O non-broadcast O multiple O access O network O ( O NBMA B-Protocol ) O is O a O computer B-Architecture network I-Architecture to O which O multiple O hosts O are O attached O , O but O data O is O transmitted O only O directly O from O one O computer O to O another O single O host O over O a O virtual B-Protocol circuit I-Protocol or O across O a O switched B-Architecture fabric I-Architecture . O MCS-51 B-Architecture based O microcontrollers B-Architecture have O been O adapted O to O extreme O environments O . O It O also O features O a O battery O backup B-Protocol , O thus O preserving O the O RAM B-Architecture 's O contents O . O With O the O advent O of O the O larger O screens O , O Apple O doubled O the O number O of O memory B-Architecture slots O from O two O to O four O . O While O orthographic O projection B-Application ignores O perspective O to O allow O accurate O measurements O , O perspective B-Architecture projection I-Architecture shows O distant O objects O as O smaller O to O provide O additional O realism O . O A O distributed B-Operating_System hash I-Operating_System table I-Operating_System ( O DHT O ) O is O a O distributed B-Architecture system I-Architecture that O provides O a O lookup O service O similar O to O a O hash B-Algorithm table I-Algorithm . O In O the O 1950s O , O Remington O Rand O introduced O the O UNITYPER B-Device , O which O enabled O data B-General_Concept entry I-General_Concept directly O to O magnetic O tape O for O UNIVAC O systems O . O Mohawk O Data B-General_Concept Sciences O subsequently O produced O an O improved O magnetic O tape O encoder O in O 1965 O , O which O was O somewhat O successfully O marketed O as O a O keypunch O replacement O . O The O rise O of O microprocessors O and O inexpensive O computer B-General_Concept terminals I-General_Concept led O to O the O development O of O additional O key-to-tape O and O key-to-disk O systems O from O smaller O companies O such O as O Inforex B-Device and O Pertec O . O Keypunches O and O punched B-Architecture cards I-Architecture were O still O commonly O used O for O both O data B-General_Concept and O program B-General_Concept entry O through O the O 1970s O but O were O rapidly O made O obsolete O by O changes O in O the O entry O paradigm O and O by O the O availability O of O inexpensive O CRT O computer B-General_Concept terminals I-General_Concept . O Google B-Application Cloud O Platform O ( O GCP O ) O , O offered O by O Google B-Application , O is O a O suite O of O cloud B-Architecture computing I-Architecture services O that O runs O on O the O same O infrastructure O that O Google B-Application uses O internally O for O its O end-user O products O , O such O as O Google B-Application Search I-Application , O Gmail B-Application , O Google B-Application Drive I-Application , O and O YouTube B-General_Concept . I-General_Concept When O a O hierarchy O of O modes O exists O ( O ring-based O security O ) O , O faults O and O exceptions O at O one O privilege O level B-Architecture may O destabilize O only O the O higher-numbered O privilege B-Operating_System levels I-Operating_System . O Sideband O address B-Architecture bytes O are O sent O at O the O same O rate O as O data O transfers O , O up O to O 8× O the O 66MHz O basic O bus B-General_Concept clock O . O 0x4A70 O DreamCrypt O Dream O Multimedia O 2004 O Proposed O conditional B-Architecture access I-Architecture system I-Architecture used O for O Dreambox O receivers O . O Although O FDDI B-Protocol logical B-Architecture topology I-Architecture is O a O ring-based O token O network O , O it O did O not O use O the O IEEE B-Device 802.5 I-Device Token B-Device Ring I-Device protocol O as O its O basis O ; O instead O , O its O protocol O was O derived O from O the O IEEE B-Protocol 802.4 I-Protocol token B-Protocol bus I-Protocol timed O token O protocol O . O The O Hi1612 O is O HiSilicon B-Architecture 's O second O generation O server O processor O launched O in O 2016 O . O The O integration O of O Studio B-Application One I-Application version O 2 O with O Melodyne O was O achieved O via O the O creation O of O a O new O plug-in B-Application extension O , O known O as O Audio B-Architecture Random I-Architecture Access I-Architecture ( O ARA B-Architecture ) O . O The O μCOM-42 O ( μPD548 O ) O is O a O 4-bit O PMOS B-Algorithm microcontroller B-Architecture in O a O 42-pin O package O . O The O μCOM-43 O series O consists O of O more O than O 10 O different O 4-bit O microcontrollers B-Architecture . O Installing O a O software B-Application appliance I-Application to O a O virtual B-Architecture machine I-Architecture and O packaging O that O into O an O image O , O creates O a O virtual B-Application appliance I-Application . O Memory O interleaving O of O standard O RAM B-Architecture is O not O affected O by O the O presence O of O ULLtraDIMMs B-Device . O Multi-core B-Architecture processors I-Architecture are O intended O to O exploit O a O thread-level O parallelism B-Operating_System , O identified O by O software O . O Around O 2006 O , O to O thwart O detection O , O some O botnets B-Architecture were O scaling O back O in O size O . O The O ISW11SC O uses O the O Samsung B-Application Exynos O 4210 O dual-core B-Architecture 1.4GHz O main O CPU O and O a O Qualcomm O QSC6085 O Modem O chipset O running O at O 192MHz O . O It O can O be O used O as O the O basis O for O a O custom O software B-Architecture framework I-Architecture and O supports O Python B-Language 2.7 O and O 3.5 O and O later O . O They O still O must O load O proprietary O microcode O into O the O GPU B-Architecture to O enable O hardware O acceleration O . O Radeon B-Device 3D O code O is O split O into O six O drivers O , O according O to O GPU B-Architecture technology O : O the O radeon B-Device , O r200 B-Device and O r300 B-Device classic O drivers O and O r300g O , O r600g O and O radeonsi O Gallium3D O drivers O : O Ordered O logit O and O ordered O probit B-Architecture regression I-Architecture for O ordinal B-General_Concept data I-General_Concept . O In O computer B-General_Concept science I-General_Concept , O random-access B-Application machine I-Application ( O RAM B-Architecture ) O is O an O abstract B-Application machine I-Application in O the O general O class O of O register B-Application machines I-Application . O The O device O is O sold O in O Wi-Fi O and O 4G B-Architecture LTE O versions O although O the O 4G B-Architecture LTE O version O of O the O tablet B-Device may O not O be O available O in O some O countries O . O MATLAB B-Language allows O matrix B-Architecture manipulations O , O plotting O of O functions O and O data O , O implementation O of O algorithms O , O creation O of O user B-Application interfaces I-Application , O and O interfacing O with O programs O written O in O other O languages O . O The O Meizu B-Application U20 I-Application features O a O MediaTek O Helio O P10 O system-on-a-chip B-Architecture with O an O array O of O eight O ARM B-Architecture Cortex-A53 O CPU B-General_Concept cores O , O an O ARM B-Architecture Mali-T860 B-General_Concept MP2 O GPU B-Architecture and O 2 O or O 3 O GB O of O RAM B-Architecture . O Google B-Application Earth O Engine O is O a O cloud B-Architecture computing I-Architecture platform I-Architecture for O processing O satellite B-Application imagery O and O other O geospatial O and O observation O data O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O The O Asus-powered O graphics O will O apparently O be O housed O in O a O " O first-of-its-kind O hot-swappable O GPU B-Architecture slot O " O which O , O according O to O KFC O , O will O keep O the O device O as O " O the O most O powerful O console O for O generations O to O come. O " O The O National O Semiconductor O COP8 B-Device is O an O 8-bit O CISC B-Architecture core O microcontroller B-Architecture . O DPS O 6 O and O DPS O 4 O ( O ex-Level O 62 O ) O were O superseded O by O Motorola B-Device 68000 I-Device and O later O on O PowerPC B-Architecture minicomputers B-Architecture running O Unix B-Application and O the O product O lines O were O discontinued O , O though O GCOS B-General_Concept 6 O ran O in O an O emulator B-Application on O top O of O AIX B-Application . O It O is O sometimes O also O mentioned O in O articles O discussing O a O device O , O because O it O allows O to O distinguish O different O hardware B-Architecture variants O of O a O device O , O even O if O the O manufacturer O offers O them O under O the O same O name O . O 6/2021 O stipulates O that O LCN O itself O is O given O by O the O Directorate O General O of O Post O and O Telecommunications O ( O Dirjen O Postel O ) O Kemenkominfo O RI O to O television O stations O that O are O tenants O of O multiplexing B-Architecture channels O . O In O addition O to O Ubuntu B-Operating_System , O an O alpha O port O of O Arch O Linux O ARM B-Architecture , O which O in O January O 2012 O provides O full O touchscreen B-Device support O with O GNOME B-Application 3 O / O LXDE B-Language , O Wi-Fi O access O , O but O not O Bluetooth B-Protocol , O camera O or O sound O can O be O installed O using O the O previously O mentioned O moboot O method O . O Microsoft B-Application Access I-Application is O designed O to O scale O to O support O more O data O and O users O by O linking O to O multiple O Access O databases B-Application or O using O a O back-end B-Architecture database O like O Microsoft B-Application SQL I-Application Server I-Application . O The O elegance O issue O is O why O relatively O few O software B-Architecture frameworks I-Architecture have O stood O the O test O of O time O : O the O best O frameworks O have O been O able O to O evolve O gracefully O as O the O underlying O technology O on O which O they O were O built O advanced O . O In O some O applications O , O the O sampling O of O the O data O is O generally O not O related O to O the O geometry O of O the O manifold B-Architecture we O are O interested O in O describing O . O This O function O is O an O affine B-Algorithm map I-Algorithm , O not O strictly O a O linear B-Architecture map I-Architecture , O but O it O results O in O an O equivalent O polynomial B-Architecture counter I-Architecture whose O state B-Application is O the O complement O of O the O state B-Application of O an O LFSR B-Architecture . O copying O the O command-line O arguments O into O virtual B-Architecture memory I-Architecture ; O This O IDE O was O named O Code O Composer O Essentials O ( O CCE O ) O and O was O designed O for O the O MSP430 B-Architecture line O of O microcontrollers O . O The O purpose O , O as O with O photolithography B-Algorithm , O is O to O create O very O small O structures O in O the O resist O that O can O subsequently O be O transferred O to O the O substrate B-Architecture material O , O often O by O etching B-Algorithm . O Mantle B-Application was O designed O as O an O alternative O to O Direct3D B-Application and O OpenGL B-Application , O primarily O for O use O on O personal B-Device computers I-Device , O although O Mantle B-Application supports O the O GPUs B-Architecture present O in O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System and O in O the B-Device Xbox I-Device One I-Device . O Although O it O is O more O powerful O than O the O next O five O systems O on O the O TOP500 B-Operating_System list O combined O , O at O 824.56MFLOPS/W O it O has O the O lowest O power O to O performance O ratio O of O any O current O major O supercomputer B-Architecture system O . O It O had O , O depending O on O the O sub-model O up O to O 5 O ISA B-Architecture and/or O 3 O PCI B-Protocol expansion B-Device slots I-Device and O five O ( O 2 O external O 5.25 O " O , O 1 O external O and O 1 O internal O 3.5 O " O ) O drive O bays O . O A O typical O end-to-end O path O of O traffic O in O a O fixed O to O mobile O interconnection B-Architecture scenario O is O illustrated O below O : O Further O developments O allowed O faster O read O speeds O by O offering O synchronous O burst B-Architecture mode I-Architecture and O asynchronous O page O mode O read O operations O . O Switching O from O VM B-Architecture to O Docker B-Language allowed O installation O on O any O Linux-based O server O , O including O Amazon B-General_Concept EC2 I-General_Concept , O DigitalOcean B-Application and O Microsoft B-Application Azure I-Application . O In O 2018 O , O Bloomberg O reported O that O Apple O was O planning O to O use O its O own O chips O based O on O the O ARM B-Architecture architecture I-Architecture beginning O in O 2020 O . O The O iPad B-Device Pro I-Device , O released O in O 2015 O , O features O the O first O Lightning B-Architecture connector I-Architecture supporting O USB B-Protocol 3.0 O host O . O Poly(p-phenylene oxide ) O ( O PPO O ) O , O poly(p-phenylene ether ) O ( O PPE O ) O , O often O referred O to O simply O as O polyphenylene B-Architecture oxide I-Architecture , O is O a O high-temperature O thermoplastic O . O This O procedure O was O not O defined O by O the O operating B-General_Concept system I-General_Concept ; O a O user O would O typically O run O an O installation O program O that O would O either O allow O selection O from O a O range O of O devices O , O or O else O allow O feature-by-feature O editing O of O the O escape O sequences O required O to O access O a O function O . O This O had O to O be O repeated O for O each O application O program O , O since O there O was O no O central O operating B-General_Concept system I-General_Concept service O provided O for O these O devices O . O To O use O a O program O such O as O Wordstar B-Application with O more O than O one O printer O ( O say O , O a O fast O dot-matrix O printer O or O a O slower O but O presentation-quality O daisy O wheel O printer O ) O , O a O separate O version O of O Wordstar B-Application had O to O be O prepared O , O and O one O had O to O load O the O Wordstar B-Application version O that O corresponded O to O the O printer O selected O ( O and O exiting O and O reloading O to O change O printers O ) O . O IBM B-Device System/34 I-Device and O IBM B-Device 3740 I-Device 's O single-density O , O single-sided O format O is O CP/M B-Application ' O s O standard O 8-inch O floppy-disk O format O . O No O standard O 5.25-inch O CP/M B-Application disk O format O exists O , O with O Kaypro O , O Morrow O Designs O , O Osborne B-Device , O and O others O each O using O their O own O . O JRT B-Language Pascal I-Language , O for O example O , O provided O versions O on O 5.25-inch O disk O for O North O Star O , O Osborne B-Device , O Apple O , O Heath O hard B-Architecture sector I-Architecture and O soft O sector O , O and O Superbrain B-Operating_System , O and O one O 8-inch O version O . O If O power O is O lost O , O the O battery O provides O power O while O all O information O is O copied O from O random B-Architecture access I-Architecture memory I-Architecture ( O RAM B-Architecture ) O to O back-up B-Protocol storage O . O This O is O a O list B-Architecture of I-Architecture Internet I-Architecture exchange I-Architecture points I-Architecture by I-Architecture size I-Architecture , O measured O by O peak O data O rate O ( O throughput O ) O , O with O additional O data O on O location O , O establishment O and O average O throughput O . O Typically O , O a O RAM B-Architecture device O has O a O set O of O address O lines O , O and O for O each O combination O of O bits O that O may O be O applied O to O these O lines O , O a O set O of O memory B-Algorithm cells I-Algorithm are O activated O . O Earlier O minicomputer B-Architecture debuggers B-Application include O : O LYaPAS B-Language was O initially O designed O especially O for O non-numeric O programming O for O the O Soviet O designed O and O built O line O of O mainframe B-Architecture computers I-Architecture named O Ural-1 O . O Most O systems O could O only O display O rudimentary O ASCII B-Protocol art O charts O and O diagrams O in O text B-Application mode I-Application or O by O using O a O custom O character B-General_Concept set I-General_Concept . O Some O computers O in O the O Kaypro O line O and O the O TRS-80 B-Device Model I-Device 4 I-Device had O video O hardware O supporting O block O graphics O characters O , O and O these O were O accessible O to O assembler B-Application programmers O and O BASIC O programmers O using O the O CHR$ O command O . O Some O companies O made O official O enhancements O of O CP/M B-Application based O on O Digital O Research O source O code O . O An O example O is O IMDOS B-Operating_System for O the O IMSAI B-Device 8080 I-Device computer O made O by O IMS O Associates O , O Inc. O , O a O clone O of O the O famous O Altair B-Architecture 8800 I-Architecture . O MSX-DOS B-Operating_System for O the O MSX B-Operating_System range O of O computers O is O CP/M B-Application -compatible O and O can O run O CP/M B-Application programs O . O The O Epson B-Device QX-10 I-Device shipped O with O a O choice O of O CP/M B-Application or O the O compatible O TPM-II O or O TPM-III O . O The O British O ZX B-Operating_System Spectrum I-Operating_System compatible O SAM B-Device Coupé I-Device had O an O optional O CP/M B-Application -2.2 O compatible O OS O called O . O The O Husky B-Device ( O computer O ) O ran O a O ROM-based O menu-driven O program O loader O called O DEMOS O which O could O run O many O CP/M B-Application applications O . O The O SoC B-Architecture ( O system B-Architecture on I-Architecture a I-Architecture chip I-Architecture ) O has O compressed O even O more O of O the O integrated O circuitry O into O a O single O chip O ; O SoCs O are O enabling O phones O and O PCs B-Device to O converge O into O single O hand-held O wireless O mobile O devices O . O " O An O architecture B-Architecture framework I-Architecture establishes O a O common O practice O for O creating O , O interpreting O , O analyzing O and O using O architecture O descriptions O within O a O particular O domain O of O application O or O stakeholder O community O . O However O , O the O LLVM B-Application project O evolved O into O an O umbrella O project O that O has O little O relationship O to O what O most O current O developers O think O of O as O a O virtual B-Architecture machine I-Architecture . O A O stub B-Architecture network I-Architecture , O or O pocket O network O , O is O a O somewhat O casual O term O describing O a O computer O network O , O or O part O of O an O internetwork B-Architecture , O with O no O knowledge O of O other O networks O , O that O will O typically O send O much O or O all O of O its O non-local O traffic O out O via O a O single O path O , O with O the O network O aware O only O of O a O default B-Protocol route I-Protocol to O non-local O destinations O . O The O term O " O business B-Architecture architecture I-Architecture " O is O often O used O to O mean O an O architectural O description O of O an O enterprise O or O a O business O unit O , O an O architectural O model O , O or O the O profession O itself O . O The O definition O of O an O internetwork B-Architecture today O includes O the O connection O of O other O types O of O computer B-Architecture networks I-Architecture such O as O personal B-General_Concept area I-General_Concept networks I-General_Concept . O Increases O in O computing O power O in O mobile O phones O enabled O fast O image B-Algorithm processing I-Algorithm and O high-resolution O filming O , O with O 1080p O Full O HD O being O achieved O in O 2011 O and O the O barrier O to O 2160p O 4K B-Architecture being O breached O in O 2013 O . O The O HP B-Device 50g I-Device , O the O last O calculator O utilizing O this O emulator O , O was O discontinued O in O 2015 O when O Samsung B-Application stopped O producing O the O ARM B-Architecture processor I-Architecture on O which O it O was O based O . O The O Saturn O hardware O is O a O nibble O serial O design O as O opposed O to O its O Nut O predecessor O , O which O was O bit-serial B-General_Concept . O These O include O Nanowires B-Architecture , O Single-Electron O Transistors B-Application , O Quantum O dot O cellular O automata O , O and O Nanoscale O Crossbar O Latches O . O WDM O , O CWDM O and O DWDM O are O based O on O the O same O concept O of O using O multiple O wavelengths O of O light O on O a O single O fiber O but O differ O in O the O spacing O of O the O wavelengths O , O number O of O channels O , O and O the O ability O to O amplify O the O multiplexed B-Architecture signals O in O the O optical O space O . O Many O industries O could O be O transformed O with O the O application O of O swarm B-Architecture intelligence I-Architecture , O including O : O automotive O , O cloud O , O medical O , O military O , O research O , O and O technology O . O The O RAM B-Architecture , O graphics B-Device card I-Device and O processor O are O in O most O cases O mounted O directly O onto O the O motherboard B-Device . O Can O be O used O on O various O accelerators B-General_Concept such O as O GPGPU B-Architecture and O FPGAs B-Architecture . O While O Voice B-Application over I-Application IP I-Application ( O VoIP B-Application ) O is O maturing O , O its O deployment O requires O an O investment O in O new O network B-Architecture infrastructure I-Architecture and O customer O premises O equipment O ( O CPE O ) O . O The O TS O series O had O 32-note O polyphony O , O integrated O 24-bit O effects O engine O , O ( O with O 48 O bit O accumulation O ) O a O 30,000 O note O sequencer O ( O expandable O to O over O 100,000 O via O memory O chips B-Architecture ) O which O featured O up O to O 24 O tracks O , O full O MIDI O capabilities O . O In O mathematics O , O a O square B-Algorithm matrix I-Algorithm is O a O matrix B-Architecture with O the O same O number O of O rows O and O columns O . O The O Cordata B-Device CS40 I-Device used O an O Intel B-Device 8088 I-Device CPU O running O at O 4.77 O or O 8.00 O MHz O ( O determined O by O a O toggle O switch O located O on O the O back O of O the O PC O ) O , O and O shipped O with O no O hard B-Device disk I-Device drive I-Device , O 512 O KiB O RAM B-Architecture , O and O two O 5.25 B-Device " I-Device floppy B-Device drives I-Device . O In O mathematics O , O the O injective B-Algorithm tensor I-Algorithm product I-Algorithm of O two O topological B-Architecture vector I-Architecture spaces I-Architecture ( O TVSs O ) O was O introduced O by O Alexander O Grothendieck O and O was O used O by O him O to O define O nuclear B-Algorithm spaces I-Algorithm . O Its O manual O describes O their O architecture B-General_Concept as O having O " O features O of O high-end O mainframe B-Architecture and O supercomputers B-Architecture " O , O with O a O fully O orthogonal B-General_Concept instruction I-General_Concept set I-General_Concept that O includes O non-uniform-length O instructions O , O memory-to-memory O operations O that O include O string O manipulation O , O and O complex O operand-addressing O schemes O . O For O example O , O the O following O algorithm O is O a O direct O implementation O to O compute O the O function O which O is O well-conditioned B-Algorithm at O 1.0 O , O however O it O can O be O shown O to O be O numerically B-Algorithm unstable I-Algorithm and O lose O up O to O half O the O significant B-Architecture digits I-Architecture carried O by O the O arithmetic O when O computed O near O 1.0 O . O Microsoft O is O said O to O have O used O Xenix B-Application on O Sun O workstations O and O VAX B-Device minicomputers B-Architecture extensively O within O their O company O as O late O as O 1988 O . O HP O 's O networking B-Architecture division O was O previously O known O as O HP B-Operating_System ProCurve I-Operating_System . O At O Morgan O Stanley O , O Whitney O helped O to O develop O A+ B-Language , O a O variant O of O APL B-Language , O to O facilitate O migrating O APL B-Language applications O from O IBM O mainframe B-Architecture computers I-Architecture to O a O network O of O Sun O workstations B-Device . O Machine B-Device checks I-Device are O a O hardware B-Architecture problem O , O not O a O software O problem O . O In O distributed B-Architecture computing I-Architecture , O code B-Operating_System mobility I-Operating_System is O the O ability O for O running O programs O , O code B-Language or O objects O to O be O migrated B-General_Concept ( O or O moved O ) O from O one O machine O or O application O to O another O . O As O of O now O only O two O GPU B-Architecture cards O can O be O connected O with O NVLink O ; O three-way O , O four-way O and O quad O are O not O possible O using O NVLink O bridges O even O if O NVLink O by O principle O is O a O very O versatile O interface O . O CP/M B-Application , O originally O standing O for O Control B-Application Program/Monitor I-Application and O later O Control B-Application Program I-Application for I-Application Microcomputers I-Application , O is O a O mass-market O operating B-General_Concept system I-General_Concept created O in O 1974 O for O Intel O 8080/85 O -based O microcomputers B-Architecture by O Gary O Kildall O of O Digital O Research O , O Inc O . O Initially O confined O to O single-tasking O on O 8-bit O processors O and O no O more O than O 64 O kilobytes O of O memory O , O later O versions O of O CP/M B-Application added O multi-user O variations O and O were O migrated O to O 16-bit B-Device processors I-Device . O The O combination O of O CP/M B-Application and O S-100 B-Architecture bus I-Architecture computers O became O an O early O standard O in O the O microcomputer B-Architecture industry O . O This O computer B-Device platform I-Device was O widely O used O in O business O through O the O late O 1970s O and O into O the O mid-1980s O . O CP/M B-Application increased O the O market O size O for O both O hardware O and O software O by O greatly O reducing O the O amount O of O programming O required O to O install O an O application O on O a O new O manufacturer O 's O computer O . O An O important O driver O of O software O innovation O was O the O advent B-Application of O ( O comparatively O ) O low-cost O microcomputers B-Architecture running O CP/M B-Application , O as O independent O programmers O and O hackers O bought O them O and O shared O their O creations O in O user O groups O . O CP/M B-Application was O eventually O displaced O by O DOS B-Device following O the O 1981 O introduction O of O the O IBM B-Device PC I-Device . O Gary O Kildall O originally O developed O CP/M B-Application during O 1974 O , O as O an O operating B-General_Concept system I-General_Concept to O run O on O an O Intel O Intellec-8 O development O system O , O equipped O with O a O Shugart O Associates O 8-inch O floppy-disk O drive O interfaced O via O a O custom O floppy-disk B-Device controller I-Device . O It O was O written O in O Kildall O 's O own O PL/M B-Language ( O Programming O Language O for O Microcomputers B-Architecture ) O . O Various O aspects O of O CP/M B-Application were O influenced O by O the O TOPS-10 B-Operating_System operating B-General_Concept system I-General_Concept of O the O DECsystem-10 B-Device mainframe B-Architecture computer I-Architecture , O which O Kildall O had O used O as O a O development O environment O . O An O early O outside O licensee O of O CP/M B-Application was O Gnat O Computers O , O an O early O microcomputer B-Architecture developer O out O of O San O Diego O , O California O . O In O 1977 O , O the O company O was O granted O the O license O to O use O CP/M B-Application 1.0 O for O any O micro O they O desired O for O $90 O . O Within O the O year O , O demand O for O CP/M B-Application was O so O high O that O Digital O Research O was O able O to O increase O the O license O to O tens O of O thousands O of O dollars O . O Under O Kildall O 's O direction O , O the O development O of O CP/M B-Application 2.0 O was O mostly O carried O out O by O John O Pierce O in O 1978 O . O She O started O by O debugging O CP/M B-Application 2.0 O , O and O later O became O influential O as O key O developer O for O CP/M B-Application 2.2 O and O CP/M B-Application Plus O . O Other O early O developers O of O the O CP/M B-Application base O included O Robert O " O Bob O " O Silberstein O and O David O " O Dave O " O K O . O Brown O . O CP/M B-Application originally O stood O for O " O Control B-Application Program/Monitor I-Application " O , O a O name O which O implies O a O resident B-Application monitor I-Application — O a O primitive O precursor O to O the O operating B-General_Concept system I-General_Concept . O However O , O during O the O conversion O of O CP/M B-Application to O a O commercial O product O , O trademark O registration O documents O filed O in O November O 1977 O gave O the O product O 's O name O as O " O Control B-Application Program I-Application for I-Application Microcomputers I-Application " O . O The O CP/M B-Application name O follows O a O prevailing O naming O scheme O of O the O time O , O as O in O Kildall O 's O PL/M B-Language language O , O and O Prime O Computer O 's O PL/P B-Language ( O Programming O Language O for O Prime O ) O , O both O suggesting O IBM O 's O PL/I B-Language ; O and O IBM O 's O CP/CMS B-Application operating B-General_Concept system I-General_Concept , O which O Kildall O had O used O when O working O at O the O NPS O . O This O renaming O of O CP/M B-Application was O part O of O a O larger O effort O by O Kildall O and O his O wife O with O business O partner O , O Dorothy O McEwen O to O convert O Kildall O 's O personal O project O of O CP/M B-Application and O the O Intel-contracted O PL/M B-Language compiler O into O a O commercial O enterprise O . O The O Kildalls O intended O to O establish O the O Digital O Research O brand O and O its O product O lines O as O synonymous O with O " O microcomputer B-Architecture " O in O the O consumer O 's O mind O , O similar O to O what O IBM O and O Microsoft O together O later O successfully O accomplished O in O making O " O personal O computer O " O synonymous O with O their O product O offerings O . O By O September O 1981 O , O Digital O Research O had O sold O more O than O CP/M B-Application licenses O ; O InfoWorld O stated O that O the O actual O market O was O likely O larger O because O of O sublicenses O . O Many O different O companies O produced O CP/M B-Application -based O computers O for O many O different O markets O ; O the O magazine O stated O that O " O CP/M B-Application is O well O on O its O way O to O establishing O itself O as O the O small-computer O operating O system O " O . O The O companies O chose O to O support O CP/M B-Application because O of O its O large O library O of O software O . O The O Xerox B-Device 820 I-Device ran O the O operating B-General_Concept system I-General_Concept because O " O where O there O are O literally O thousands O of O programs O written O for O it O , O it O would O be O unwise O not O to O take O advantage O of O it O " O , O Xerox O said O . O ( O Xerox O included O a O Howard O W O . O Sams O CP/M B-Application manual O as O compensation O for O Digital O Research O 's O documentation O , O which O InfoWorld O in O 1982 O described O as O atrocious O . O ) O By O 1984 O , O Columbia O University O used O the O same O source O code O to O build O Kermit B-Protocol binaries O for O more O than O a O dozen O different O CP/M B-Application systems O , O plus O a O generic O version O . O The O operating B-General_Concept system I-General_Concept was O described O as O a O " O software B-Architecture bus I-Architecture " O , O allowing O multiple O programs O to O interact O with O different O hardware O in O a O standardized O way O . O Programs O written O for O CP/M B-Application were O typically O portable O among O different O machines O , O usually O requiring O only O the O specification O of O the O escape O sequences O for O control O of O the O screen B-General_Concept and O printer O . O This O portability O made O CP/M B-Application popular O , O and O much O more O software O was O written O for O CP/M B-Application than O for O operating B-General_Concept systems I-General_Concept that O ran O on O only O one O brand O of O hardware O . O One O restriction O on O portability O was O that O certain O programs O used O the O extended O instruction O set O of O the O Z80 B-General_Concept processor O and O would O not O operate O on O an O 8080 B-General_Concept or O 8085 B-General_Concept processor O . O Another O was O graphics O routines O , O especially O in O games O and O graphics O programs O , O which O were O generally O machine-specific O as O they O used O direct O hardware O access O for O speed O , O bypassing O the O OS O and O BIOS O ( O this O was O also O a O common O problem O in O early O DOS B-Device machines O ) O . O 6U O blade B-Architecture servers I-Architecture supporting O up O to O six O blades.Reference O unknown.2007Clear O ForkMotherboardIntel O DH67CF O desktop O motherboard O . O The O PWM O signal O might O come O from O a O radio O control O receiver O to O the O servo B-Algorithm or O from O common O microcontrollers B-Architecture such O as O the O Arduino O . O Oliver O Darcy O , O CNN B-Architecture , O 15 O December O 2022 O In O response O , O Twitter B-Application Head O of O Trust O and O Safety O Ella O Irwin O told O The O Verge O that O " O we O will O suspend O any O accounts O that O violate O our O privacy O policies O and O put O other O users O at O risk O . O The O Galaxian O hardware B-Architecture was O widely O used O during O the O golden O age O of O arcade B-Application video I-Application games I-Application , O by O game O companies O such O as O Namco O , O Centuri O , O Gremlin O , O Irem O , O Konami O , O Midway O , O Nichibutsu O , O Sega O , O and O Taito O . O Implicit O fencing O is O used O for O synchronization O between O graphics O drivers O and O the O GPU B-Architecture hardware O . O In O the O past O the O Linux B-Application kernel B-Operating_System had O an O implicit O fencing O mechanism O , O where O a O fence O is O directly O attached O to O a O buffer O ( O cf O . O The O ISFET B-Algorithm is O a B-General_Concept special O type O of O MOSFET B-Architecture with O a B-General_Concept gate B-Algorithm at O a B-General_Concept certain O distance O , O and O where O the O metal B-Algorithm gate I-Algorithm is O replaced O by O an O ion-sensitive O membrane O , O electrolyte O solution O and O reference O electrode O . O Viewed O as O a O linear B-Architecture operator I-Architecture , O the O most O obvious O and O pressing O question O is O : O what O is O its O spectrum O ? O The O vote B-Architecture ordering I-Architecture strategy O that O enforces O global O CO O is O referred O to O as O in O ( O Raz O 1992 O ) O . O Although O originally O designed O for O telephone O usage O and O later O adopted O for O computer O networking O , O the O modular B-Architecture connector I-Architecture has O been O used O for O microphone O connections O extensively O on O modern O amateur O radio O equipment O , O including O models O from O the O three O major O manufacturers O ( O Icom O , O Kenwood O , O and O Yaesu O ) O , O but O primarily O used O on O mobile O radio O equipment O ( O designed O to O be O mounted O in O vehicles O ) O . O Unified O memory O — O a O memory O architecture O , O where O the O CPU O and O GPU B-Architecture can O access O both O main O system O memory O and O memory O on O the O graphics O card O with O the O help O of O a O technology O called O " O Page O Migration O Engine O " O . O Like O the O Unibus B-Device before O it O , O the O Q-bus B-Architecture uses O : O This O was O essentially O a O version O of O Pup O with O the O added O concept O of O sockets O and O an O internetwork B-Architecture , O which O allowed O routers B-Protocol to O forward O packets O across O connected O networks O . O The O virtual O address O is O calculated O with O an O adder O , O the O relevant O portion O of O the O address O extracted O and O used O to O index O an O SRAM B-Architecture , O which O returns O the O loaded O data B-General_Concept . O This O will O minimize O computational O cost O in O common O cases O where O high O precision B-Architecture is O not O needed O . O Additional O hot-swappable O SCSI B-Architecture hard O drive O modules O or O a O DAT O tape O streamer O can O be O added O to O the O free O slots O . O That O means O that O while O it O is O about O the O right O width O for O a O 19-inch B-Application rack I-Application , O it O requires O at O least O 14 O rack O units O in O height O . O A O third O model O in O a O smaller O rack-mount B-Application case O without O the O large O disk O array O , O the O Network B-Application Server I-Application 300 O ( O code O named O " O Deep O Dish O " O , O as O in O a O deep O dish O pizza O ) O , O never O got O past O the O prototype O stage O . O The O system B-General_Concept unit I-General_Concept is O made O of O metal O , O and O measures O 10 O × O 8.4 O × O 2inches O . O The O Bi O Am O ZX-Spectrum B-Operating_System 128 O was O a O 128KB O version O of O the O same O computer O . O Blic O ( O ru O : O Блиц O ) O or O Blitz O is O a O Soviet O clone B-General_Concept of O the O ZX B-Operating_System Spectrum I-Operating_System 48K O , O designed O in O 1990 O , O and O based O on O the O earlier O Leningrad B-Device clone B-General_Concept . O The O ROM B-Device had O been O modified O to O display O “ O BLIC O Home O Computer O ” O alongside O three O rectangles O which O were O respectively O coloured O blue O , O red O , O and O green O . O The O keys O were O made O of O rubber O , O and O their O size O and O placement O was O virtually O identical O to O that O on O the O original O ZX B-Operating_System Spectrum I-Operating_System 48K O . O Byte O ( O ru O : O Байт O ) O was O a O soviet O clone B-General_Concept made O in O Brest O by O the O Brest O Electromechanical O Plant O . O Introduced O in O 1989 O , O it O used O several O Z80 B-General_Concept CPU B-General_Concept clones B-General_Concept like O the O KR1858VM1 B-Device , O KR1858VM1 B-Device or O T34VM1 B-Device . O Specifications O are O similar O to O the O original O Spectrum O , O with O 48KB O or O RAM B-Architecture . O Directory-based B-Architecture coherence I-Architecture is O a O mechanism O to O handle O Cache B-General_Concept coherence I-General_Concept problem O in O Distributed B-Operating_System shared I-Operating_System memory I-Operating_System ( O DSM O ) O a.k.a. O C B-Language is O commonly O used O on O computer B-General_Concept architectures I-General_Concept that O range O from O the O largest O supercomputers B-Architecture to O the O smallest O microcontrollers B-Architecture and O embedded B-Architecture systems I-Architecture . O Two O proprietary O expansion O slots O may O hold O a O video O card O for O output O to O external O CGA B-Device monitors O , O a O RAM B-Architecture card O for O addition O addition O memory O ( O accordant O to O the O Expanded B-Device Memory I-Device Specification I-Device ) O , O an O EPROM B-General_Concept card O , O a O serial B-Protocol port I-Protocol card O , O and O a O 1,200 O -baud O modem B-Application card O . O The O incorporation O of O microprocessors B-Architecture would O allow O more O computation O and O random O elements O overlaid O into O movement O patterns O . O In O many O machine B-Algorithm learning I-Algorithm algorithms I-Algorithm , O for O example O , O Artificial B-Architecture Neural I-Architecture Network I-Architecture ( O ANN O ) O , O it O is O considered O as O ' O black B-Device box I-Device ' O approach O as O clear O relationships O and O descriptions O of O how O the O results O are O generated O in O the O hidden O layers O are O unknown O . O 2010-09-21 O : O There O are O two O Gallium3D O drivers O for O ATI O hardware O known O as O r300g O and O r600g O for O R300-R500 O and O R600-Evergreen O GPUs B-Architecture respectively O . O 2010-09-21 O : O Major O commits O were O made O to O the O code O to O support O Direct3D B-Application 10 O and O 11 O . O For O web-based O applications O , O the O mode O of O usage O termed O Inline O SVG B-Application allows O SVG B-Application content O to O be O embedded B-Architecture within O an O HTML B-Language document O using O an O O tag B-General_Concept . O As O of O ARMv6 O , O the O ARM B-Architecture architecture I-Architecture supports O no-execute B-General_Concept page I-General_Concept protection I-General_Concept , O which O is O referred O to O as O XN O , O for O eXecute O Never O . O Stateflow B-Language ( O developed O by O MathWorks O ) O is O a O control O logic O tool O used O to O model O reactive O systems O via O state B-Architecture machines I-Architecture and O flow B-Language charts I-Language within O a O Simulink B-Application model O . O In O 2022 O , O Amazon B-Application introduced O AlexaTM O 20B O , O a O moderate-sized O ( O 20 O billion O parameter B-Architecture ) O seq2seq B-Algorithm language B-Language model I-Language . O SLIMbus B-Architecture Device O Class O definitions O are O those O which O specify O the O minimum O requirements O for O Device O control O data O , O Device O behavior O , O and O data O Transport O Protocol O support O . O Third-degree B-Architecture AV I-Architecture block I-Architecture can O be O treated O more O permanently O with O the O use O of O a O dual-chamber O artificial B-Device pacemaker I-Device . O In O B-trees B-Architecture , O internal O ( O non-leaf B-Data_Structure ) O nodes B-Data_Structure can O have O a O variable O number O of O child O nodes B-Data_Structure within O some O pre-defined O range O . O According O to O Adam O Osborne O 's O book O An O Introduction O to O Microprocessors B-Architecture Vol O 2 O : O Some O Real O Products O , O it O was O " O the O most O minicomputer-like O " O of O the O microprocessors B-Architecture available O at O the O time O . O The O Nintendo B-Device 64 I-Device Game I-Device Pak I-Device solid O state O ROM B-Protocol cartridges I-Protocol were O much O faster O than O contemporary O CD-ROM B-Device drives O , O a O strength O that O allowed O developers O to O stream O data O from O them O in O real-time O as O if O they O were O additional O RAM B-Architecture , O thus O freeing O the O system O 's O memory O to O handle O other O things O . O Shake O 's O historical O strength O had O been O the O ability O to O work O better O with O very O high O resolution O formats O such O as O 2K B-General_Concept , O 4K B-Architecture , O and O IMAX O used O in O the O motion B-Operating_System picture O industry O . O StumpWM B-Language source O code O is O hosted O on O GitHub B-Application and O the O version B-Architecture control I-Architecture system I-Architecture used O is O Git B-Application . O Early O previews O of O the O devices O noted O that O the O 5K O PLUS O featured O a O sharper O image O , O while O the O 8K B-Architecture had O a O significantly O reduced O screen-door B-General_Concept effect I-General_Concept . O The O SIGPIPE O signal O is O sent O to O a O process B-Operating_System when O it O attempts O to O write O to O a O pipe B-Operating_System without O a O process B-Operating_System connected O to O the O other O end O . O Using O it O effectively O leads O to O making O asynchronous B-Architecture I/O I-Architecture requests O since O the O kernel B-Operating_System will O poll O the O descriptor O in O place O of O the O caller O . O It O provides O an O alternative O to O active O polling B-General_Concept . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O when O it O performs O a O segmentation B-Error_Name violation I-Error_Name . O The O SIGSTOP B-General_Concept signal O instructs O the O operating O system O to O stop O a O process B-Operating_System for O later O resumption O . O The O SIGSYS O signal O is O sent O to O a O process B-Operating_System when O it O passes O a O bad O argument O to O a O system B-Operating_System call I-Operating_System . O libc B-Language ) O to O make O the O call O for O them O . O SIGSYS O can O be O received O by O applications O violating O the O Linux B-Application Seccomp B-Application security O rules O configured O to O restrict O them O . O Silicon B-Architecture wafer I-Architecture diameters O are O larger O ( O typically O 8 O " O to O 12 O " O compared O with O 4 O " O to O 8 O " O for O GaAs O ) O and O the O wafer B-Architecture costs O are O lower O , O contributing O to O a O less O expensive O IC O . O Erasable B-General_Concept programmable I-General_Concept read-only I-General_Concept memory I-General_Concept ( O EPROM B-General_Concept ) O can O be O erased O by O exposure O to O strong O ultraviolet B-Application light O ( O typically O for O 10 O minutes O or O longer O ) O , O then O rewritten O with O a O process B-Architecture that O again O needs O higher O than O usual O voltage O applied O . O Besides O , O SRAM B-Architecture capacity O and O computing O power O are O constrained O in O the O implementation O . O SPSS O : O produces O PMML B-Application for O neural B-Architecture networks I-Architecture as O well O as O many O other O mining O models O . O Availability O would O have O to O be O very O high O , O making O hardware B-Architecture reliability O and O durability O extremely O important O . O The O Sound B-Device Blaster I-Device AWE32 I-Device boards O allowed O sample O RAM B-Architecture expansion O through O the O installation O of O 30-pin O fast-page O DRAM O SIMMs B-General_Concept . O For O instance O , O Kyushu O University O 's O Mimo-Mesh O Project O , O based O in O Fukuoka O City O , O Fukuoka O Prefecture O , O Japan O , O has O developed O and O put O into O use O new O technology O for O building O high O capacity O mesh B-Architecture infrastructure O . O The O naked B-Architecture objects I-Architecture pattern O has O relevance O to O several O other O disciplines O and/or O trends O , O including O : O In O the O early O 1970s O initial O commercial O devices O were O realized O using O PMOS B-Architecture transistors I-Architecture and O a O metal-nitride-oxide O ( O MNOS B-Algorithm ) O stack O with O a O 45nm O nitride O storage O layer O . O Developed O from O the O AN/MSQ O -77 O and O also O used O in O Vietnam O was O the O monopulse B-Algorithm India-band B-Algorithm Reeves B-Architecture AN/TSQ I-Architecture -96 I-Architecture Bomb I-Architecture Directing I-Architecture Central I-Architecture with O a O solid O state O Univac O 1219B O ballistic O computer O ( O Mark O 152 O fire O control O computer O ) O , O and O the O AN/MSQ-77/96 O systems O for O GDB O were O replaced O by O the O US O Dynamics O AN/TPQ O -43 O Radar O Bomb O Scoring O Set O ( O " O Seek O Score O " O ) O . O The O central O also O had O an O added O beacon O tracking O capability O used O when O the O aircraft O had O a O receiver/transmitter O ( O e.g. O , O Motorola O SST-181 O X B-Algorithm Band I-Algorithm Beacon O Transponder O ) O to O increase O the O range O so O the O radar O site O could O be O located O farther O from O the O hostile O region O of O bombing O targets O . O Snap O Patterns O was O introduced O in O March O 2014 O to O help O with O connecting O cloud B-Architecture services I-Architecture like O Amazon O Redshift O , O Salesforce.com, O Workday B-Application and O ServiceNow B-General_Concept , O both O with O each O other O and O with O on-premises O applications O , O databases O and O files O . O Its O floating-point B-General_Concept unit I-General_Concept was O IEEE O 754 O compliant O . O The O 20MHz O version O attained O a O peak O performance O of O 6.6 O MIPS B-Device and O was O priced O , O at B-Operating_System launch O in O August O 1987 O , O at B-Operating_System ¥ O 100,000 O ( O $719.42 O ) O . O A O later O report O describes O it O as O fabricated B-Architecture in O 1.2-micrometer O CMOS O on O a O die O . O The O V70 O had O a O two-cycle O non-pipeline O ( O T1-T2 O ) O external O bus O system O , O whereas O that O of O the O V60 O operated O at B-Operating_System 3 O or O 4 O cycles O ( O T1-T3/T4 O ) O . O In O 2001 O NIST O publication O has O reported O that O photolithography B-Algorithm process O constituted O about O 35% O of O total O cost O of O a O wafer B-Architecture processing O costs O . O IPS B-Architecture technology I-Architecture is O widely O used O in O panels O for O TVs O , O tablet B-Device computers I-Device , O and O smartphones B-Application . O On O the O other O hand O , O the O G5S O Plus O features O 5.5-inch O display O , O Snapdragon B-Architecture 2.0 O GHz O processor O , O and O a O new O 13 O MP O dual-lens O camera O setup O . O It O is O important O to O communicate O the O elicited O architecturally B-Architecture significant I-Architecture requirements I-Architecture , O and O any O other O architectural O artifacts O , O in O a O notation O and O language O that O is O comprehensible O for O the O target O audience O ( O in O particular O , O business O stakeholders O ) O . O Early O external O SCSI-based O Zip B-Operating_System drives I-Operating_System were O packaged O with O an O included O SCSI B-Architecture adapter O known O as O Zip B-Operating_System Zoom O . O In O Split_Up O , O the O neural B-Architecture network I-Architecture is O a O statistical O technique O for O learning O the O weights O of O each O of O the O relevant O attributes O used O in O a O percentage O split O determination O of O marital O property O . O Again O , O the O extra O memory O cycles O that O the O processor B-Architecture was O forced O to O go O through O to O fetch O data O from O RAM O every O time O it O needed O to O invoke O an O exception B-General_Concept handler I-General_Concept appeared O to O be O all O that O was O needed O to O prevent O the O processor B-Architecture from O locking O up O . O Volunteer O cloud O Volunteer O cloud B-Architecture computing I-Architecture is O characterized O as O the O intersection O of O public-resource O computing O and O cloud B-Architecture computing I-Architecture , O where O a O cloud B-Architecture computing I-Architecture infrastructure O is O built O using O volunteered O resources O . O 4G B-Architecture has O speeds O of O up O to O 150Mbit/s O download O and O 50Mbit/s O upload O , O whereas O 3G B-Architecture had O a O peak O speed O of O 7.2Mbit/s O download O and O 2Mbit/s O upload O . O The O first O TiVo B-Application used O a O 54MHz O PowerPC B-Architecture 403GCX O . O The O 5¼-inch O format O displaced O the O 8-inch O one O for O most O uses O , O and O the O hard-sectored B-Architecture disk B-Application format I-Application disappeared O . O The O Sol-10 B-Architecture added O a O case O , O keyboard O and O power O supply O , O was O in O kit O form O and O assembled O . O Metacomputing B-Device , O as O a O computing O of O computing O , O includes O : O the O organization O of O large O computer B-Architecture networks I-Architecture , O choice O of O the O design O criteria O ( O for O example O : O peer-to-peer O or O centralized O solution O ) O and O metacomputing B-General_Concept software I-General_Concept ( O middleware B-General_Concept , O metaprogramming B-Application ) O development O where O , O in O the O specific O domains O , O the O concept O metacomputing B-Device is O used O as O a O description O of O software O meta-layers O which O are O networked O platforms O for O the O development O of O user-oriented O calculations O , O for O example O for O computational B-Algorithm physics I-Algorithm and O bio-informatics O . O If O the O icon O is O dropped O onto O a O program B-Application 's O icon O , O it O 's O loaded O and O the O contents O that O would O otherwise O have O been O saved O are O passed O in O on O the O new O program B-Application 's O standard O input B-Architecture stream I-Architecture . O Using O GUI B-Application pipelines B-Operating_System , O they O could O drag O the O link O to O their O de-archiving O program B-Application , O drag O the O icon O representing O the O extracted O contents O to O their O image B-Application editor I-Application , O edit O it O , O open O the O save O as O dialog O , O and O drag O its O icon O to O their O uploading O software O . O This O MDA B-Architecture approach O corresponds O the O OMG B-Architecture vision O of O Model B-Language Driven I-Language Engineering I-Language . O Readiness O of O the O support O for O 4KB O logical O sectors O within O operating B-General_Concept systems I-General_Concept differs O among O their O types O , O vendors O and O versions O . O For O example O , O Microsoft B-Application Windows I-Application supports O 4Knative O drives O since O Windows B-Application 8 O and O Windows B-Device Server I-Device 2012 I-Device ( O both O released O in O 2012 O ) O in O UEFI B-Architecture . O On O March O 30 O , O 2020 O , O Microsoft O announced O that O the O consumer O plans O of O Office B-Operating_System 365 I-Operating_System would O be O rebranded O as O " O Microsoft B-Operating_System 365 I-Operating_System " O ( O a O brand O also O used O by O Microsoft O for O an O enterprise O subscription O bundle O of O Windows B-Application , O Office B-Operating_System 365 I-Operating_System , O and O security O services B-Architecture ) O on O April O 21 O 2020 O , O succeeding O existing O consumer O plans O of O Office B-Operating_System 365 I-Operating_System . O The O AVKit B-Operating_System software B-Architecture framework I-Architecture is O replacing O QTKit B-Operating_System which O was O deprecated B-General_Concept in O OS B-Operating_System X I-Operating_System Mavericks I-Operating_System , O and O was O discontinued O with O the O release O of O macOS B-Device Catalina I-Device . O The O user O trusts O that O the O browser B-Application software O correctly O implements O HTTPS B-Protocol with O correctly O pre-installed O certificate B-Architecture authorities I-Architecture . O There O are O a O variety O of O computational O resources O available O on O the O GPU B-Architecture : O The O following O is O a O list O of O clones B-General_Concept of O Sinclair O Research O 's O ZX B-Operating_System Spectrum I-Operating_System home O computer O . O This O list O includes O both O official O clones B-General_Concept ( O from O Timex O Corporation O ) O and O many O unofficial O clones B-General_Concept , O most O of O which O were O produced O in O Eastern O Bloc O countries O . O Many O software O emulators O can O fully O or O partially O emulate O some O clones B-General_Concept as O well O . O The O only O official O clones B-General_Concept of O the O Spectrum O were O made O by O Timex O . O The O most O notable O changes O were O the O addition O of O a O cartridge O port O , O an O AY-3-8912 B-Device sound O chip O , O and O an O improved O ULA O giving O access O to O better O graphics O modes O . O The O T/S O 2068 O was O produced O for O consumers O in O the O United O States O , O while O very O similar O machines O were O marketed O in O Portugal O and O Poland O as O the O Timex O Computer O 2068 O ( O TC O 2068 O ) O and O Unipolbrit B-Device Komputer I-Device 2086 I-Device ( O UK O 2086 O ) O respectively O . O The O Timex B-Device Computer I-Device 2048 I-Device or O TC B-Device 2048 I-Device was O a O similar O machine O to O the O Spectrum B-Operating_System 48K I-Operating_System , O but O with O the O improved O ULA O from O the O TC O 2068 O ( O allowing O access O to O the O improved O graphics O modes O ) O , O Kempston O joystick B-Device port O , O and O composite O video O output O . O The O Timex O Sinclair O 2048 O or O T/S O 2048 O was O a O never-released O variant O of O the O T/S O 2068 O with O 16KB O of O RAM B-Architecture . O A O clone B-General_Concept of O the O ZX O Spectrum+ O developed O by O Investrónica O in O Spain O in O 1986 O , O the O Inves O Spectrum O + O was O based O on O the O work O developed O by O the O company O on O the O ZX B-Operating_System Spectrum I-Operating_System 128 I-Operating_System . O As O the O ROM B-Device was O also O modified O , O it O has O compatibility O problems O with O some O games O – O notably O Bombjack B-Application , O Commando B-Application , O and O Top O Gun O . O For O example O , O if O 14.895 O is O rounded B-Algorithm to O 3 O significant B-Architecture figures I-Architecture , O then O the O digits O after O 8 O are O removed O so O that O it O will O be O 14.9 O . O Pressure O level B-Architecture probes I-Architecture are O submerged O directly O into O the O liquid O and O remain O permanently O floating O above O the O tank O bottom O . O Unlike O more O modern O hardware O , O in O the O 1970s O computer O RAM B-Architecture was O as O fast O as O or O faster O than O the O CPU B-General_Concept . O This O is O a O list O of O notable O institutions O who O claim O to O have O a O focus O on O Ubiquitous B-Architecture computing I-Architecture sorted O by O country O : O Codd O proposed O the O " O relational O view O " O of O data O which O later O evolved O into O the O Relational B-Architecture Model I-Architecture which O most O databases O use O today O . O This O is O a O special O case O of O the O smoothness O assumption O and O gives O rise O to O feature B-General_Concept learning I-General_Concept with O clustering B-Algorithm algorithms I-Algorithm . O The O data O lie O approximately O on O a O manifold B-Architecture of O much O lower O dimension O than O the O input O space O . O GPT B-Application partitioning O was O supported O by O Bitrig B-Application , O and O future O plans O included O support O for O virtualisation B-General_Concept and O EFI B-Architecture . O Those O CPUs O were O : O MIPS B-Device , O SPARC B-Architecture , O Motorola B-Architecture 88000 I-Architecture , O and O later O the O notional O CPU O DLX B-Architecture invented O for O education O . O The O Search O as O a O service O framework B-Architecture is O intended O to O provide O developers O with O complex O search O capabilities O for O mobile B-Application and O web O development O while O hiding O infrastructure O requirements O and O search O algorithm O complexities O . O Not O to O be O confused O with O the O Sinclair B-Device ZX I-Device Spectrum I-Device Next I-Device released O in O 2017 O . O This O is O a O series O of O Russian O ZX B-Operating_System Spectrum I-Operating_System clones B-General_Concept designed O by O Mick O Laboratory O . O The O ZXM-777 O was O developed O in O 2006 O , O and O uses O a O TMPZ84C00-8 O CPU B-General_Concept at B-Operating_System 3.5MHz O in O normal O mode O , O or O 7.0MHz O in O turbo O mode O . O It O features O 128 O KB O of O RAM B-Architecture , O a O YM2149F B-Device sound O chip O , O a O floppy B-Device disk I-Device controller O , O and O can O TR-DOS O , O BASIC O 128 O , O or O ASIC O 48 O . O The O ZXM-Phoenix O was O introduced O in O 2008 O , O and O uses O a O KR1858VM1 B-Device ( O Z80A B-General_Concept clone B-General_Concept ) O CPU B-General_Concept running O at B-Operating_System 3.5MHz O , O or O a O TMPZ84C00-8 O running O at B-Operating_System 3.5MHz O in O normal O mode O , O or O 7.0MHz O in O turbo O mode O . O It O has O 1024/2048 O KB O of O RAM B-Architecture , O floppy B-Device and O hard B-Device drive I-Device controllers O , O and O features O mouse O support O . O Because O each O node O ( O or O internal O page O ) O can O have O more O than O two O children O , O a O B-tree B-Architecture index B-Data_Structure will O usually O have O a O shorter O height O ( O the O distance O from O the O root O to O the O farthest O leaf O ) O than O a O Binary B-Language Search I-Language Tree I-Language . O Note O that O reordering O of O memory O accesses O can O happen O even O on O processors O that O do O n't O reorder O instructions O ( O such O as O the O PowerPC B-Architecture processor I-Architecture in O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System ) O . O Other O 49G/49g O + O /50g O emulators B-Application for O Android O ( O without O ARM B-Architecture support O ) O . O In O 2012 O , O Hewlett-Packard O released O an O emulator B-Application named O HP O 50g O Virtual O Calculator O ( O version O 3.1.29/3.1.30 O with O firmware B-General_Concept 2.16 O and O support O for O the O StreamSmart O 410 O ) O for O Windows O . O The O 49/50 O series O allows O the O user O to O update O the O firmware B-General_Concept to O gain O enhanced O features O or O bug O fixes O . O Departing O from O that O , O MariaDB B-Application and O MySQL B-Application ship O with O some O replication B-Architecture support O , O each O of O them O with O different O nuances O . O A O neural B-Architecture network I-Architecture then O predicts O the O policy O and O value O of O a O future O position O . O The O device O is O powered O by O the O Qualcomm B-Architecture Snapdragon I-Architecture 665 O SoC O and O the O Adreno B-General_Concept 610 O GPU O . O The O camera O was O the O first O to O use O the O F-mount B-Architecture bayonet O lens B-Algorithm mount I-Algorithm system O , O which O is O still O used O as O of O 2022 O . O It O is O closely O associated O with O building B-Architecture information I-Architecture modeling I-Architecture ( O BIM B-Architecture ) O approaches O to O design O , O construction O , O and O management O of O built O assets O . O Unlike O the O classic O Game B-Device & I-Device Watch I-Device consoles O that O used O disposable B-Algorithm batteries I-Algorithm , O the O console O instead O has O a O built-in O rechargeable B-Architecture battery I-Architecture that O charges O by O a O USB-C O cable O . O A O 100MHz O model O , O intended O for O embedded B-Architecture systems I-Architecture , O also O existed O . O The O Microprocessor B-Architecture Report O recognized O the O Alpha B-Device 21066 O as O the O first O microprocessor B-Architecture with O an O integrated O PCI O controller O . O The O Ultra B-Architecture 5 I-Architecture came O in O a O " O pizzabox B-General_Concept " O style O case O with O a O 270 O , O 333 O , O 360 O , O or O 400 O MHz O UltraSPARC O IIi O CPU O and O supported O a O maximum O of O 512 O MB O Buffered O EDO O ECC O RAM O in O four O 50ns O 168-pin O DIMM B-General_Concept slots O . O Merrill O and O Kalanithi O were O surrounded O by O colleagues O at O the O Media O Lab O who O were O working O on O wireless B-Architecture sensor I-Architecture networks I-Architecture ( O e.g. O The O architectures O are O designed O according O to O reduced B-Architecture instruction I-Architecture set I-Architecture computing I-Architecture principles O , O and O are O mainly O used O in O microcontrollers B-Architecture . O CPU B-Device : O Allwinner B-Architecture H2+ O , O Quad-core B-Architecture Cortex-A7 B-Application . O A O non-moving O strategy O may O , O after O some O time O , O lead O to O a O heavily O fragmented B-Architecture heap O , O requiring O expensive O consultation O of O " O free O lists O " O of O small O available O blocks O of O memory O in O order O to O allocate O new O objects O . O In O this O case O , O the O endomorphism O and O the O matrix B-Architecture are O said O to O be O diagonalizable B-Algorithm . O The O Architecture B-Architecture Analysis I-Architecture & I-Architecture Design I-Architecture Language I-Architecture ( O AADL O ) O is O an O architecture B-Architecture description I-Architecture language I-Architecture standardized O by O SAE O . O Its O RAM B-Architecture has O been O reduced O to O 2GB O from O the O 3GB O of O the O Xperia B-Application Z3 I-Application . O Therefore O , O the O advantages O of O DSPs O are O not O usually O of O much O importance O to O wireless B-Architecture sensor I-Architecture nodes O . O December O – O Namco O Libble O Rabble O ( O System O 16 O Universal O ) O releases O , O as O Namco O 's O second B-Application arcade B-Application system B-Device board I-Device to O use O a O 16-bit B-Device microprocessor B-Architecture . O Entity B-Architecture graphs O for O partial O or O specified O fetching O or O merging O of O objects O . O A O personal B-Device computer I-Device or O virtual B-Architecture machine I-Architecture runs O software B-Application to O perform O the O network B-Architecture emulation I-Architecture ; O a O dedicated B-Application emulation I-Application device I-Application is O sometimes O used O for O link O emulation B-Application . O If O ( O N-1 O ) O replicas B-Architecture fail O the O data O will O still O be O available O . O Punched B-Architecture card I-Architecture technology O developed O into O a O powerful O tool O for O business O data-processing O . O Empress O Embedded B-Application Database I-Application is O a O full-function O , O relational B-Application database I-Application that O has O been O embedded O into O applications O by O organizations O small O to O large O , O with O deployment O environments O including O medical O systems O , O network O routers O , O nuclear O power O plant O monitors O , O satellite O management O systems O , O and O other O embedded B-Architecture system I-Architecture applications O that O require O reliability O and O power O . O Before O the O minicomputer B-Architecture , O it O was O impossible O for O a O class O of O Australian O students O to O have O hands-on O access O to O a O computer O within O a O one-hour O school O period O . O SS2PL B-Operating_System ( O or O Rigorousness B-Operating_System ) O is O also O the O name O of O the O set O of O all O schedules O that O can O be O generated O by O this O mechanism O , O i.e. O , O these O SS2PL B-Operating_System ( O or O Rigorous O ) O schedules O have O the O SS2PL B-Operating_System ( O or O Rigorousness B-Operating_System ) O property O . O Concurrency B-Architecture control O mechanisms O firstly O need O to O operate O correctly O , O i.e. O , O to O maintain O each O transaction B-General_Concept 's O integrity O rules O ( O as O related O to O concurrency B-Architecture ; O application-specific O integrity O rule O are O out O of O the O scope O here O ) O while O transactions O are O running O concurrently B-Operating_System , O and O thus O the O integrity O of O the O entire O transactional B-General_Concept system O . O Iron O – O air O rechargeable B-Architecture batteries I-Architecture are O an O attractive O technology O with O the O potential O of O grid-scale O energy O storage O . O Thus O , O an O SFX O power O supply O is O mostly O pin-compatible O with O the O ATX B-Architecture power O supply O as O the O main O difference O is O its O reduced O dimensions O ; O the O only O electrical O difference O is O that O the O SFX O specifications O do O not O require O the O −5V O rail O . O The O 82093AA O normally O connected O to O the O PIIX3/PIIX4 O and O used O its O integrated O legacy O 8259 B-Device PICs B-Architecture . O With O the O advent O of O Systems B-Architecture Network I-Architecture Architecture I-Architecture ( O SNA O ) O , O NCP O was O enhanced O to O connect O cluster O controllers O ( O such O as O the O IBM O 3270 O ) O to O application O programs O using O TCAM O and O later O to O application O programs O using O Virtual B-Application Telecommunications I-Application Access I-Application Method I-Application ( O VTAM B-Application ) O . O The O method O of O converting O these O factors O into O bandwidth O requirements O is O a O point O of O ambiguity O , O in O part O because O it O is O dependent O on O the O analogue O nature O and O state O of O the O hardware B-Architecture . O The O SpeccyBob O is O a O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept built O entirely O around O standard O 74HC O TTL B-General_Concept chips O and O a O programmable O EPROM B-General_Concept . O The O ZX B-Operating_System Spectrum I-Operating_System SE O is O a O proposal O for O an O advanced O Spectrum O machine O , O based O on O the O Timex B-Device TC I-Device 2048 I-Device and O the O ZX B-Operating_System Spectrum I-Operating_System 128 I-Operating_System , O with O Timex O graphic O modes O , O and O 280K O RAM. O , O made O by O Andrew O Owen O and O Jarek O Adamski O in O 2000 O . O A O planned O production O models O of O the O ZX B-Operating_System Spectrum I-Operating_System SE O are O the O Chloe O 140SE O and O Chloe O 280SE O . O The O ZX128u+ O is O a O Spanish O clone B-General_Concept with O the O ULAplus O display O support O , O using O an O emulated O DivMMC O interface O as O mass O storage O . O The O board O is O based O on O the O Harlequin O clone B-General_Concept and O contains O aZ80 O processor O and O AY B-Device chip I-Device . O These O machines O are O based O on O Programmable O Logic O Devices O ( O PLD O ) O – O an O electronic O component O used O to O build O reconfigurable B-Architecture digital O circuits O . O A O ZX B-Operating_System Spectrum I-Operating_System compatible O computer O with O a O real O Z80 B-General_Concept cpu B-General_Concept , O VGA O , O Turbosound O , O PS/2 O keyboard O , O Kempston O joystick B-Device , O customized O for O Raspberry B-Operating_System Pi I-Operating_System 3B O case O . O In O general O , O the O processors O each O have O an O internal O memory O to O store O the O data O needed O for O the O next O calculations O and O are O organized O in O successive O clusters B-Architecture . O CMOS B-Architecture sensors I-Architecture emerged O as O an O alternative O to O charge-coupled B-Algorithm device I-Algorithm ( O CCD O ) O image B-Algorithm sensors I-Algorithm and O eventually O outsold O them O by O the O mid-2000s O . O Of O course O , O deviating O from O convention O probably O incurs O a O cost O that O increases O with O the O degree O of O necessary O interaction O with O conventional O language O features O and O other O code O , O not O only O in O the O form O of O increased O vulnerability O to O mistakes O ( O forgetting O to O also O invert O matrix B-Architecture multiplication O order O , O reverting O to O convention O during O code O maintenance O , O etc O . O Maxwell O 's O Equations O , O when O converted O to O cylindrical O coordinates O , O and O with O the O boundary O conditions O for O an O optical B-Architecture fiber I-Architecture while O including O birefringence O as O an O effect O taken O into O account O , O will O yield O the O coupled O nonlinear O Schrödinger O equations O . O The O AKARI O Architecture O Design O Project O was O a O project O for O designing O a O new O generation O computer B-Architecture network I-Architecture architecture O supported O by O the O National O Institute O of O Information O and O Communications O Technology O ( O NICT O ) O of O Japan O . O User O programs O may O never O refer O directly O to O any O system O control O block O ( O neither O for O reference O nor O change O ) O , O because O the O virtual B-Architecture memory I-Architecture segment(s ) O that O contain O system O control O blocks O ( O the O system O segments O ) O are O removed O from O a O job O 's O virtual O address O space O when O a O user O mode O program O is O running O . O OS/VS B-Application ( O port O of O OS/360 B-Application targeted O for O the O System/370 B-Device virtual B-Architecture memory I-Architecture architecture O ( O OS/370 O is O not O the O correct O name O for O OS/VS1 B-Application and O OS/VS2 B-Application . O ) O Xiaomi O Redmi B-Application K60 I-Application is O available O in O 8/12/16GB O RAM B-Architecture & O 128/256/512GB O ROM O . O System-on-chip B-Architecture ( O SoC O ) O design O may O also O take O advantage O of O C B-Application to I-Application HDL I-Application techniques O . O Cloud B-Architecture computing I-Architecture brings O advantages O in O " O cost O , O flexibility O and O availability O of O service O users. O " O OpenVMS O offers O high O availability O through O clustering B-Architecture — O the O ability O to O distribute O the O system O over O multiple O physical O machines O . O on O a O punched B-Architecture card I-Architecture , O making O reference O to O the O university O and O state O 's O rivalry O with O neighboring O state O Kansas O . O Since O Kane O 's O proposal O , O under O the O guidance O of O Robert O Clark O and O now O Michelle O Simmons O , O pursuing O realisation O of O the O Kane B-Device quantum I-Device computer I-Device has O become O the O primary O quantum B-Architecture computing I-Architecture effort O in O Australia O . O Most O of O the O following O libraries O are O in O the O General O Matrix O Multiply O ( O GEMM O ) O category O , O which O GPU B-Architecture architecture O excels O at O . O Products O of O this O business B-Architecture architecture I-Architecture efforts O are O used O to O develop O plans O , O make O business O decisions O and O guide O their O implementations O . O CGL O seeks O to O progressively O reduce O or O to O eliminate O this O dependence O on O proprietary B-Application systems O and O provide O a O path O for O easy O deployment O and O scalability B-Architecture by O utilizing O cheap O COTS O systems O to O assemble O a O telecommunications O system O . O Dual O core O Cortex-A35 O SoC B-Architecture . O Amlogic B-Architecture W155S1 O Amlogic B-Architecture W155S1 O is O an O integrated O Wi-Fi O and O Bluetooth B-Protocol combo O chip O . O No-code B-Architecture development I-Architecture platforms I-Architecture ( O NCDPs O ) O allow O programmers B-Application and O non-programmers O to O create O application B-Application software I-Application through O graphical O user O interfaces O and O configuration O instead O of O traditional O computer B-General_Concept programming I-General_Concept . O aiScaler B-Application software O can O be O deployed O either O on O public O cloud B-Architecture computing I-Architecture platforms I-Architecture such O as O Amazon B-Application Web I-Application Services I-Application or O private O virtual B-General_Concept environments O . O Muxes B-Architecture were O the O phone O company O 's O solution O for O connecting O serial O lines O between O branches O . O Traditionally O , O the O majority O of O servers B-Application used O hard B-Device drives I-Device featuring O a O SCSI B-Architecture interface O because O of O their O advantages O in O both O performance O and O reliability O over O consumer-level O ATA B-Protocol drives I-Protocol . O There O were O several O different O versions O of O this O hardware B-Architecture device O ; O only O one O currently O survives O . O Real-world O measures O of O sorting B-Algorithm speed O may O need O to O take O into O account O the O ability O of O some O algorithms O to O optimally O use O relatively O fast O cached O computer B-Architecture memory I-Architecture , O or O the O application O may O benefit O from O sorting B-Algorithm methods O where O sorted O data O begins O to O appear O to O the O user O quickly O ( O and O then O user O 's O speed O of O reading O will O be O the O limiting O factor O ) O as O opposed O to O sorting B-Algorithm methods O where O no O output O is O available O until O the O whole O list O is O sorted O . O The O most O common O number-manipulation O schemes O — O both O in O formal O mathematics O and O in O routine O life O — O are O : O ( O 1 O ) O the O recursive O functions O calculated O by O a O person O with O paper O and O pencil O , O and O ( O 2 O ) O the B-Architecture Turing I-Architecture machine I-Architecture or O its O Turing B-Language equivalents O — O the O primitive O register-machine B-Application or O " O counter-machine O " O model O , O the O random-access B-Application machine I-Application model O ( O RAM O ) O , O the O random-access B-Application stored-program I-Application machine I-Application model O ( O RASP O ) O and O its O functional O equivalent O " O the O computer O " O . O It O supports O the O generation O of O table B-Application or O control O flow O driven O state B-Architecture machines I-Architecture from O regular B-Language expressions I-Language and/or O state B-Application charts I-Application and O can O also O build O lexical B-Application analysers I-Application via O the O longest-match O method O . O Unlike O the O SR-52 O , O the O TI-58 B-Device and O TI-59 B-Device do O not O have O the O factorial O function O built-in O , O but O do O support O it O through O the O software O module B-Architecture which O was O delivered O with O the O calculator O . O A O refined O theory O has O been O developed O , O in O particular O Mikio O Sato O 's O algebraic O analysis O , O using O sheaf O theory O and O several B-Architecture complex I-Architecture variables I-Architecture . O It O is O known O that O the O ILP O is O exploited O by O both O the O compiler B-Language and O hardware B-Architecture support O but O the O compiler B-Language also O provides O inherent O and O implicit O ILP O in O programs O to O hardware B-Architecture by O compile-time B-Application optimizations O . O MQX B-Operating_System has O been O ported O to O many O platforms O and O now O runs O on O most O modern O CPUs O used O in O the O embedded O market O , O including O Kinetis O , O ColdFire B-Device , O PowerPC B-Architecture , O ARC B-Application , O ARM B-Architecture , O StrongARM B-Device , O xScale B-Application . O Firebase B-General_Concept is O a O set O of O backend B-Application cloud B-Architecture computing I-Architecture services O and O application O development O platforms O provided O by O Google B-Application . I-Application Model O Number O Frequency O FSB B-Architecture 1 O Multiplier O Voltage O TDP B-General_Concept Socket O Release O Date O Order O Part O Number(s ) O Release O price(USD ) O Mobile O K6 B-Architecture 233 O 233 O MHz O 66 O MHz O 3.5x O 2.0 O V O 9.0 O W O Socket O 7BGA O Jan O 6 O , O 1998 O AMD-K6/233ACZAMD-K6/233ADZAMD-K6/233BCZ O ? O Mobile O K6 B-Architecture 266 O 266 O MHz O 66 O MHz O 4.0x O 2.0 O V O 9.8 O W O Socket O 7BGA O ? O With O microcontrollers B-Architecture , O it O became O feasible O to O replace O , O even O in O consumer O products O , O expensive O knob-based O analog O components O such O as O potentiometers B-Device and O variable O capacitors O with O up/down O buttons O or O knobs O read O out O by O a O microprocessor B-Architecture . O The O following O classes O of O wired O technologies O are O used O in O computer B-Architecture networking I-Architecture . O The O National B-General_Concept Center I-General_Concept for I-General_Concept Supercomputing I-General_Concept Applications I-General_Concept had O already O built O a O cluster B-Architecture based O on O the O PlayStation B-Device 2 I-Device . O Riemannian O manifolds B-Architecture and O Riemann O surfaces O are O named O after O Riemann O . O A O simple O system O built O around O an O 8-bit O microprocessor B-Architecture might O provide O 16-bit B-Device address O lines O , O allowing O it O to O address O up O to O 64kibibytes O ( O KiB O ) O of O memory O . O However O , O other O devices O installed O in O telephone O lines O by O the O phone O company O , O such O as O loading O coils O and O bridge B-Architecture taps I-Architecture , O block O the O signal O , O and O may O disqualify O a O given O phone O line O from O DSL O service O . O The O first O GeForce B-Application products O were O discrete B-Device GPUs I-Device designed O for O add-on O graphics B-Device boards I-Device , O intended O for O the O high-margin O PC O gaming O market O , O and O later O diversification O of O the O product O line O covered O all O tiers O of O the O PC O graphics O market O , O ranging O from O cost-sensitive O GPUs B-Architecture integrated O on O motherboards O , O to O mainstream O add-in O retail O boards O . O Previous O barriers O to O adoption O were O overcome O , O including O the O use O of O a O PKI O bridge O to O provide O a O scalable O public B-Architecture key I-Architecture infrastructure I-Architecture ( O PKI O ) O and O the O use O of O network O security O guards O checking O encrypted O content O passing O in O and O out O of O corporate O network O boundaries O to O avoid O encryption O being O used O to O hide O malware O introduction O and O information O leakage O . O The O Voigt B-Architecture pipe I-Architecture is O a O type O of O loudspeaker B-Device enclosure I-Device that O embodies O a O combination O of O transmission B-Architecture line I-Architecture , O ported O enclosure O and O horn B-Device characteristics O . O PostScript B-Language using O the O Ghostscript B-Language backend B-Architecture . O Tomasulo B-General_Concept 's I-General_Concept algorithm I-General_Concept uses O register B-Architecture renaming I-Architecture to O correctly O perform O out-of-order B-General_Concept execution I-General_Concept . O Palm B-Operating_System OS I-Operating_System 1.0 O does O not O differentiate O between O RAM B-Architecture and O file B-Application system I-Application storage O . O The O origins O of O these O centers O go O back O to O 1980s O , O when O the O State O Planning O Commission O , O the O State O Science O and O Technology O Commission O and O the O World O Bank O jointly O launched O a O project O to O develop O networking O and O supercomputer B-Architecture facilities O in O China O . O Many O computer O systems O have O a O memory O hierarchy O consisting O of O processor B-General_Concept registers I-General_Concept , O on-die O SRAM B-Architecture caches B-General_Concept , O external O caches B-General_Concept , O DRAM O , O paging B-Architecture systems O and O virtual B-Architecture memory I-Architecture or O swap B-Architecture space O on O a O hard B-Device drive I-Device . O The O kernel B-Operating_System will O always O be O specifically O compiled O for O the O embedded B-Architecture system I-Architecture . O They O are O sometimes O referred O to O as O architecture B-Architecture frameworks I-Architecture or O enterprise B-Library architecture I-Library frameworks I-Library , O but O are O usually O called O " O view B-Architecture models I-Architecture " O . O In O the O modern O day O ecosystem O where O peering B-Protocol is O given O priority O , O the O lines O are O blurred O between O the O different O types O of O networks O as O ultimately O any O given O network B-Architecture must O be O able O to O reach O every O other O given O network B-Architecture on O the O internet O at O large O . O In O the O November O 2005 O TOP500 B-Operating_System , O the O number O of O supercomputers O using O Myrinet B-General_Concept was O down O to O 101 O computers O , O or O 20.2 O % O , O in O November O 2006 O , O 79 O ( O 15.8 O % O ) O , O and O by O November O 2007 O , O 18 O ( O 3.6 O % O ) O , O a O long O way O behind O gigabit O Ethernet O at O 54% O and O InfiniBand B-Architecture at O 24.2 O % O . O On O early O minicomputers B-Architecture , O the O console O was O a O serial B-Device console I-Device , O an O RS-232 O serial O link O to O a O terminal B-General_Concept such O as O a O ASR-33 B-Application or O later O a O DECWriter B-Application or O DEC B-Device VT100 I-Device . O When O a O system O needs O to O send O large O chunks O of O data O out O over O a O computer B-Architecture network I-Architecture , O the O chunks O first O need O breaking O down O into O smaller O segments O that O can O pass O through O all O the O network O elements O like O routers O and O switches O between O the O source O and O destination O computers O . O Unlike O earlier O reinforcement O learning O agents O , O DQNs O that O utilize O CNNs B-Architecture can O learn O directly O from O high-dimensional O sensory O inputs O via O reinforcement O learning O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O Whereas O many O initial O ASPs O offered O more O traditional O client-server B-Operating_System applications O , O which O require O the O installation O of O software O on O users O ' O personal B-Device computers I-Device , O later O implementations O can O be O Web B-Application applications I-Application that O only O require O a O web B-Application browser I-Application to O use O . O Whereas O the O software B-Architecture architecture I-Architecture used O by O most O initial O ASPs O mandated O maintaining O a O separate O instance O of O the O application O for O each O business O , O SaaS B-Architecture services O can O utilize O a O multi-tenant B-Architecture architecture O , O in O which O the O application O serves O multiple O businesses O and O users O , O and O partitions O its O data O accordingly O . O More O often O , O RSA B-Architecture is O used O to O transmit O shared B-Algorithm keys I-Algorithm for O symmetric-key B-Algorithm cryptography I-Algorithm , O which O are O then O used O for O bulk O encryption O – O decryption O . O The O AI O uses O a O neural B-Architecture net I-Architecture . O The O Rust B-Application standard O library O provides O a O hash B-Algorithm map I-Algorithm ( O std::collections::HashMap O ) O and O a O B-tree B-Architecture map O ( O std::collections::BTreeMap O ) O . O A O few O users O also O complained O that O lightning B-Architecture EarPods O failed O to O work O with O the O device O and O that O the O Wi-Fi O button O would O be O grayed O out O after O restarting O the O iPhone B-Device . O If O an O affected O iPhone B-Device 7 O was O no O longer O covered O by O warranty O , O Apple O said O its O service O providers O could O request O an O exception O for O this O particular O issue O . O Logical O Unit O 6.2 O is O an O IBM-originated O communications O protocol O specification O dating O from O 1974 O , O and O is O part O of O IBM O 's O Systems B-Architecture Network I-Architecture Architecture I-Architecture ( O SNA O ) O . O Linux B-Application distributions I-Application that O require O PAE O may O refuse O to O boot O on O Pentium B-Architecture M I-Architecture family O processors O because O they O do O not O show O the O PAE O support O flag O in O their O CPUID B-Architecture information O ( O even O though O it O is O supported O internally O ) O . O In O June O 2005 O , O the O Business B-Architecture Process I-Architecture Management I-Architecture Initiative I-Architecture ( O BPMI.org O ) O and O OMG O announced O the O merger O of O their O respective O Business O Process O Management O ( O BPM O ) O activities O to O form O the O Business O Modeling O and O Integration O Domain O Task O Force O ( O BMI O DTF O ) O . O An O ISA B-Architecture accelerator O card O called O the O Ditto B-Device Dash O , O providing O higher O speed O than O a O stock O floppy B-Device controller O , O was O also O available O . O COBOL O ( O ; O an O acronym O for O " O common O business-oriented O language O " O ) O is O a O compiled B-Language English-like O computer O programming O language O designed O for O business O use O . O It O is O an O imperative B-Application , O procedural B-Application and O , O since O 2002 O , O object-oriented B-Language language I-Language . O COBOL O is O still O widely O used O in O applications O deployed O on O mainframe B-Architecture computers I-Architecture , O such O as O large-scale O batch B-General_Concept and O transaction B-General_Concept processing I-General_Concept jobs O . O However O , O due O to O its O declining O popularity O and O the O retirement O of O experienced O COBOL O programmers O , O programs O are O being O migrated O to O new O platforms O , O rewritten O in O modern O languages O or O replaced O with O software B-Architecture packages I-Architecture . O COBOL O was O designed O in O 1959 O by O CODASYL B-Language and O was O partly O based O on O the O programming O language O FLOW-MATIC B-Language designed O by O Grace O Hopper O . O It O was O created O as O part O of O a O US O Department O of O Defense O effort O to O create O a O portable B-Architecture programming O language O for O data O processing O . O Expansions O include O support O for O structured B-Language and O object-oriented B-Language programming I-Language . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O COBOL O has O been O criticized O throughout O its O life O for O its O verbosity O , O design O process O , O and O poor O support O for O structured B-Language programming I-Language . O For O years O , O COBOL O has O been O assumed O as O a O programming B-Language language I-Language for I-Language business I-Language operations O in O mainframes B-Architecture , O although O in O recent O years O an O increasing O interest O has O surged O on O migrating O COBOL O operations O to O cloud B-Architecture computing I-Architecture . O At O a O time O when O new B-Language programming I-Language languages I-Language were O proliferating O at O an O ever-increasing O rate O , O the O same O survey O suggested O that O if O a O common O business-oriented O language O were O used O , O conversion O would O be O far O cheaper O and O faster O . O Representatives O included O Grace O Hopper O ( O inventor O of O the O English-like O data O processing O language O FLOW-MATIC B-Language ) O , O Jean O Sammet O and O Saul O Gorn O . O Portable B-Architecture programs O would O save O time O , O reduce O costs O and O ease O modernization O . O On O 28 O and O 29 O May O 1959 O ( O exactly O one O year O after O the O Zürich O ALGOL B-Language 58 I-Language meeting O ) O , O a O meeting O was O held O at O the O Pentagon O to O discuss O the O creation O of O a O common O programming B-Language language I-Language for I-Language business I-Language . O FORTRAN B-Application , O the O only O mainstream O language O at O the O time O , O lacked O the O features O needed O to O write O such O programs O . O The O steering O committee O met O on O 4 O June O and O agreed O to O name O the O entire O activity O as O the O Committee O on O Data O Systems O Languages O , O or O CODASYL B-Language , O and O to O form O an O executive O committee O . O The O committee O mainly O examined O the O FLOW-MATIC B-Language , O AIMACO B-Language and O COMTRAN B-Language programming O languages O . O The O FLOW-MATIC B-Language language O was O particularly O influential O because O it O had O been O implemented O and O because O AIMACO B-Language was O a O derivative O of O it O with O only O minor O changes O . O FLOW-MATIC B-Language ' O s O inventor O , O Grace O Hopper O , O also O served O as O a O technical O adviser O to O the O committee O . O FLOW-MATIC B-Language ' O s O major O contributions O to O COBOL O were O long O variable O names O , O English O words O for O commands O and O the O separation O of O data O descriptions O and O instructions O . O IBM O 's O COMTRAN B-Language language O , O invented O by O Bob O Bemer O , O was O regarded O as O a O competitor O to O FLOW-MATIC B-Language by O a O short-range O committee O made O up O of O colleagues O of O Grace O Hopper O . O In O one O case O , O after O Roy O Goldfinger O , O author O of O the O COMTRAN B-Language manual O and O intermediate-range O committee O member O , O attended O a O subcommittee O meeting O to O support O his O language O and O encourage O the O use O of O algebraic O expressions O , O Grace O Hopper O sent O a O memo O to O the O short-range O committee O reiterating O Sperry O Rand O 's O efforts O to O create O a O language O based O on O English O . O In O 1980 O , O Grace O Hopper O commented O that O " O COBOL O 60 O is O 95% O FLOW-MATIC B-Language " O and O that O COMTRAN B-Language had O had O an O " O extremely O small O " O influence O . O Furthermore O , O she O said O that O she O would O claim O that O work O was O influenced O by O both O FLOW-MATIC B-Language and O COMTRAN B-Language only O to O " O keep O other O people O happy O [ O so O they ] O would O n't O try O to O knock O us O out O " O . O ) O , O physical O hardware B-Architecture components O ( O CD-ROM O , O sound O , O network O , O etc O . O For O example O , O the O current O Objective-C B-Language runtime O for O iOS O implements O tagged O pointers O , O which O it O uses O for O type-checking O and O garbage O collection O , O despite O the O hardware O not O being O a O tagged B-Architecture architecture I-Architecture . O It O can O also O monitor O the O job B-General_Concept status O on O demand O by O querying B-Library the O controller B-Architecture , O although O it O cannot O track O the O ongoing O progress O of O individual O tasks O . O At B-Operating_System the O time O of O launch O , O its O price O was O 650 O roubles O . O The O Parus O VI-201 O ( O ru O : O Парус O BN-201 O ) O was O a O Russian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O 1992 O , O designed O for O use O as O a O video B-Device game I-Device console I-Device – O ВИ O ( O VI O ) O stood O for O видео O игра O ( O video O game O ) O . O It O was O equipped O with O a O Zilog B-General_Concept Z80 I-General_Concept processor O , O RF O modulator O , O plus O several O DIN B-Architecture connectors I-Architecture for O use O with O Kempston O joysticks B-Device and O an O external O cassette O recorder O . O The O Orel O BK-08 O ( O ru O : O Орель O БК-08 O ) O was O a O Ukrainian O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept from O 1991 O which O featured O 64 O KB O non-separate O fast O RAM B-Architecture , O an O NMI O button O , O an O extended O keyboard O with O Cyrillic O characters O in O the O upper O address O of O ROM B-Device , O two O Sinclair O joystick B-Device ports O , O and O one O Kempston O in O both O connectors O ( O DIN B-Architecture connectors I-Architecture ) O . O Memory O access O is O clear O ( O there O is O no O conflict O with O the O CPU B-General_Concept and O display O controller O ) O and O display O timing O is O the O same O as O in O the O original O ZX B-Operating_System Spectrum I-Operating_System . O The O Pentagon B-Device ( O ru O : O Пентагон O ) O home O computer O was O a O clone B-General_Concept of O the O British-made O Sinclair B-Operating_System ZX I-Operating_System Spectrum I-Operating_System 128 O . O Its O PCB O was O copied O all O over O the O ex-USSR O in O 1991-1996 O , O which O made O it O a O widespread O ZX B-Operating_System Spectrum I-Operating_System clone B-General_Concept . O A O slower O DMI B-Architecture is O used O to O connect O Intel O 's O most O recent O northbridge B-Device and I-Device southbridge I-Device components O . O By O comparison O , O Intel O 's O LGA B-Device 1156 I-Device ( O Socket B-Device H I-Device ) O moves O the O QPI B-Architecture link O and O PCI-Express O controller O onto O the O processor O itself O , O using O DMI B-Architecture to O interface O a O single-component O " O chipset B-Device " O ( O now O called O PCH B-Device ) O that O serves O traditional O southbridge B-Device functions O . O A O functional B-Architecture software I-Architecture architecture I-Architecture does O this O by O breaking O down O the O organization O in O business O functions O and O corresponding O IT B-General_Concept needs O . O Under O Windows O the O Nvidia O driver B-Application also O provides O the O option O to O manually O select O the O GPU B-Architecture in O the O right-click O menu O upon O launching O an O executable O . O Mostly O , O network B-General_Concept scanners I-General_Concept detect O the O network O with O all O its O components O and O deliver O a O list O which O is O used O for O creating O charts O and O maps O using O network B-Architecture mapping I-Architecture software O . O For O a O mesh B-Architecture we O look O at O a O mesh B-Architecture . O It O required O a O PowerPC B-Architecture processor I-Architecture . O Intel B-General_Concept Pentium I-General_Concept & O Celeron B-Device family O GPU B-Architecture video O accelerationVED O ( O Video O Encode O / O Decode O ) O H.265/HEVC B-Algorithm H.264/MPEG O -4 O AVC O H.262(MPEG-2 ) O VC-1/WMV9 O JPEG/MJPEG O VP8 B-Algorithm VP9 B-Algorithm Braswell B-Device DecodeProfile O Main O CBP O , O Main O , O High O Main O , O HighAdvanced O 850 O MP/s O 4:2:0640 O MP/s O 4:2:2 O 420 O MP/s O 4:4:4 O Level55.2High4Max O . O The O Univac O UNITYPER B-Device introduced O magnetic B-Architecture tape I-Architecture for O data B-General_Concept entry O in O the O 1950s O . O The O Petri B-Operating_System net I-Operating_System is O then O synchronised O with O the O finite B-Architecture state I-Architecture automaton I-Architecture , O i.e. O , O a O transition O in O the O automaton O is O taken O at O the O same O time O as O the O corresponding O transition O in O the O Petri B-Operating_System net I-Operating_System . O There O is O also O the O technique O to O increase O the O data O throughput O by O grouping O multiple O LVDS-with-embedded-clock O data O channels O together O . O However O , O this O is O not O parallel O LVDS B-Architecture because O there O is O no O parallel O clock O and O each O channel O has O its O own O clock O information O . O For O example O , O changing O the O limit O governed O by O key_count O from O 1000 O to O 10000 O keystrokes O , O would O not O complicate O the O extended O state B-Architecture machine I-Architecture at O all O . O They O are O used O inside O an O autonomous B-Architecture system I-Architecture , O but O not O between O autonomous B-Architecture systems I-Architecture . O In O a O Techila O Distributed B-Architecture Computing I-Architecture Engine O system O , O computational O resources O can O be O arranged O into O device O groups O for O organizational O , O security O , O compliance O , O and O administrative O control O . O Moreover O , O digital O identities O and O credentials O must O be O protected O as O should O any O data O that O the O provider O collects O or O produces O about O customer O activity O in B-Architecture the I-Architecture cloud I-Architecture . O Neural B-Architecture Network I-Architecture Gaussian B-General_Concept Processes I-General_Concept ( O NNGPs O ) O are O equivalent O to O Bayesian O neural B-Architecture networks I-Architecture in O a O particular O limit O , O and O provide O a O closed O form O way O to O evaluate O Bayesian O neural B-Architecture networks I-Architecture . O In O a O press O release O , O IBM O marketed O the O supercomputer B-Architecture 's O speed O , O claiming O that O " O if O every O man O , O woman O and O child O in O the O United O States O performed O one O calculation O each O second O , O it O would O take O them O almost O a O year O to O do O as O many O calculations O as O Mira B-Device will O do O in O one O second O " O . O Later O ports O to O other O processors O have O introduced O a O virtual B-Architecture machine I-Architecture modeled O on O the O design O of O the O Transputer B-General_Concept , O an O effective O choice O because O of O the O low O overheads O involved O . O The O opposite O of O inter-domain B-Architecture routing I-Architecture is O intra-domain B-Architecture routing I-Architecture , O routing O within O a O domain O or O an O autonomous B-Architecture system I-Architecture . O OpenSSH B-Language ( O also O known O as O OpenBSD B-Language Secure I-Language Shell I-Language ) O is O a O suite O of O secure O networking B-Architecture utilities O based O on O the O Secure B-Protocol Shell I-Protocol ( O SSH B-Protocol ) O protocol O , O which O provides O a O secure O channel O over O an O unsecured O network O in O a O client B-Operating_System – I-Operating_System server I-Operating_System architecture I-Operating_System . O important O hash B-Algorithm function I-Algorithm properties O , O and O the O authors O state O that O " O VSH O should O not O be O used O to O model O random B-Application oracles I-Application , O " O and O cannot O be O substituted O into O constructions O that O depend O upon O them O ( O RSA B-Architecture signatures I-Architecture , O some O MACs B-Algorithm ) O . O Recent O microcontrollers B-Architecture are O often O integrated O with O on-chip O debug B-Device circuitry O that O when O accessed O by O an O in-circuit B-Application emulator I-Application ( O ICE O ) O via O JTAG O , O allow O debugging O of O the O firmware B-Application with O a O debugger B-Application . O Beyond O quantum B-Architecture computing I-Architecture , O the O term O " O quantum B-Device machine I-Device learning I-Device " O is O also O associated O with O classical O machine O learning O methods O applied O to O data O generated O from O quantum O experiments O ( O i.e. O The O complex O analogue O of O an O orthogonal O matrix B-Architecture is O a O unitary B-Algorithm matrix I-Algorithm . O Recent O work O has O involved O merging O the O global O search O properties O of O SDS O with O other O swarm B-Architecture intelligence I-Architecture algorithms O . O It O is O commonly O used O to O characterize O the O wafer B-Architecture bond O strength O as O well O as O the O reliability O . O It O connects O the O microcontrollers B-Architecture to O the O Cloud B-Architecture for O developing O Internet B-Operating_System of I-Operating_System Things I-Operating_System ( O IoT B-Operating_System ) O products O . O Topology B-Architecture is O considered O to O be O very O soft O since O many O concepts O are O invariant O under O homotopy O . O On O March O 19 O , O 2012 O , O Etisalat O Afghanistan O , O the O fastest O growing O telecommunications O company O in O the O country O and O part O of O Etisalat O Group O , O announced O the O launch O of O 3G B-Architecture services O in O Afghanistan O . O The O battery O is O charged O via O the O Lightning B-Architecture port I-Architecture located O on O the O bottom O of O the O mouse B-Device . O As O a O result O , O the O mouse B-Device is O unusable O while O charging O , O a O design O choice O that O was O poorly O received O by O critics O . O The O Snapdragon B-Application 855 O competes O against O other O high O end O system-on-chip B-Architecture solutions O like O the O Apple B-Device A12 I-Device , O and O Kirin B-Architecture 980 I-Architecture . O Using O a O SaaS B-Architecture model O , O the O CloudMe B-Protocol service O is O provided O in O a O free O version O ( O 3 O GB O storage O up O to O 19 O GB O with O referral O program O ) O , O a O model O often O called O freemium O , O and O premium O versions O with O either O 10 O , O 25 O , O 100 O , O 200 O , O 500 O GB O storage O for O consumers O , O 2 O TB O and O 5 O TB O for O business O . O However O , O it O is O possible O to O generate O the O IDL B-General_Concept definitions O for O the O involved O RMI-IIOP B-Language data O structures O and O use O these O definitions O to O exercise O finer O control O between O RMI-IIOP B-Language and O CORBA B-Architecture communicating O partners O . O Something O of O a O misnomer O , O because O the O thing O that O adapts O is O the O working O system O , O rather O than O the O ( O more O abstract O ) O architecture B-Architecture which O defines O the O adaptability O that O is O required O of O that O system O . O Example O output O on O a O Linux B-Operating_System system O : O hwinfo O is O for O all O the O hardware B-Architecture . O The O 700 O and O 701SDX O have O RAM B-Architecture soldered O to O the O motherboard O . O Easy O C++ O compiled O C++ O source O code O directly O to O ARM B-Architecture object O code O and O supported O both O templates O and O exceptions O . O An O early O outside O licensee O of O CP/M B-Application was O Gnat O Computers O , O an O early O microcomputer B-Architecture developer O out O of O San O Diego O , O California O . O Each O of O the O fundamental O relations O is O elaborate O or O refine O one O OPM B-Architecture thing O , O the O source O thing O , O or O refinee O , O into O a O collection O of O one O or O more O OPM B-Architecture things O , O the O destination O thing O or O things O , O or O refineables O . O Whereas O LGA B-Device 775 I-Device processors O connect O to O a O northbridge B-Device using O the O Front B-Architecture Side I-Architecture Bus I-Architecture , O LGA B-Device 1156 I-Device processors O integrate O the O features O traditionally O located O on O a O northbridge B-Device within O the O processor O itself O . O CUDA B-Architecture allows O selected O Nvidia O graphics O cards O to O assist O in O the O decoding O of O video O . O Components B-Architecture are O represented O as O nodes O in O a O workflow O . O These O sources O often O describe O a O pseudo-API O and O include O Finite-state B-Architecture machine I-Architecture diagrams O to O illustrate O how O such O a O protocol O might O be O implemented O , O as O well O as O a O version O history O . O RAID B-Architecture 10 O , O also O called O RAID B-Architecture 1+0 O and O sometimes O RAID B-Architecture 1&0 O , O is O similar O to O RAID01 O with O an O exception O that O the O two O used O standard B-General_Concept RAID I-General_Concept levels I-General_Concept are O layered O in O the O opposite O order O ; O thus O , O RAID10 O is O a O stripe O of O mirrors O . O The O 5 O second O on-screen O performance O updates O are O visible O through O the O SaaS B-Architecture application O . O The O first O nanomotor B-Algorithm can O be O thought O of O as O a O scaled O down O version O of O a O comparable O microelectromechanical B-Architecture systems I-Architecture ( O MEMS B-Architecture ) O motor O . O Nevertheless O , O the O larger O register O file O required O fewer O transistors O , O and O the O final O Blue O design O , O fabbed O as O RISC B-Architecture II O , O implemented O all O of O the O RISC B-Architecture instruction I-Architecture set I-Architecture with O only O 40,760 O transistors O . O The O new O ROM B-Device allowed O the O computer O to O run O much O newer O system O and O application O software O ; O though O it O loaded O more O data O into O RAM B-Architecture , O it O only O slightly O decreased O the O amount O of O available O memory O – O by O 1.5 O KB O – O leaving O well O over O 370 O KB O available O for O applications O . O The O computational B-Architecture domain O might O not O be O rectangular O , O but O for O the O sake O of O simplicity O , O the O domain O is O taken O to O be O rectangular O . O The O simplest O procedure O that O may O be O used O to O produce O boundary O fitted O computational B-Architecture mesh B-Algorithm is O the O normalization O transformation O . O These O option O ROMs O could O be O Legacy O x86 O & O UEFI B-Architecture . O Production O was O discontinued O in O 2018 O in O favor O of O the O Fire B-Application TV I-Application Stick O 4K B-Architecture . O This O standard O does O not O use O the O short O term O 8P8C O and O covers O more O than O just O 8P8C O modular B-Architecture connectors I-Architecture , O but O the O 8P8C O modular B-Architecture connector I-Architecture type O is O the O eight O position O connector O type O described O therein O , O with O eight O contacts O installed O . O It O includes O ZFS B-Application v5000 O , O Software O RAID B-Architecture ( O 0 O , O 1 O , O 5 O ) O , O disk O encryption O , O S.M.A.R.T. O On O 2 O April O 2018 O , O it O was O confirmed O that O the O premium O edition O of O the O OnePlus B-Application 6 I-Application would O feature O the O Snapdragon B-Architecture 845 O processor O , O 8 O GB O of O RAM O and O 256 O GB O of O internal O storage O . O Typically O , O a O quadrature O decoder O is O implemented O as O a O finite-state B-Architecture machine I-Architecture ( O FSM O ) O which O simultaneously O samples O the O A O and O B O signals O and O thus O produces O amalgamate O " O AB O " O samples O . O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System lenses O can O not O be O used O on O a O standard O Four B-Architecture Thirds I-Architecture camera O . O CS O may O also O affect O a O power O consumption O or O serve O as O cycle O control O in O certain O circuits O ( O such O as O SRAM B-Architecture or O DRAM O ) O . O ballistic B-Architecture missile I-Architecture early I-Architecture warning I-Architecture ) O , O ground O penetrating O , O foliage O penetrating O ; O ' O ultra O high B-Algorithm frequency I-Algorithm ' O . O The O ZXM-777 O was O developed O in O 2006 O , O and O uses O a O TMPZ84C00-8 O CPU B-General_Concept at B-Operating_System 3.5MHz O in O normal O mode O , O or O 7.0MHz O in O turbo O mode O . O It O features O 128 O KB O of O RAM B-Architecture , O a O YM2149F B-Device sound O chip O , O a O floppy B-Device disk I-Device controller O , O and O can O TR-DOS O , O BASIC O 128 O , O or O ASIC O 48 O . O The O ZXM-Phoenix O was O introduced O in O 2008 O , O and O uses O a O KR1858VM1 B-Device ( O Z80A B-General_Concept clone B-General_Concept ) O CPU B-General_Concept running O at B-Operating_System 3.5MHz O , O or O a O TMPZ84C00-8 O running O at B-Operating_System 3.5MHz O in O normal O mode O , O or O 7.0MHz O in O turbo O mode O . O It O has O 1024/2048 O KB O of O RAM B-Architecture , O floppy B-Device and O hard B-Device drive I-Device controllers O , O and O features O mouse O support O . O The O ZXM-Alcyon O was O developed O in O late O 2015 O , O and O is O based O on O the O transformation O of O an O Igrosoft O slot O machine O board O ( O which O uses O a O Zilog B-General_Concept Z80 I-General_Concept microprocessor O ) O into O a O ZX B-Operating_System Spectrum I-Operating_System compatible O machine O . O The O H.323 B-Protocol standard O addresses O call O signaling O and O control O , O multimedia O transport O and O control O , O and O bandwidth O control O for O point-to-point B-Architecture and O multi-point O conferences O . O Unlike O the O IBM B-Application 360 I-Application , O where O a O booting B-Operating_System device O can O be O selected O from O the O system O console O , O an O IBM B-Device 1130 I-Device can O only O be O " O booted O " O ( O IPL O 'd O : O Initial O Program O Load O ) O from O an O external O device O : O a O card B-Architecture reader O or O a O paper O tape O reader O . O The O National O University O of O Sciences O and O Technology O ( O NUST O ) O in O Islamabad O has O developed O the O fastest O supercomputing B-Architecture facility O in O Pakistan O till O date O . O In O 1993 O , O Digicom O introduced O the O Connection O 96 O Plus O , O a O modem B-Application which O replaced O the O discrete O and O custom O components O with O a O general O purpose O digital B-Architecture signal I-Architecture processor I-Architecture , O which O could O be O reprogrammed O to O upgrade O to O newer O standards O . O VMEBus B-Architecture Switched O Serial O , O commonly O known O as O VXS B-Architecture , O is O an O ANSI O standard O ( O ANSI/VITA O 41 O ) O that O improves O the O performance O of O standard O parallel O VMEbus B-Architecture by O enhancing O it O to O support O newer O switched O serial O fabrics O . O The O DP-3 O introduced O three O innovations O : O a O silicon O photodiode O light O meter O ( O a O first O for O Nikon O SLRs B-Algorithm ) O for O faster O and O more O accurate O light O readings O , O a O five-stage O center-the-LED O exposure O control O system O using O + O /o/ O − O LEDs O , O and O an O eyepiece O blind O . O These O three O early O Photomic O heads O required O Nikon B-Architecture F-mount I-Architecture lenses O with O a O meter O coupling O shoe O ( O " O rabbit O ears O " O , O see O above O ) O . O Since O Ontario B-Architecture , O Prince O Edward O Island O and O Quebec O already O use O " O gouv O " O on O their O provincial O second-level O domains O for O the O French-language O versions O of O their O government O websites O , O this O domain O is O unavailable O through O the O normal O registration O process O . O In O such O a O case O , O only O the O smart O card O reader O normally O in O the O CAM B-Device is O fitted O and O not O the O PCMCIA B-Architecture type O CI O slots O . O Aspect# O , O a O simple O aspect-oriented B-Architecture programming I-Architecture framework O compliant O with O recommendations O . O Network B-Architecture mapped O drives O ( O on O LANs B-General_Concept or O WANs O ) O are O available O only O when O the O host B-Device computer I-Device ( O File O Server O ) O is O also O available O ( O i.e. O Chemistry B-Algorithm IEC O name O ANSI/NEDA O name O Nominal O voltage O ( O V O ) O Typical O capacity O ( O mAh O ) O Typical O capacity O ( O Wh O ) O Rechargeable B-Architecture Zinc B-Algorithm – I-Algorithm carbon I-Algorithm R03 O 24D O 1.5 O 540 O 0.81 O Alkaline B-Algorithm LR03 B-Algorithm 24A O 1.5 O VARTA O V4903 O datasheet O . O Cloud O Volumes O ONTAP B-Operating_System leverages O RAID B-Architecture data O protection O on O SSD B-Device and O HDD O drive O level O with O underlying O IP B-Protocol SAN I-Protocol storage O system O in O Cloud O Provider O . O EPB O in O Chattanooga O , O TN O is O a O municipally-owned O electric O utility O that O started O construction O of O a O smart B-Architecture grid I-Architecture in O 2008 O , O receiving O a O $ O 111,567,606 O grant O from O the O US O DOE O in O 2009 O to O expedite O construction O and O implementation O ( O for O a O total O budget O of O $ O 232,219,350 O ) O . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O AVX B-General_Concept , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel O 64 O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O TXT B-Device , O Intel O VT-x O , O Intel O EPT O , O Intel O VT-d O , O Hyper-threading B-Operating_System , O AES-NI B-Algorithm . O Tools O that O have O the O masking O feature O enable O scalability B-Architecture of O the O view O and O enhance O analysis O with O the O best O user O experience O for O both O technical O and O business O users O . O This O was O developed O by O and O supports O 32-bit O addressing O modes O found O on O later O ARM B-Architecture architectures I-Architecture . O The O M-Bus B-Architecture interface O is O made O for O communication O on O two O wires O , O making O it O cost-effective O . O ( O For O example O , O if O a O computer O has O 2 O GB O ( O 10243 O B O ) O of O RAM B-Architecture and O a O 1 O GB O page B-Architecture file I-Architecture , O the O operating B-General_Concept system I-General_Concept has O 3 O GB O total O memory O available O to O it O . O ) O A O 1904 O with O an O autonomous O hardware O floating B-Algorithm point I-Algorithm unit O . O A O 1906 O with O a O floating B-Algorithm point I-Algorithm unit O . O Designed O for O Universities O who O needed O floating B-Algorithm point I-Algorithm but O found O the O 1905 O too O expensive O . O The O execution O time O for O an O addition O instruction O ( O " O add O the O contents O of O store O location O x O to O register B-General_Concept y O " O ) O ranged O from O 2.5 O μs O for O a O 1906 O or O 1907 O with O 1.1 O μs O core O store O , O to O 34 O μs O for O a O 1901 O with O 6 O μs O core O store O . O All O machines O except O the O 1901 O were O operated O from O a O modified O Teletype B-Application Model I-Application 33 I-Application ASR O used O to O give O commands O to O the O executive O . O A O range O of O peripherals O was O available O , O including O 80-column B-Architecture card I-Architecture punches O and O readers O , O 8 O track O paper O tape O punches O and O readers O and O solid O barrel O line O printers O . O Magnetic B-Architecture disk I-Architecture storage O became O available O in O 1966 O . O Tuple B-Application calculus I-Application is O a O calculus O that O was O created O and O introduced O by O Edgar O F O . O Codd O as O part O of O the O relational B-Architecture model I-Architecture , O in O order O to O provide O a O declarative O database-query O language O for O data O manipulation O in O this O data B-Application model I-Application . O SAP B-Application exceeded O its O revenue O projections O due O to O the O expansion O in O its O cloud B-Architecture business O and O the O success O of O SAP B-Application HANA I-Application . O Beyond O these O physical O devices O , O several O companies O also O offer O MCS-51 B-Architecture derivatives O as O IP B-Architecture cores I-Architecture for O use O in O field-programmable B-Architecture gate I-Architecture array I-Architecture ( O FPGA B-Architecture ) O or O application-specific O integrated O circuit O ( O ASIC O ) O designs O . O eXeem B-Protocol was O designed O to O replace O the O need O for O centralized O trackers O ( O servers O which O co-ordinate O the O transfer O of O metadata O across O a O BitTorrent B-Protocol network B-Architecture ) O . O Some O of O the O advantages O of O CMOS B-Device fabrication B-Architecture , O for O example O very O low O cost O in O mass O production O , O do O not O transfer O directly O to O BiCMOS B-General_Concept fabrication B-Architecture . O PCI B-Protocol has O three O address B-General_Concept spaces I-General_Concept : O memory O , O I/O B-Architecture address I-Architecture , O and O configuration O . O A O pressure-sensitive O diaphragm B-Device is O etched O directly O into O a O silicon O wafer O by O MEMS B-Architecture processing O techniques O and O is O usually O accompanied O with O an O integrated O preamplifier B-Algorithm . O The O RX100 B-Algorithm IV I-Algorithm was O marketed O in O July O 2015 O , O it O boasts O a O new O faster O sensor O generation O ( O Exmor O RS O ) O and O 4K B-Architecture video I-Architecture . O Several O of O the O Four B-Architecture Thirds I-Architecture lenses O focus O on O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System proficiently O when O an O electrically O compatible O adapter O is O used O on O the O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System cameras O , O and O they O focus O on O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System cameras O much O quicker O than O earlier O generation O Four B-Architecture Thirds I-Architecture lenses O can O . O The O card O promised O extremely O high O performance O compared O to O contemporary O consumer O GPUs B-Architecture . O Telecom O carriers O ( O NEP O customers O ) O wanted O direct O involvement O in O driving O transformation O , O so O instead O , O both O groups O combined O forces O on O ETSI O Network B-Architecture function I-Architecture virtualization I-Architecture standardization O , O Software-defined O networking O adoption O , O and O 5G O network O slicing O initiatives O . O Taken O together O , O the O abstractions B-Application should O create O an O architecture B-Architecture unlikely O to O need O change O . O This O differs O greatly O from O the O first O platform O , O where O computer O networks O consisted O of O large O mainframes B-Architecture . O The O RSC O was O a O feature-reduced O single-chip O implementation O of O the O POWER1 B-General_Concept , O a O multi-chip O central B-General_Concept processing I-General_Concept unit I-General_Concept ( O CPU O ) O which O implemented O the O POWER B-Architecture instruction B-General_Concept set I-General_Concept architecture I-General_Concept ( O ISA O ) O . O Initially O developed O for O PC B-Device first-person O shooters O , O it O has O since O been O used O in O a O variety O of O genres O of O games O and O has O seen O adoption O by O other O industries O , O most O notably O the O film O and O television O industry O . O Unreal B-Operating_System Engine I-Operating_System is O written O in O C++ B-Language and O features O a O high O degree O of O portability B-Architecture , O supporting O a O wide O range O of O desktop B-Device , O mobile O , O console B-Device , O and O virtual B-Application reality I-Application platforms O . O Embedded O Coder O creates O code O efficient O enough O for O use O in O embedded B-Architecture systems I-Architecture . O The O merging O facilities O of O a O distributed O file O system O are O typically O more O limited O than O those O of O a O version B-Architecture control I-Architecture system I-Architecture because O most O file O systems O do O not O keep O a O version O graph O . O The O first O 601 O processors B-Architecture were O introduced O in O an O IBM B-Device RS/6000 I-Device workstation B-Device in O October O 1993 O ( O alongside O its O more O powerful O multichip O cousin O IBM O POWER2 B-General_Concept line O of O processors B-Architecture ) O and O the O first O Apple B-Device Power I-Device Macintoshes I-Device on O March O 14 O , O 1994 O . O The O software O provides O full O 26-bit B-Architecture emulation B-Application for O applications O written O in O C B-Language and O ARM B-Architecture assembly B-Language language I-Language . O Incompatibilities O do O exist O , O however O , O and O adventurous O F-mount B-Architecture users O should O consult O product O documentation O in O order O to O avoid O problems O . O Web B-Application applications I-Application are O required O to O be O processor O independent O , O so O portability B-Architecture can O be O achieved O by O using O web O programming O techniques O , O writing O in O JavaScript B-Language . O Issues O and O decay O of O sensory B-Architecture neurons I-Architecture associated O with O vision O lead O to O disorders O such O as O : O SpaceWire B-Architecture 's O modulation O and O data O formats O generally O follow O the O data B-Protocol strobe I-Protocol encoding I-Protocol - O differential O ended O signaling O ( O DS-DE O ) O part O of O the O IEEE O Std O 1355-1995 O . O Both O models O support O expanded O memory B-Architecture options O to O store O games O and O other O data O onto O external O drives O , O thus O allowing O players O to O obtain O and O store O games O through O online O distribution O via O the O PlayStation O Store O . O Within O a O year O some O Sun O systems O used O MBus B-Architecture , O another O interconnection O standard O , O as O a O CPU O — O memory O bus O . O Artefaktur B-Language Component B-Architecture Development O Kit O ( O ACDK O ) O is O a O platform-independent O library B-Library for O generating O distributed O server-based O components O and O applications B-Application . O Depending O on O the O survey O type O , O a O number O of O software O and O software/hardware O options O are O available O to O WLAN B-Architecture surveyors O . O These O GPUs B-Architecture use O the O Graphics O Core O Next O ( O GCN O ) O 5th O generation O architecture O , O codenamed O Vega O , O and O are O manufactured O on O 14 B-Algorithm nm I-Algorithm FinFET O technology O , O developed O by O Samsung O Electronics O and O licensed O to O GlobalFoundries O . O network B-Architecture device O configuration O backup O & O restore O ; O At O server O side O , O a O software B-Application repository I-Application is O typically O managed O by O source B-Architecture control I-Architecture or O repository O managers O . O The O Linux B-Operating_System DRM O subsystem O includes O free B-License and I-License open-source I-License drivers O to O support O hardware O from O the O 3 O main O manufacturers O of O GPUs B-Architecture for O desktop O computers O ( O AMD O , O NVIDIA O and O Intel O ) O , O as O well O as O from O a O growing O number O of O mobile O GPU B-Architecture and O System B-Architecture on I-Architecture a I-Architecture chip I-Architecture ( O SoC O ) O integrators O . O + O DRM O drivers O Driver O Since O kernel B-Operating_System Supported O hardware O Vendor O support O Status/Notes O radeon B-Device 2.4.1 O AMD O ( O formerly O ATi O ) O Radeon B-Device GPU B-Architecture series O with O the O architectures O TeraScale B-Architecture and O GCN O 1st O & O 2nd O gen O . O Including O models O from O R100/200/300/400 O , O Radeon B-Device X1000 I-Device , O HD O 2000/4000/5000/6000/7000/8000 O , O R5/R7/R9 O 200/300 O series O and O Kaveri O APUs O . O After O a O line O , O a O circle O is O the O simplest O example O of O a O topological O manifold B-Architecture . O Commodore O also O connected O the O MOS B-Device Technology I-Device 6526 I-Device CIA O #2 O in O the O C64 O and O C128 B-Device to O the O processor O 's O NMI O line O , O which O was O part O of O the O means O by O which O software O emulation O of O the O 6551 B-Architecture ACIA I-Architecture was O accomplished O . O This O ( O product O ) O topology B-Architecture on O is O identical O to O the O topology B-Architecture of O pointwise O convergence O . O Many O basic O constructions O of O the O manifold B-Architecture theory I-Architecture , O such O as O the O tangent O space O of O a O manifold B-Architecture and O a O tubular O neighbourhood O of O a O submanifold O ( O of O finite O codimension O ) O carry O over O from O the O finite O dimensional O situation O to O the O Hilbert O setting O with O little O change O . O Evolutionary B-Algorithm acquisition I-Algorithm of I-Algorithm neural I-Algorithm topologies I-Algorithm ( O EANT/EANT2 O ) O is O an O evolutionary O reinforcement O learning O method O that O evolves O both O the O topology O and O weights O of O artificial B-Architecture neural I-Architecture networks I-Architecture . O In O July O 1975 O , O Intel O sent O a O letter O to O its O sales O force O stating O that O the O MITS B-Architecture Altair I-Architecture 8800 I-Architecture computer O used O standard O Intel B-General_Concept 8080 I-General_Concept parts O . O Nikon B-Algorithm D3300 I-Algorithm is O a O 24.2-megapixel O DX O format O DSLR B-Device Nikon B-Architecture F-mount I-Architecture camera O officially O launched O by O Nikon B-Algorithm on O 7 O January O 2014 O . O However O , O the O modeler O may O take O advantage O of O the O union O of O information O provided O by O the O entire O OPD O set O of O an O OPM B-Architecture system O model O and O have O one O OPD O which O is O clear O and O unambiguous O but O not O complete O , O and O another O that O focuses O on O completeness O for O some O smaller O part O of O the O system O by O adding O more O details O . O They O also O reported O that O the O stock O 5400-rpm O hard B-Device drive I-Device and O 64MB O of O RAM B-Architecture on O the O base O model O slowed O the O system O considerably O . O This O is O done O after O a O digital O circuit O has O been O designed O in O logic O equations O , O but O before O the O circuit O is O fabricated O in O hardware B-Architecture . O An O improved O scheme O ( O called O OAEP+ O ) O that O works O with O any O trapdoor O one-way O permutation O was O offered O by O Victor O Shoup O to O solve O this O problem O . O More O recent O work O has O shown O that O in O the O standard B-General_Concept model I-General_Concept ( O that O is O , O when O hash B-Algorithm functions I-Algorithm are O not O modeled O as O random B-Application oracles I-Application ) O it O is O impossible O to O prove O the O IND-CCA2 O security O of O RSA-OAEP B-Algorithm under O the O assumed O hardness O of O the O RSA B-Architecture problem O . O The O GECOS B-Application operating B-General_Concept system I-General_Concept for O the O GE O ( O later O Honeywell O and O Groupe O Bull O ) O 600 B-Device family O of O mainframe B-Architecture computers I-Architecture ( O it O later O became O GCOS B-Application ) O . O FPGAs B-Architecture can O be O reprogrammed O and O reconfigured O according O to O requirements O , O but O this O takes O more O time O and O energy O than O desired O . O Equivalent O to O the O definition O , O a O 0-1 O matrix B-Architecture is O balanced O if O and O only O if O it O does O not O contain O a O submatrix O that O is O the O incidence B-Algorithm matrix I-Algorithm of O any O odd O cycle O ( O a O cycle O graph O of O odd O order O ) O . O Rhapsody B-Operating_System built O on O NeXTSTEP B-Application , O porting O the O core O system O to O the O PowerPC B-Architecture architecture O and O adding O a O redesigned O user O interface O based O on O the O Platinum B-Operating_System user O interface O from O Mac B-Operating_System OS I-Operating_System 8 I-Operating_System . O The O SL O series O offers O five O 8-bit O XT-compatible O ISA B-Architecture slots I-Architecture , O and O does O not O come O with O pre-installed O real-time O clock O chips O , O making O them O optional O upgrades O in O the O form O of O the O plug-in O Dallas O DS1216E O SmartWatch O . O As O a O result O , O fitting O a O hard O drive O to O an O SL O that O already O has O the O upper O and O lower O 5.25 O " O bays O populated O may O require O either O the O removal O of O one O of O the O devices O in O those O bays O , O or O the O installation O of O a O hard O disk O card-style O bracket O which O seats O in O one O of O the O ISA B-Architecture slots I-Architecture . O The O Tandy O 1000 O TL O and O TL/2 O uses O 8MHz O Intel B-General_Concept 80286 I-General_Concept processors O , O whereas O the O TL/3 O uses O a O 10MHz O 80286 B-General_Concept . O The O software O was O bundled O with O the O company O 's O popular O Nova B-Device and O Eclipse B-Device minicomputers B-Architecture . O Operating B-General_Concept systems I-General_Concept supporting O virtual B-Architecture memory I-Architecture assign O processes B-Operating_System a O virtual B-General_Concept address I-General_Concept space I-General_Concept and O each O process O refers O to O addresses B-General_Concept in O its O execution O context O by O a O so-called O virtual B-General_Concept address I-General_Concept . O The O phone O has O 16GB O of O internal O storage O and O 3GB O of O RAM B-Architecture . O Certain O low-end O and O high-end O parts O ( O including O multi-socket O Xeons B-Device and O some O Extreme O Edition O CPUs O expected O to O be O used O with O a O dedicated O GPU O ) O do O not O contain O the O hardware O core B-Architecture to O support O Quick B-Algorithm Sync I-Algorithm . O The O biadjacency O matrix B-Architecture is O the O 0 O – O 1 O matrix B-Architecture in O which O if O and O only O if O . O Banana B-Application PI I-Application PBI-M2 O Ultra O hardware O : O Quad B-Architecture Core I-Architecture ARM B-Application Cortex-A7 I-Application , O ARMv7 O CPU B-Device , O 2GB O DDR3 O SDRAM O , O 8GB O eMMC O flash O on O board O , O Gigabit O Ethernet O port O , O built-in O 3.7V O Li-ion O battery O charging O circuit O . O Afterwards O , O Fujitsu O redesigned O the O supercomputer B-Architecture to O use O the O VIIIfx O as O its O only O processor O type O . O It O combines O a O central B-General_Concept processing I-General_Concept unit I-General_Concept ( O CPU O ) O and O graphics B-Architecture processing I-Architecture unit I-Architecture ( O GPU B-Architecture ) O , O as O well O as O other O components O such O as O a O memory B-General_Concept controller I-General_Concept and O video O decoder O . O The O CPU O consists O of O two O 28 O nm O quad-core B-Architecture Jaguar O modules O totaling O 8 O x86-64 B-Device cores B-Architecture , O 7 O of O which O are O available O for O game O developers O to O use O . O Graphisoft B-Application EcoDesigner I-Application helps O architects O to O use O virtual B-Architecture building I-Architecture information O to O evaluate O energy O performance O , O thus O the O sustainability O of O the O building O from O the O very O first O concept O design O . O Its O CPU O is O a O 1.3 O gigahertz O quad-core O MediaTek B-Architecture processor O . O However O , O even O in O the O case O of O several B-Architecture complex I-Architecture variables I-Architecture , O there O are O some O results O similar O to O the O results O of O the O theory O of O uniformization O in O one O complex O variable O . O HardWare O Specification O of O Banana B-Application pi I-Application BPI-M2 O UltraSoc O Allwinner B-Architecture A40i/R40/V40 O CPU B-Device quad-core B-Architecture cortex O -A7 O , O the O most O power O efficient O CPU B-Architecture core I-Architecture ARM B-Architecture 's O ever O development O GPU B-Architecture dual-core B-Architecture MALI-400 O MP2 O and O runs O at O 500 O MHz O , O capable O of O 1.1 O Gpixel/s O throughput O . O Investigations O have O also O been O made O to O reduce O the O overhead O due O to O PI O in O fine-grained O FPGAs B-Architecture by O mapping O larger O multi-input O multi-output O LUTs O to O embedded O memory O blocks O . O Another O limitation O of O Turing B-Architecture machines I-Architecture is O that O they O do O not O model O concurrency O well O . O To O signal O specific O subscribers O on O party B-Architecture lines I-Architecture selectively O , O telephone O operating O companies O implemented O various O signaling O systems O . O Often O passive B-Architecture optical I-Architecture network I-Architecture , O microwave O or O digital O subscriber O line O technologies O are O employed O , O but O some O of O them O using O point-to-point O Ethernet O over O " O home-run O " O direct O fibre O . O A O computer O with O thermal O sensors O integrated O in O the O CPU B-General_Concept , O motherboard B-Device , O chipset B-Device , O or O GPU B-Architecture can O shut O itself O down O when O high O temperatures O are O detected O to O prevent O permanent O damage O , O although O this O may O not O completely O guarantee O long-term O safe O operation O . O Whether O related O to O the O hardware O change O or O by O coincidence O , O Apple O also O abandoned O its O NetWare B-Operating_System on O PowerPC B-Architecture development O ( O codename O : O Wormhole O ) O at O this O time O . O The O general O logic B-Device board I-Device layout O seems O to O suggest O a O close O relationship O with O PowerPC-based O RS/6000 B-Device systems O by O IBM O , O which O also O were O designed O to O run O AIX B-Application . O Train O the O neural B-Architecture network I-Architecture on O RGB O color O contrast O : O Event-related B-Algorithm optical I-Algorithm signal I-Algorithm ( O EROS O ) O is O a O neuroimaging B-Algorithm technique O that O uses O infrared O light O through O optical B-Architecture fibers I-Architecture to O measure O changes O in O optical O properties O of O active O areas O of O the O cerebral O cortex O . O The O PCMCIA B-Architecture stack O for B-Language PalmDOS O was O partially O written O by O Ian O H O . O S O . O Cullimore O . O Novell O DOS B-Device was O Novell O Corporation O 's O name O for B-Language DRDOS O during O the O period O when O Novell O sold O DRDOS O , O after O the O acquisition O of O Digital O Research O in O 1991 O . O Regarding O features O and O performance O , O it O was O typically O at O least O one O release O ahead O of O MS-DOS B-Application . O In O such O systems O there O is O no B-Architecture single I-Architecture point I-Architecture of I-Architecture failure I-Architecture . O The O display O panel O is O the O same O 5.5 O " O 1080p O IPS B-Architecture LCD I-Architecture as O the O original O , O although O the O front O bezels O have O been O slimmed O down O and O the O capacitive O navigation O buttons O and O home O button O have O been O replaced O with O on-screen O keys O . O The O Naimi O – O Trehel O algorithm O is O an O algorithm O for O achieving O mutual B-Operating_System exclusion I-Operating_System in O a O distributed B-Architecture system I-Architecture . O Depending O on O which O logic O board O is O in O the O system O , O there O is O either O one O or O two O SIMM B-General_Concept slots O . O In O all O cases O , O the O first O SIMM B-General_Concept slot O requires O 80 O ns O non-parity O chips O , O with O a O refresh O rate O of O 2k O or O better O , O and O 4 O , O 8 O , O 16 O or O 32 O MB O SIMMs B-General_Concept will O work O . O The O second O slot O supports O single-sided O SIMM B-General_Concept cards O only O , O up O to O 16 O MB O in O size O . O Hard O drive O controller O : O One O of O the O big O differences O , O when O compared O to O some O of O the O previous O Macintosh B-Device models O was O the O choice O of O the O internal O hard O drive O interface O ; O conforming O to O the O standards O of O the O IBM O PC O compatible O platform O , O cheaper O but O slower O IDE B-Protocol drives I-Protocol were O used O instead O of O SCSI B-Architecture for O the O first O time O . O An O external O SCSI B-Architecture port O was O still O available O , O and O the O CD-ROM O used O SCSI B-Architecture internally O , O but O the O 630 O used O an O older O controller O that O was O much O slower O than O the O ones O used O in O higher-end O Macs O of O the O time O . O The O ES-1 O was O Evans O & O Sutherland O 's O abortive O attempt O to O enter O the O supercomputer B-Architecture market O . O In O SR-IOV B-Protocol , O the O most O common O of O these O , O a O host O VMM O configures O supported O devices O to O create O and O allocate O virtual O " O shadows O " O of O their O configuration O spaces O so O that O virtual B-Architecture machine I-Architecture guests O can O directly O configure O and O access O such O " O shadow O " O device O resources O . O The O OpenGL B-Application Architecture O Review O Board O established O the O ARB B-Language assembly I-Language language I-Language in O 2002 O as O a O standard O low-level O instruction O set O for O programmable O graphics B-Architecture processors I-Architecture . O The O reason O for O this O notation O is O that O a O vector O field O determines O a O linear B-Architecture map I-Architecture from O the O space O of O smooth O functions O to O itself O , O , O given O by O differentiating O in O the O direction O of O the O vector O field O . O Frustrated O social O media O users O tried O to O derail O the O listings O by O using O bots B-Protocol to O make O fake O bids O on O the O scalped O GPUs B-Architecture at O absurd O prices O ; O in O one O instance O , O an O auction O for O an O RX B-Device 6800 I-Device XT I-Device saw O bids O as O high O as O US$ O 70,000 O . O The O MSP430 B-Architecture 's O comparator O module O provides O precision O slope O analog-to-digital O conversions O . O A O modern O computer B-General_Concept operating I-General_Concept system I-General_Concept usually O segregates O virtual B-Architecture memory I-Architecture into O user B-Operating_System space I-Operating_System and I-Operating_System kernel I-Operating_System space I-Operating_System . O Mira B-Device is O a O retired O petascale B-General_Concept Blue B-General_Concept Gene/Q I-General_Concept supercomputer B-Architecture . O A O suffix B-Architecture tree I-Architecture cluster O keeps O track O of O all O n-grams B-Language of O any O given O length O to O be O inserted O into O a O set O word O string O , O while O simultaneously O allowing O differing O strings O to O be O inserted O incrementally O in O a O linear O order O . O Version O 15 O introduced O incremental O compilation O for O AMD64 B-Device and O ARM B-Architecture targets O and O improved O application O performance O across O all O platforms O . O On-premises O software O is O sometimes O referred O to O as O " O shrinkwrap O " O software O , O and O off-premises O software O is O commonly O called O " O software B-Architecture as I-Architecture a I-Architecture service I-Architecture " O ( O " O SaaS B-Architecture " O ) O or O " O cloud B-Architecture computing I-Architecture " O . O The O 915 O - O and O 925-series O chipsets O did O not O work O at O all O with O the O Smithfields B-Device , O as O they O did O not O support O more O than O one O core O ( O to O prevent O manufacturers O making O a O cheap O dual B-Architecture CPU I-Architecture motherboard B-Device capable O of O supporting O Xeon B-Device CPU B-Device 's O , O as O had O happened O with O the O 875P O chipset O ) O . O It O is O done O by O keeping O several O page B-General_Concept tables I-General_Concept that O cover O a O certain O block O of O virtual B-Architecture memory I-Architecture . O BISON O was O the O first O MOOSE-based O application O " O animal O , O " O and O is O a O finite O element-based O nuclear O fuel O performance O code O applicable O to O a O variety O of O fuel O forms O including O light O water O reactor O fuel O rods O , O TRISO O fuel O particles O , O and O metallic O rod O and O plate O fuel O . O BISON O is O based O on O the O MOOSE B-Language framework O and O can O therefore O efficiently O solve O problems O on O either O two-dimensional O axisymmetric O or O three-dimensional O geometries O using O standard O workstations O or O large O high B-Architecture performance I-Architecture computers I-Architecture . O Lattice O topology B-Architecture is O identical O to O the O more O familiar O bridge O topology B-Architecture , O the O difference O being O merely O the O drawn O representation O on O the O page O rather O than O any O real O difference O in O topology B-Architecture , O circuitry O or O function O . O According O to O International O Data O Corporation O ( O IDC O ) O , O global O spending O on O cloud B-Architecture computing I-Architecture services O has O reached O $706 O billion O and O expected O to O reach O $1.3 O trillion O by O 2025 O . O While O many O of O these O games O were O lost O as O older O computers O were O discontinued O , O some O of O them O were O ported O to O high-level O computer O languages O like O BASIC O , O had O expanded O versions O later O released O for O personal B-Device computers I-Device , O or O were O recreated O for O bulletin B-Application board I-Application systems I-Application years O later O , O thus O influencing O future O games O and O developers O . O Early O computer O games O began O to O be O created O in O the O 1950s O , O and O the O steady O increase O in O the O number O and O abilities O of O computers O over O time O led O to O the O gradual O loosening O of O restrictions O on O access O to O mainframe B-Architecture computers I-Architecture at O academic O and O corporate O institutions O beginning O in O the O 1960s O . O This O in O turn O led O to O a O modest O proliferation O of O generally O small O , O text-based O games O on O mainframe B-Architecture computers I-Architecture , O with O increasing O complexity O towards O the O end O of O the O decade O . O While O games O continued O to O be O developed O on O mainframes B-Architecture and O minicomputers B-Architecture through O the O 1970s O , O the O rise O of O personal B-Device computers I-Device and O the O spread O of O high-level O programming O languages O meant O that O later O games O were O generally O intended O to O or O were O capable O of O being O run O on O personal B-Device computers I-Device , O even O when O developed O on O a O mainframe B-Architecture . O As O these O changes O and O innovations O to O the O EV O culture O continue O to O grow O , O the O next O step O is O to O supply O this O innovation O with O the O capability O to O communicate O and O integrate O EVs O into O the O smart B-Architecture grid I-Architecture of O tomorrow O . O Best O : O 300MHz O , O 1MiB O L2 B-General_Concept cache I-General_Concept , O 128MiB O SDRAM O , O Two O 4GB O Ultra/Wide O SCSI B-Architecture . O According O to O Ralph O Schmidt O in O an O AmigActive O article O featuring O MorphOS B-Operating_System , O there O were O about O 10,000 O people O using O Phase5 O PowerPC B-Architecture accelerator O boards O . O Elimination O of O cross-browser B-Architecture incompatibilities O : O The O JavaScript B-Language engines O of O different O browsers O differ O slightly O so O JavaScript B-Language code O that O works O for O one O browser O may O not O work O for O another O . O The O earliest O version O ( O HC O 85 O ) O closely O resembled O the O Spectrum O , O with O a O built-in O BASIC O interpreter O , O Z80A B-General_Concept processor O , O 48KB O RAM B-Architecture , O tape O , O and O TV O interfaces O . O An O optional O Interface B-Device 1 I-Device expansion O was O available O for O the O HC O 85 O , O HC O 90 O , O and O HC O 91 O . O It O was O functionally O similar O to O the O ZX B-Device Interface I-Device 1 I-Device , O but O instead O of O Microdrives O it O supported O single-density O or O double-density O floppy B-Device disks I-Device . O It O had O 64KB O RAM B-Architecture , O and O extra O circuitry O which O provided O CP/M B-Application support O if O the O Interface B-Device 1 I-Device expansion O was O also O present O . O In O BASICA O and O PC O DOS O you O can O open O these O ports O as O " O COM1 B-Architecture : O " O through O " O COM4 O : O " O , O and O all O PC O compatibles O using O MSDOS O used O the O same O denotation O . O The O National B-Device Supercomputer I-Device Center I-Device in I-Device Guangzhou I-Device operates O the O fourth O most O powerful O supercomputer B-Architecture in O the O world O ( O as O of O June O 2018 O ) O Tianhe-2 O ( O MilkyWay-2 O ) O , O which O runs O at O 33,000 O teraflops O . O : O " O SMTP B-Protocol Service O Extension O for O Secure B-Protocol SMTP I-Protocol over O Transport B-Architecture Layer I-Architecture Security O " O . O Specifies O an O extension O to O the O SMTP B-Protocol service O that O allows O an O SMTP B-Protocol server I-Protocol and O client B-Protocol to O use O transport-layer B-Architecture security O to O provide O private O , O authenticated O communication O over O the O Internet O . O The O Sun-2 B-Device series O used O a O 10MHz O Motorola B-Device 68010 I-Device microprocessor B-Architecture with O a O proprietary O Sun-2 B-Device Memory B-General_Concept Management I-General_Concept Unit I-General_Concept ( O MMU O ) O , O which O enabled O it O to O be O the O first O Sun O architecture O to O run O a O full O virtual B-Architecture memory I-Architecture UNIX B-Application implementation O , O SunOS B-Operating_System 1.0 O , O based O on O 4.1BSD B-Operating_System . O Booting B-Operating_System from O USB B-Architecture mass I-Architecture storage I-Architecture is O not O available O in O the O original O Raspberry B-Operating_System Pi I-Operating_System models O , O the O Raspberry B-Operating_System Pi I-Operating_System Zero I-Operating_System , O the O Raspberry B-Operating_System Pi I-Operating_System Pico O , O the O Raspberry B-Operating_System Pi I-Operating_System 2 O A O models O , O and O the O Raspberry B-Operating_System Pi I-Operating_System 2 O B O models O with O versions O lower O than O 1.2 O . O Microsoft O 's O certification O guidelines O for O Windows B-Application 8 I-Application ultimately O revealed O that O vendors O would O be O required O to O provide O means O for O users O to O re-configure O or O disable O secure O boot O in O their O device O 's O UEFI B-Architecture firmware I-Architecture . O The O graphics B-Architecture processing I-Architecture unit I-Architecture ( O GPU B-Architecture ) O also O needs O to O be O powerful O enough O to O render O the O required O amount O of O frames O . O The O DECSYSTEM-20 B-Device was O a O 36-bit O Digital O Equipment O Corporation O PDP-10 B-Device mainframe B-Architecture computer I-Architecture running O the O TOPS-20 B-Operating_System operating B-General_Concept system I-General_Concept ( O products O introduced O in O 1977 O ) O . O This O gives O the O DGX O H100 O 3.2Tb/s O of O fabric O bandwidth O across O Infiniband B-Architecture . O Both O the O original O and O the O " O Plus O " O have O 1 O GB O of O RAM B-Architecture , O but O the O latter O only O has O 8 O GB O of O internal O storage O , O half O that O of O the O original O , O of O which O the O operating O system O takes O a O significant O cut O . O If O is O finite O , O then O is O a O finite B-Architecture automaton I-Architecture . O The O performance O of O Techila O Distributed B-Architecture Computing I-Architecture Engine O in O different O scenarios O was O evaluated O in O a O thesis O at O Tampere O University O of O Technology O . O The O front-end O had O coarse-grained B-General_Concept multi-threading I-General_Concept removed O , O the O L1 O instruction O cache O halved O in O size O to O 32KB O ; O and O the O number O of O branch O target O address O cache O ( O BTAC O ) O entries O reduced O to O 1,024 O from O 8 O , O 192 O , O and O its O associativity O reduced O to O two O from O eight O ; O and O an O extra O pipeline O stage O was O inserted O before O the O instruction O decoder O . O The O SPARC B-Architecture V9 I-Architecture architecture O was O designed O to O have O only O 32 O integer O and O 32 O floating-point O number O registers O . O The O SPARC B-Architecture V9 I-Architecture instruction O encoding O limited O the O number O of O registers O specifiable O to O 32 O . O To O specify O the O extra O registers O , O HPC-ACE O has O a O " O prefix O " O instruction O that O would O immediately O follow O one O or O two O SPARC B-Architecture V9 I-Architecture instructions O . O Released O in O 1991 O , O the O Mercedes-Benz O W140 O was O the O first O production O vehicle O to O feature O a O CAN-based O multiplex B-Architecture wiring O system O . O The O ad O did O not O specifically O link O the O language O to O the O SCELBI B-Device platform O , O instead O , O it O simply O offered O itself O in O book O form O as O a O complete O source O listing O to O create O a O version O of O BASIC O on O any O 8008 B-General_Concept or O 8080 B-General_Concept system O with O the O requisite O 8kB O of O RAM B-Architecture . O The O inverse O problem O for O the O commutation O relation O of O identifying O all O involutory O K O that O commute O with O a O fixed O matrix B-Architecture A O has O also O been O studied O . O Metroid B-Application Prime I-Application 3 I-Application : I-Application Corruption I-Application took O advantage O of O the O increased O RAM B-Architecture in O the B-Operating_System Wii I-Operating_System , O allowing O for O higher-quality O audio O samples O . O Pooling O is O a O downsampling B-Algorithm method O and O an O important O component O of O convolutional B-Architecture neural I-Architecture networks I-Architecture for O object B-General_Concept detection I-General_Concept based O on O the O Fast O R-CNN O architecture O . O During O the O 1990s O there O was O a O concerted O effort O to O define O and O codify O fundamental O aspects O of O the O discipline O , O with O research O work O concentrating O on O architectural O styles O ( O patterns O ) O , O architecture B-Architecture description I-Architecture languages I-Architecture , O architecture O documentation O , O and O formal B-Architecture methods I-Architecture . O DH-HMAC O is O defined O in O RFC O 4650 O . O RSA-R O ( O MIKEY-RSA-R O ) O ( O Reverse O RSA B-Architecture ) O : O The O Common O Secret O is O exchanged O with O the O help O of O public B-Application key I-Application encryption I-Application in O a O way O that O does O n't O require O any O PKI B-Architecture : O the O initiator O sends O its O public O RSA B-Architecture key O to O the O responder O , O which O responds O by O selecting O the O Common O Secret O and O then O send O it O back O to O the O initiator O encrypted O with O the O initiator O 's O public B-Application key I-Application . O The O first O example O was O field-programmable B-Architecture gate I-Architecture array I-Architecture ( O FPGA B-Architecture ) O co-processors O , O a O result O of O collaboration O between O Intel-Xilinx-Nallatech O and O Intel-Altera-XtremeData O ( O which O shipped O in O 2008 O ) O . O The O PC/104 B-Device -Plus O standard O adds O support O for O the O PCI B-Protocol bus I-Protocol , O in O addition O to O the O ISA B-Architecture bus I-Architecture of O the O PC/104 B-Device standard O . O The O Z88 O is O a O portable B-Device computer I-Device weighing O , O based O on O a O low-power O CMOS B-Device version O of O the O popular O Zilog B-General_Concept Z80 I-General_Concept microprocessor B-Architecture . O The O first O element O , O usually O at O the O zero O offset O , O is O the O bottom O , O resulting O in O array[0] O being O the O first O element O pushed O onto O the O stack B-Architecture and O the O last O element O popped O off O . O The O Virtex-6 O family O was O introduced O in O February O 2009 O on O a O 40nm O process O technology O for O compute-intensive O electronic O systems O , O and O the O company O claims O it O consumes O 15 O percent O less O power O and O has O 15 O percent O improved O performance O over O competing O 40nm O FPGAs B-Architecture . O Instead O , O it O predicts O the O outcome O of O a O branch B-General_Concept based O solely O on O the O branch B-General_Concept instruction I-General_Concept . O The O early O implementations O of O SPARC B-Architecture and O MIPS B-Device ( O two O of O the O first O commercial O RISC B-Architecture architectures I-Architecture ) O used O single-direction O static O branch B-General_Concept prediction I-General_Concept : O they O always O predict O that O a O conditional B-General_Concept jump I-General_Concept will O not O be O taken O , O so O they O always O fetch O the O next O sequential O instruction O . O The O emulator B-Application is O only O available O for O Linux B-Application and O Mac O OS O X O and O must O be O compiled O from O the O source O . O So O far O , O there O are O no O 49g+ O /50g O emulators B-Application for O smartphones O with O the O exception O of O HP O 50g O for O iPhone O and O iPad O released O in O October O 2012 O . O An O emulator B-Application for O Microsoft B-Operating_System Windows I-Operating_System Mobile I-Operating_System ( O PPC O , O smartphones O ) O is O available O . O Other O 49G/49g O + O /50g O emulators B-Application for O Android O ( O without O ARM B-Architecture support O ) O . O Organizations O may O group O these O criteria O into O key O use O cases O including O Cloud B-Architecture Brokerage O , O DevOps O Automation O , O Governance O , O and O Day-2 O Life O Cycle O Operations O . O The O 64-bit B-Device operating O system O was O called O NOS/VE B-Operating_System , O and O supported O the O virtual B-Architecture memory I-Architecture capabilities O of O the O hardware O . O The O older O 60-bit O operating O systems O , O NOS B-Operating_System and O NOS/BE B-Operating_System , O could O run O in O a O special O address O space O for O compatibility O with O the O older O systems O . O The O result O is O similar O to O having O a O system O built O with O a O motherboard B-Device , O except O that O the O backplane B-Architecture determines O the O slot O configuration O . O Often O the O entire O smart B-Architecture grid I-Architecture and O smart O building O concept O is O discredited O in O part O by O confusion O about O the O difference O between O home O control O and O home O area O network O technology O and O AMI O . O For O JPL O , O Douglas O Griffith O served O as O the O Magellan B-Architecture project O manager O and O R O . O Stephen O Saunders O served O as O the O lead O project O scientist O . O Parallel O peripherals O can O be O attached O in O memory-mapped B-Architecture fashion O to O the O regular O address O and O data B-General_Concept bus I-General_Concept . O The O problem O arises O when O the O number O to O be O created O exhausts O the O number O of O instructions O available O to O the O finite B-Architecture state I-Architecture machine I-Architecture ; O there O is O always O a O bigger O constant O than O the O number O of O instructions O available O to O the O finite B-Architecture state I-Architecture machine I-Architecture . O A O database O system O has O the O Generalized O autonomy O property O if O it O does O not O share O any O other O database O system O any O local O concurrency B-Architecture information O beyond O ( O unmodified O ) O atomic O commit O protocol O messages O ( O however O , O any O local O information O can O be O utilized O ) O . O This O type O of O system O crash O can O be O difficult O to O avoid O , O as O it O is O impossible O to O anticipate O the O critical O rise O in O levels O of O memory B-Architecture fragmentation I-Architecture . O The O information O displayed O by O Speccy B-Application includes O processor B-General_Concept brand O and O model O , O hard B-Device drive I-Device size O and O speed O , O amount O of O memory O ( O RAM B-Architecture ) O , O information O about O graphics B-Device card I-Device and O operating B-General_Concept system I-General_Concept . O Casewise B-Architecture Asia O Pacific O Pty O Ltd O is O headquartered O in O Melbourne O , O Victoria O , O Australia O and O is O a O member O of O the O ID O industry O . O The O electrical O connections O between O the O memory B-General_Concept controller I-General_Concept and O the O DRAMs O are O almost O identical O ( O with O the O possible O exception O of O which O chip B-Architecture selects I-Architecture go O to O which O ranks O ) O . O However O , O this O model O has O significantly O different O specifications O ; O it O has O Qualcomm B-Architecture Snapdragon I-Architecture 210 O system-on-chip B-Architecture with O a O 1.1 O GHz O quad-core O ARM B-Application Cortex-A7 I-Application 32-bit O CPU B-General_Concept and O Adreno B-General_Concept 304 O GPU B-Architecture instead O of O the O Qualcomm O Snadragon O 410 O system-on-chip B-Architecture , O 1.5 O GB O RAM B-Architecture instead O of O 1 O GB O , O 8 O GB O internal O storage O instead O of O 16 O GB O and O an O 8 O MP O rear O camera O instead O of O the O 13 O MP O unit O . O The O term O DIBL B-Algorithm has O expanded O beyond O the O notion O of O simple O threshold O adjustment O , O however O , O and O refers O to O a O number O of O drain-voltage O effects O upon O MOSFET B-Architecture I-V O curves O that O go O beyond O description O in O terms O of O simple O threshold O voltage O changes O , O as O described O below O . O It O aims O to O improve O upon O and O continue O development O of O an O mpv B-Language frontend B-Architecture based O on O Baka O MPlayer B-Application , O since O Baka O MPlayer B-Application ’s O development O stalled O in O January O 2017 O . O Implementations O of O the O OMG B-Architecture specifications O come O from O private O companies O or O open B-License source I-License groups O . O If O the O information O word O consists O of O bits O , O then O the O Berger B-Error_Name code I-Error_Name needs O " O check B-Error_Name bits I-Error_Name " O , O giving O a O Berger B-Error_Name code I-Error_Name of O length O k+n O . O All O updates O must O go O through O this O process O to O ensure O that O the O patch O does O truly O fix O the O bug O and O there O is O no O risk O of O regression B-Error_Name . O Overfitting B-Error_Name causes O inaccuracies O in O machine O learning O as O the O model O learns O about O the O noise O and O undesired O details O . O Windows B-Application 3.1 I-Application displays O a O Black B-Error_Name Screen I-Error_Name of I-Error_Name Death I-Error_Name instead O of O a O blue O one O . O Some O versions O of O macOS B-Application ( O notably O OS B-Application X I-Application Lion I-Application ) O also O displays O a O Black B-Error_Name Screen I-Error_Name of I-Error_Name Death I-Error_Name as O well O , O usually O pointed O to O a O graphics O card O or O sleep/wake O issue O . O Five O hundred O eighty-six O relays O , O later O found O to O be O susceptible O to O the O Heartbleed B-Error_Name bug I-Error_Name , O were O taken O offline O as O a O precautionary O measure O . O Since O similar O items O end O up O in O the O same O buckets O , O this O technique O can O be O used O for O data B-Algorithm clustering I-Algorithm and O nearest B-Algorithm neighbor I-Algorithm search I-Algorithm . O It O differs O from O conventional B-Error_Name hashing I-Error_Name techniques I-Error_Name in O that O hash B-Algorithm collisions I-Algorithm are O maximized O , O not O minimized O . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O Packages B-Application may O include O modifications O introduced O by O Debian O to O achieve O compliance O with O Debian O Policy O , O even O to O fix O non-Debian O specific O bugs B-Error_Name , O although O coordination O with O upstream B-General_Concept developers O is O advised O . O In O one O of O the O commonly O used O variants O of O the O algorithm O , O the O hash B-Algorithm table I-Algorithm is O split O into O two O smaller O tables O of O equal O size O , O and O each O hash B-Error_Name function I-Error_Name provides O an O index O into O one O of O these O two O tables O . O An O example O of O a O single-bit O error O that O would O be O ignored O by O a O system O with O no O error-checking O , O would O halt O a O machine O with O parity B-General_Concept checking O , O or O would O be O invisibly O corrected O by O ECC B-Error_Name : O a O single O bit O is O stuck O at O 1 O due O to O a O faulty O chip O , O or O becomes O changed O to O 1 O due O to O background O or O cosmic O radiation O ; O a O spreadsheet O storing O numbers O in O ASCII O format O is O loaded O , O and O the O character O " O 8 O " O ( O decimal O value O 56 O in O the O ASCII O encoding O ) O is O stored O in O the O byte O that O contains O the O stuck O bit O at O its O lowest O bit O position O ; O then O , O a O change O is O made O to O the O spreadsheet O and O it O is O saved O . O BASIC/WS O , O BASIC/UX O 300 O and O BASIC/UX O 700 O were O last O updated O to O fix O Year B-Error_Name 2000 I-Error_Name date I-Error_Name related I-Error_Name issues I-Error_Name . O The O pause O after O the O PVC B-Error_Name leads O to O a O longer O recovery O time O , O which O is O associated O with O a O higher O likelihood O of O myocardium O being O in O different O stages O of O repolarization O . O In O the O weeks O proceeding O from O the O release O of O Destiny B-Application , O players O were O reporting O areas O that O could O be O accessed O by O various O glitches B-Error_Name or O secret O accesses O . O In O an O interview O with O Eurogamer O , O on O the O claims O that O these O were O on-disc O DLC B-Protocol , O Bungie O president O Harold O Ryan O replied O that O the O content O were O incomplete O resources O intended O to O reduce O download O requirements O for O future O DLC B-Protocol . O Error-correcting B-Error_Name codes I-Error_Name are O used O in O lower-layer B-Application communication O such O as O cellular O network O , O high-speed O fiber-optic B-Application communication I-Application and O Wi-Fi O , O as O well O as O for O reliable O storage O in O media O such O as O flash B-Device memory I-Device , O hard B-Device disk I-Device and O RAM B-General_Concept . O Signals O are O standardized O messages O sent O to O a O running O program B-Application to O trigger O specific O behavior O , O such O as O quitting O or O error B-General_Concept handling I-General_Concept . O They O are O a O limited O form O of O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O , O typically O used O in O Unix B-Application , O Unix-like B-Operating_System , O and O other O POSIX-compliant O operating O systems O . O A O signal O is O an O asynchronous O notification O sent O to O a O process B-Operating_System or O to O a O specific O thread B-Operating_System within O the O same O process B-Operating_System to O notify O it O of O an O event O . O Common O uses O of O signals O are O to O interrupt B-Application , O suspend O , O terminate B-Operating_System or O kill B-Operating_System a O process B-Operating_System . O Signals O originated O in O 1970s O Bell O Labs O Unix B-Application and O were O later O specified O in O the O POSIX O standard O . O When O a O signal O is O sent O , O the O operating O system O interrupts B-Application the O target O process B-Operating_System ' O normal O flow O of O execution O to O deliver O the O signal O . O Execution O can O be O interrupted O during O any O non-atomic B-General_Concept instruction I-General_Concept . O If O the O process B-Operating_System has O previously O registered O a O signal O handler O , O that O routine O is O executed O . O Embedded O programs O may O find O signals O useful O for O inter-process B-Operating_System communications I-Operating_System , O as O signals O are O notable O for O their O Algorithmic B-General_Concept efficiency I-General_Concept . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O appeared O in O Version B-Operating_System 2 I-Operating_System ( O 1972 O ) O . O Version B-Operating_System 4 I-Operating_System ( O 1973 O ) O combined O all O traps B-Application into O one O call O , O . O Version B-Operating_System 5 I-Operating_System ( O 1974 O ) O could O send O arbitrary O signals O . O In O Version B-Operating_System 7 I-Operating_System ( O 1979 O ) O each O numbered O trap B-Application received O a O symbolic O name O . O Plan B-Operating_System 9 I-Operating_System from I-Operating_System Bell I-Operating_System Labs I-Operating_System ( O mid O 80s O ) O replaced O signals O with O notes O , O which O permit O sending O short O , O arbitrary O strings O . O The O system B-Operating_System call I-Operating_System sends O a O specified O signal O to O a O specified O process B-Operating_System , O if O permissions O allow O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O The O kernel B-Operating_System can O generate O signals O to O notify O processes O of O events O . O For O example O , O SIGPIPE O will O be O generated O when O a O process B-Operating_System writes O to O a O pipe B-Operating_System which O has O been O closed O by O the O reader O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System , O which O is O convenient O when O constructing O shell B-Operating_System pipelines I-Operating_System . O Typing O certain O key O combinations O at O the O controlling B-General_Concept terminal I-General_Concept of O a O running O process B-Operating_System causes O the O system O to O send O it O certain O signals O : O Ctrl-C B-Device ( O in O older O Unixes B-Application , O DEL O ) O sends O an O INT O signal O ( O " O interrupt B-Application " O , O SIGINT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Ctrl-T B-Device ( O not O supported O on O all O UNIXes B-Application ) O sends O an O INFO O signal O ( O SIGINFO O ) O ; O by O default O , O and O if O supported O by O the O command O , O this O causes O the O operating O system O to O show O information O about O the O running O command O . O Signal O handlers O can O be O installed O with O the O or O system B-Operating_System call I-Operating_System . O The O process B-Operating_System can O also O specify O two O default O behaviors O , O without O creating O a O handler O : O ignore O the O signal O ( O SIG_IGN O ) O and O use O the O default O signal O handler O ( O SIG_DFL O ) O . O There O are O two O signals O which O cannot O be O intercepted O and O handled O : O SIGKILL O and O SIGSTOP B-General_Concept . O Signal O handling O is O vulnerable O to O race B-Operating_System conditions I-Operating_System . O As O signals O are O asynchronous O , O another O signal O ( O even O of O the O same O type O ) O can O be O delivered O to O the O process B-Operating_System during O execution O of O the O signal O handling O routine O . O The O call O can O be O used O to O block B-Operating_System and O unblock O delivery O of O signals O . O Blocked O signals O are O not O delivered O to O the O process B-Operating_System until O unblocked O . O Signals O that O cannot O be O ignored O ( O SIGKILL O and O SIGSTOP B-General_Concept ) O cannot O be O blocked O . O Signals O can O cause O the O interruption O of O a O system B-Operating_System call I-Operating_System in O progress O , O leaving O it O to O the O application O to O manage O a O non-transparent B-Operating_System restart I-Operating_System . O alteration O , O signal O mask O alteration O , O signal O disposition O change O , O and O other O global O process B-Operating_System attribute O changes O . O In O particular O , O the O POSIX O specification O and O the O Linux B-Application man O page O require O that O all O system O functions O directly O or O indirectly O called O from O a O signal O function O are O async-signal O safe O . O Super B-Algorithm sampling I-Algorithm anti-aliasing O ( O SSAA O ) O , O also O called O full-scene O anti-aliasing O ( O FSAA O ) O , O is O used O to O avoid O aliasing B-Error_Name ( O or O " O jaggies B-Algorithm " O ) O on O full-screen O images O . O Space O Micro O Inc O developed O and O patented O TTMR B-Error_Name . O A O 2002 O study O by O the O U.S. O Justice O Department O estimated O the O cost O of O false B-Error_Name alarms I-Error_Name to O be O as O high O as O $1.5 O billion O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O Typing O certain O key O combinations O at O the O controlling B-General_Concept terminal I-General_Concept of O a O running O process B-Operating_System causes O the O system O to O send O it O certain O signals O : O Ctrl-C B-Device ( O in O older O Unixes B-Application , O DEL O ) O sends O an O INT O signal O ( O " O interrupt B-Application " O , O SIGINT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Ctrl-T B-Device ( O not O supported O on O all O UNIXes B-Application ) O sends O an O INFO O signal O ( O SIGINFO O ) O ; O by O default O , O and O if O supported O by O the O command O , O this O causes O the O operating O system O to O show O information O about O the O running O command O . O The O Fano B-Error_Name algorithm I-Error_Name is O a O sequential B-Error_Name decoding I-Error_Name algorithm O that O does O not O require O a O stack O . O The O CompactFlash B-Device card I-Device includes O error B-Error_Name checking I-Error_Name and I-Error_Name correcting I-Error_Name ( O ECC O ) O that O detects O the O error O and O re-reads O the O block O . O A O new O proof O of O the O properties O of O the O Delsarte B-Error_Name – I-Error_Name Goethals I-Error_Name code I-Error_Name was O published O in O 1970 O . O Because O of O the O forgiving O nature O of O the O compiler B-Language , O bugs B-Error_Name can O sometimes O be O hard O to O find O . O For O this O reason O it O is O mandatory O that O the O sense O of O the O data O ( O i.e. O , O true O or O complemented O ) O be O resolved O before O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name decoding O . O Data B-Error_Name origin I-Error_Name authentication I-Error_Name and O non-repudiation O have O been O also O studied O in O the O framework O of O quantum O cryptography O . O In O the O first O step O , O we O define O a O new O family O of O hash B-Error_Name functions I-Error_Name , O where O each O function O is O obtained O by O concatenating O functions O from O , O i.e. O , O . O If O an O odd O number O of O bits O ( O including O the O parity B-Error_Name bit I-Error_Name ) O are O transmitted O incorrectly O , O the O parity B-Error_Name bit I-Error_Name will O be O incorrect O , O thus O indicating O that O a O parity B-Error_Name error I-Error_Name occurred O in O the O transmission O . O File B-Application locking I-Application is O a O common O technique O for O preventing O race B-Operating_System conditions I-Operating_System for O a O single O file O , O but O it O does O not O extend O to O the O file O system O namespace O and O other O metadata O , O nor O does O locking O work O well O with O networked O filesystems O , O and O cannot O prevent O TOCTOU B-Error_Name race B-Operating_System conditions I-Operating_System . O SVES O should O be O viewed O in O contrast O to O a O premature B-Error_Name ventricular I-Error_Name contraction I-Error_Name that O has O a O ventricular O origin O and O the O associated O QRS B-Algorithm change O . O Both O Samsung O and O Verizon B-Application confirmed O the O issue O , O which O affected O a O limited O number O of O Galaxy B-Application S5 I-Application devices O ; O Samsung O instructed O users O affected O by O the O bug B-Error_Name to O contact O the O company O or O their O carrier O to O have O their O phone O replaced O under O warranty O . O Some O of O the O more O widely O reported O bugs B-Error_Name include O a O total O lack O of O sound O in O the O game O , O an O end O of O chapter O boss O which O could O n't O move O , O a O level O on O one O path O through O the O game O not O being O finishable O and O general O game O crashes O . O The O resulting O memory B-Error_Name dump I-Error_Name file O may O be O debugged O later O , O using O a O kernel B-Operating_System debugger B-Application . O For O Windows O , O WinDBG B-Application or O KD O debuggers B-Application from O Debugging B-Application Tools I-Application for I-Application Windows I-Application are O used O . O The O vulnerability O came O by O exploiting O a O bug B-Error_Name in O the O multitasking O system O enabling O a O malicious O app O to O overlay O legitimate O apps B-Application with O fake O login O screens O that O users O are O not O aware O of O when O handing O in O security O credentials O . O Patents O US6163870 O A O ( O filed O Nov O 6 O , O 1997 O ) O and O US O 6081909 O A O ( O filed O Nov O 6 O , O 1997 O ) O describe O Tornado B-Error_Name codes I-Error_Name , O and O have O expired O as O of O November O 6 O , O 2017 O . O " O ' O Glitch B-Error_Name ' O is O slang O for O the O ' O momentary O jiggle O ' O that O occurs O at O the O editing O point O if O the O sync O pulses O do O n't O match O exactly O in O the O splice. O " O A O detailed O survey O about O fountain B-Error_Name codes I-Error_Name and O their O applications O can O be O found O at O . O Hsiao O showed O that O an O alternative O matrix O with O odd O weight O columns O provides O SEC-DED B-Error_Name capability O with O less O hardware O area O and O shorter O delay O than O traditional O Hamming O SEC-DED B-Error_Name codes O . O KPTI B-Application does O not O address O the O related O Spectre B-Error_Name vulnerability I-Error_Name . O Any O hash B-Algorithm function I-Algorithm could O be O used O to O divide O a O long O file O into O blocks O ( O as O long O as O a O cryptographic B-Algorithm hash I-Algorithm function I-Algorithm is O then O used O to O find O the O checksum O of O each O block O ) O : O but O the O Rabin B-Algorithm fingerprint I-Algorithm is O an O efficient O rolling B-Error_Name hash I-Error_Name , O since O the O computation O of O the O Rabin B-Algorithm fingerprint I-Algorithm of O region O B O can O reuse O some O of O the O computation O of O the O Rabin B-Algorithm fingerprint I-Algorithm of O region O A O when O regions O A O and O B O overlap O . O Wikis O and O blogs O may O generate O identicons B-Error_Name to O visually O identify O authors O based O on O IP B-Protocol addresses I-Protocol . O At O the O time O of O the O game O 's O release O , O software B-Error_Name bugs I-Error_Name that O caused O the O game O to O crash O were O an O issue O . O It O is O hopeless O to O try O to O design O Web O pages O around O all O of O the O common O browsers B-Application ' O current O bugs B-Error_Name : O each O time O a O new O version O of O each O browser B-Application comes O out O , O a O significant O proportion O of O the O World O Wide O Web O would O need O re-coding O to O suit O the O new O bugs B-Error_Name and O the O new O fixes O . O Dr. O Sean O Rintel O argues O that O error B-Error_Name messages I-Error_Name are O a O critical O strategic O moment O in O brand O awareness O and O loyalty O . O A O demo O released O during O development O was O plagued O with O glitches B-Error_Name that O were O much O publicized O , O including O one O YouTube O video O of O player O Andrew O Bynum O stuck O in O the O middle O of O the O court O in O the O model O 's O bind O pose O . O Thirdly O , O object B-General_Concept resurrection I-General_Concept may O be O unintentional O , O and O the O resulting O object O may O be O semantic O garbage O , O hence O never O actually O collected O , O causing O a O logical O memory B-Error_Name leak I-Error_Name . O Insurance O companies O sold O insurance O policies O covering O failure O of O businesses O due O to O Y2K B-Error_Name problems I-Error_Name . O Bugs B-Error_Name usually O appear O when O the O programmer O makes O a O logic B-General_Concept error I-General_Concept . O Shortly O after O the O release O of O the O S5 B-Application , O it O was O discovered O that O some O Samsung B-Application Galaxy I-Application S5 I-Application devices O — O particularly O those O on O Verizon B-Application Wireless I-Application — O were O suffering O from O a O major O bug B-Error_Name that O caused O the O device O 's O camera O hardware O to O permanently O cease O functioning O , O and O display O a O " O Camera O failed O " O error O on-screen O whenever O users O attempt O to O use O the O camera O . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O appeared O in O Version B-Operating_System 2 I-Operating_System ( O 1972 O ) O . O The O bcrypt B-Algorithm function O uses O these O inputs O to O compute O a O 24-byte O ( O 192-bit O ) O hash B-Error_Name . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O This O error B-Error_Name message I-Error_Name ( O with O the O same O design O format O ) O can O also O appear O in O later O versions O ( O 95 O , O 98 O and O Me O ) O in O rare O occasions O . O All O models O support O : O MMX B-Architecture , O SSE B-General_Concept , O SSE2 B-General_Concept , O SSE3 B-General_Concept , O SSSE3 B-General_Concept , O SSE4.1 O , O SSE4.2 O , O AVX B-General_Concept , O F16C B-Device , O Enhanced O Intel B-Device SpeedStep I-Device Technology O ( O EIST B-Device ) O , O Intel O 64 O , O XD B-General_Concept bit I-General_Concept ( O an O NX B-General_Concept bit I-General_Concept implementation O ) O , O TXT B-Device , O Intel O VT-x O , O Intel O EPT O , O Intel O VT-d O , O Intel O VT-c O , O Intel B-Error_Name x8 I-Error_Name SDDC I-Error_Name , O Hyper-threading B-Operating_System , O Turbo B-Device Boost I-Device ( O except O E5-2408v3 O and O E5-2418Lv3 O ) O , O AES-NI B-Algorithm , O Smart O Cache O . O STI O videotaped O testers O ' O gameplay O so O the O developers O could O easily O locate O bugs B-Error_Name . O Although O the O bug B-Error_Name was O considered O quite O negative O at O the O time O of O occurrence O , O Jagex O has O since O recognized O it O as O a O historic O event O in O the O franchise O , O and O has O created O in-game O reenactments O in O both O RuneScape B-Protocol and O Old B-Protocol School I-Protocol RuneScape I-Protocol . O One O famous O instance O of O a O Windows O 9x O BSoD B-Error_Name occurred O during O a O presentation O of O a O Windows B-Device 98 I-Device beta O given O by O Bill O Gates O at O COMDEX O on O April O 20 O , O 1998 O : O The O demo O PC O crashed O with O a O BSoD B-Error_Name when O his O assistant O , O Chris O Capossela O , O connected O a O scanner O to O the O PC O to O demonstrate O Windows B-Device 98 I-Device 's O support O for O Plug B-Device and I-Device Play I-Device devices O . O A O memory B-Error_Name leak I-Error_Name reduces O the O performance O of O the O computer O by O reducing O the O amount O of O available O memory B-General_Concept . O In O the O 2023 O Pwn²Own O competition O in O Vancouver O , O a O team O of O hackers O was O able O to O compromise O the O gateway O in O updated O Tesla O model O 3 O using O this O bug B-Error_Name . O Non-cryptographic O error-detecting B-Error_Name codes I-Error_Name such O as O cyclic O redundancy O checks O only O prevent O against O non-malicious O alterations O of O the O file B-Operating_System , O since O an O intentional O spoof O can O readily O be O crafted O to O have O the O colliding B-Algorithm code I-Algorithm value O . O Parity B-Error_Name digits I-Error_Name are O then O calculated O by O summing O each O column O and O row O separately O : O All O three O of O the O games O were O given O HD O graphics O , O and O there O were O also O a O couple O of O changes O to O Mario B-Application in O Super B-Application Mario I-Application 64 I-Application ; O a O glitch B-Error_Name where O Mario B-Application could O move O at O super O high O speeds O with O a O glitch B-Error_Name was O removed O ; O one O of O Mario B-Application 's O voice O clips O in O which O he O says O " O so O long O King O Bowser O " O , O which O unintentionally O sounded O like O " O so O long O , O gay O Bowser O " O , O was O also O replaced O . O Opting O for O the O latter O , O Fisher O defines O a O fiducial B-Error_Name distribution I-Error_Name law O of O parameters O of O a O given O random O variable O that O he O deduces O from O a O sample O of O its O specifications O . O The O table O below O lists O some O default O actions O for O POSIX-compliant O UNIX B-Application systems I-Application , O such O as O FreeBSD B-Operating_System , O OpenBSD B-Operating_System and O Linux B-Application . O Terminate B-Operating_System Abnormal O termination O of O the O process B-Operating_System . O The O process B-Operating_System is O terminated O with O all O the O consequences O of O _exit( ) O except O that O the O status O made O available O to O wait( ) O and O waitpid( ) O indicates O abnormal O termination O by O the O specified O signal O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O SWAPGS B-Device is O closely O related O to O the O Spectre-V1 B-Error_Name vulnerability I-Error_Name , O which O used O similar O side-channel O vulnerabilities O to O access O privileged O cache O memory O in O an O operating O system O . O It O features O many O extensions O like O parallelism O , O transactional O control O , O hashing B-Error_Name , O and O B O tree O storage O . O The O American O mathematician O Richard O Hamming B-Error_Name pioneered O this O field O in O the O 1940s O and O invented O the O first O error-correcting B-Error_Name code I-Error_Name in O 1950 O : O the O Hamming B-Error_Name ( O 7 O , O 4 O ) O code O . O The O ECOH B-Algorithm is O based O on O the O MuHASH O hash B-Error_Name algorithm I-Error_Name , O that O has O not O yet O been O successfully O attacked O . O ( O User O A O may O not O see O his O own O typed O characters O — O depending O on O the O terminal B-Application software I-Application 's O local B-Error_Name echo I-Error_Name setting O ) O . O have O low O bias O ) O under O the O aforementioned O selection O conditions O , O but O may O result O in O underfitting B-Error_Name . O Glitch B-Error_Name removal I-Error_Name is O the O elimination O of O glitchesunnecessary O signal O transitions O without O functionalityfrom O electronic O circuits O . O Upon O release O , O Assassin B-Application 's I-Application Creed I-Application Unity I-Application was O subject O to O widespread O bugs B-Error_Name and O glitches O , O as O well O as O performance O and O online O connectivity O issues O . O In O computing O , O a O core B-Error_Name dump I-Error_Name , O memory B-Error_Name dump I-Error_Name , O crash B-Error_Name dump I-Error_Name , O storage B-Error_Name dump I-Error_Name , O system O dump O , O or O ABEND O dump O consists O of O the O recorded O state O of O the O working O memory B-General_Concept of O a O computer B-Application program I-Application at O a O specific O time O , O generally O when O the O program O has O crashed B-General_Concept or O otherwise O terminated O abnormally O . O The O Berlekamp B-Algorithm – I-Algorithm Massey I-Algorithm algorithm I-Algorithm is O an O alternative O to O the O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name Peterson O decoder O for O solving O the O set O of O linear O equations O . O 7 O Android O 2.3(Gingerbread ) O 7.0.3 O 7.0.0 O onwards O based O on O Android B-Application 2.3.3 I-Application 7.1.0 O Based O on O Android B-Application 2.3.7 I-Application 7.2.0 O New O devices O , O updated O translations O , O predictive O phone O dialer O , O ability O to O control O haptic B-Device feedback I-Device in O quiet O hours O , O lockscreen O updates O , O ICS O animation O backports O , O ability O to O configure O the O battery O status O bar O icon O , O many O bug B-Error_Name fixes O 8 O Android O 3.x(Honeycomb ) O CyanogenMod B-Application 8 O was O never O released O due O to O Google B-Application not O releasing O the O source O code O for O Android B-Application 3.0 I-Application Honeycomb I-Application . O Sugiyama O recalled O the O team O fixed O glitches B-Error_Name they O thought O would O hinder O players O ' O progress O , O although O this O created O some O differences O in O the O controls O . O Solutions O which O update O the O hash B-Error_Name function I-Error_Name any O time O the O set O is O modified O are O known O as O dynamic B-Algorithm perfect I-Algorithm hashing I-Algorithm , O but O these O methods O are O relatively O complicated O to O implement O . O Furthermore O , O a O deterministic O hash B-Error_Name function I-Error_Name does O not O allow O for O rehashing B-Algorithm : O sometimes O the O input O data O turns O out O to O be O bad O for O the O hash B-Error_Name function I-Error_Name ( O e.g. O there O are O too O many O collisions O ) O , O so O one O would O like O to O change O the O hash B-Error_Name function I-Error_Name . O DR-DOS O 7.02 O was O fully O Year B-Error_Name 2000 I-Error_Name compliant O and O provided O special O support O to O work O with O buggy O system O BIOSes O . O It O also O came O with O an O updated O FDISK B-Application , O which O could O partition O and O format B-Application FAT32 B-Application volumes O ( O but O not O yet O work O with O LBA B-Device ) O . O In O some O cases O this O might O be O intentional O by O the O designers O as O a O form O of O vendor O lock-in O or O software B-Error_Name regression I-Error_Name . O Planned O obsolescence O is O a O type O of O upward B-General_Concept compatibility I-General_Concept , O but O rather O than O adopting O a O policy O of O backwards B-General_Concept compatibility I-General_Concept , O companies O adopt O a O commercial O policy O of O backwards O incompatibility O so O that O newer O apps O require O newer O devices O . O A O combined B-Algorithm linear I-Algorithm congruential I-Algorithm generator I-Algorithm ( O CLCG O ) O is O a O pseudo-random B-Error_Name number I-Error_Name generator O algorithm O based O on O combining O two O or O more O linear B-Algorithm congruential I-Algorithm generators I-Algorithm ( O LCG B-Algorithm ) O . O Some O DR-DOS O files O such O as O IBMBIO.COM O , O IBMDOS.COM O and O COUNTRY.SYS O carried O misleading O file O extensions O for B-Language compatibility O reasons O ; O with O DR-DOS O 7.02 O they O were O enhanced O to O incorporate O a O fat B-Application binary-style O safety O feature O devised O by O Paul O so O that O they O would O exit B-Device gracefully O when O called O inappropriately O . O DR-DOS O 7.02 O was O fully O Year B-Error_Name 2000 I-Error_Name compliant O and O provided O special O support O to O work O with O buggy O system O BIOSes O . O It O also O came O with O an O updated O FDISK B-Application , O which O could O partition O and O format B-Application FAT32 B-Application volumes O ( O but O not O yet O work O with O LBA B-Device ) O . O In O such O applications O , O random O or O pseudorandom B-Error_Name numbers I-Error_Name cannot O be O used O as O hash B-Error_Name values I-Error_Name , O because O then O different O objects O with O the O same O value O would O have O different O hashes B-Algorithm . O Memory B-Architecture errors O : O parity B-Error_Name checking I-Error_Name detects O when O a O memory B-Architecture error O has O occurred O . O The O combined O data O points O have O less O visible O aliasing B-Error_Name artifacts O ( O or O moiré O patterns O ) O . O To O authenticate O a O user O , O the O password O presented O by O the O user O is O hashed O and O compared O with O the O stored O hash B-Error_Name . O When O Microsoft O became O aware O of O the O Year B-Error_Name 2000 I-Error_Name problem I-Error_Name , O it O made O Microsoft B-Application Word I-Application 5.5 O for O DOS B-Device available B-License for O free O downloads O . O A O 360-degree O rotation O corresponding O to O the O Earth O 's O rotation O relative O to O the O fixed O stars O was O used O instead O of O the O 360.98-degree O rotation O in O a O 24-hour O solar O day O . O The O shorter O length O of O the O first O three O missions O and O a O computer O failure O on O Gemini O 4 O prevented O the O bug B-Error_Name from O being O detected O earlier O . O The O MD5 B-Algorithm and O SHA-1 B-Algorithm combination O in O the O pseudorandom B-Error_Name function O ( O PRF O ) O was O replaced O with O SHA-256 B-Algorithm , O with O an O option O to O use O cipher B-Protocol suite I-Protocol specified O PRFs O . O Bugs B-Error_Name or O features O of O the O software O are O often O only O present O in O certain O versions O ( O because O of O the O fixing O of O some O problems O and O the O introduction O of O others O as O the O program O develops O ) O . O This O move O also O made O bugs B-Error_Name faster O to O fix O and O new O builds O easier O to O make O , O leaving O the O development O progress O in O a O more O expedient O and O productive O state O . O For O comparison O , O the O 95th O percentile O of O a O normal O random O variable O with O mean O 10 O and O variance O 25 O would O be O about O 18.224 O ; O it O makes O sense O that O the O normal O random O variable O has O a O lower O 95th O percentile O value O , O as O the O normal O distribution O has O no O skew O or O excess O kurtosis B-Error_Name , O and O so O has O a O thinner O tail O than O the O random O variableX O . O This O is O n't O a O good O idea O , O however O , O since O the O tree O would O overfit B-Error_Name the O data O . O The O next O official O release O of O Ezycom B-Protocol was O v2.00 O in O 2003 O , O which O included O several O Y2K B-Error_Name bug I-Error_Name fixes O . O One O attack O against O SHA-1 B-Algorithm was O Marc O Stevens O with O an O estimated O cost O of O $2.77M(2012 ) O to O break O a O single O hash B-Error_Name value I-Error_Name by O renting O CPU O power O from O cloud O servers O . O Programming O languages O include O features O to O help O prevent O bugs B-Error_Name , O such O as O static O type O systems O , O restricted O namespaces O and O modular B-Architecture programming I-Architecture . O The O debugging O process O also O activates O the O bug B-Error_Name responsible O for O the O data O 's O corruption O , O which O takes O the O form O of O Sora O 's O Heartless O . O The O development O of O error-correction B-Error_Name codes O was O tightly O coupled O with O the O history O of O deep-space O missions O due O to O the O extreme O dilution O of O signal O power O over O interplanetary O distances O , O and O the O limited O power O availability O aboard O space O probes O . O The O analysis O of O modern O iterated O codes O , O like O turbo B-Error_Name codes I-Error_Name and O LDPC B-Error_Name codes I-Error_Name , O typically O assumes O an O independent O distribution O of O errors O . O introduced O the O concept O of O a O fingerprint B-Algorithm , O or O hash B-Error_Name function I-Error_Name , O that O creates O a O unique O signature O of O the O video O based O on O its O contents O . O These O are O due O to O bugs B-Error_Name related O to O the O allocation O and O deallocation B-General_Concept of O dynamic B-General_Concept memory I-General_Concept . O Low-pass B-Algorithm filters I-Algorithm exist O in O many O different O forms O , O including O electronic O circuits O such O as O a O hiss B-Algorithm filter I-Algorithm used O in O audio O , O anti-aliasing O filters O for O conditioning O signals O prior O to O analog-to-digital O conversion O , O digital O filters O for O smoothing O sets O of O data O , O acoustic O barriers O , O blurring B-Error_Name of O images O , O and O so O on O . O The O ECOH B-Algorithm hash B-Error_Name functions I-Error_Name are O based O on O concrete O mathematical O functions O . O Other O bugs B-Error_Name may O stop O occurring O whenever O the O setup O is O augmented O to O help O find O the O bug B-Error_Name , O such O as O running O the O program O with O a O debugger B-Application ; O these O are O called O heisenbugs O ( O humorously O named O after O the O Heisenberg O uncertainty O principle O ) O . O The O resulting O stop-go O motion O is O a O temporal O form O of O jaggies B-Algorithm ; O formally O , O a O form O of O aliasing B-Error_Name . O For O example O , O 1011 O is O encoded O ( O using O the O non-systematic O form O of O G O at O the O start O of O this O section O ) O into O 01100110 O where O blue O digits O are O data O ; O red O digits O are O parity B-Error_Name bits I-Error_Name from O the O [ 7 , 4 ] O Hamming B-Error_Name code I-Error_Name ; O and O the O green O digit O is O the O parity B-Error_Name bit I-Error_Name added O by O the O [ 8 , 4 ] O code O . O even O if O the O hash B-Error_Name sum I-Error_Name file O is O not O tampered O with O , O it O is O computationally O trivial O for O an O attacker O to O replace O a O file O with O the O same O CRC O digest O as O the O original O file O , O meaning O that O a O malicious O change O in O the O file O is O not O detected O by O a O CRC O comparison O . O For O instance O , O in O linear B-Algorithm probing I-Algorithm , O a O record O involved O in O a O collision O is O always O moved O to O the O next O available O hash B-Algorithm table I-Algorithm cell O subsequent O to O the O position O given O by O its O hash B-Error_Name function I-Error_Name , O creating O a O contiguous O cluster O of O occupied O hash B-Algorithm table I-Algorithm cells O . O Faulty O heap O memory O management O : O Memory B-Error_Name leaks I-Error_Name and O freeing O non-heap O or O un-allocated O memory O are O the O most O frequent O errors O caused O by O faulty O heap O memory O management O . O IGN O wrote O of O the O E3 O presentation O , O that O " O none O of O the O problems O that O are O commonly O associated O with O PlayStation B-Device 2 I-Device games O , O such O as O low-res O textures O , O flickering O , O or O aliasing B-Error_Name problems O , O are O to O be O found O here O . O Smalltalk B-Application took O second O place O for O " O most O loved O programming O language O " O in O the O Stack B-Error_Name Overflow I-Error_Name Developer O Survey O in O 2017 O , O but O it O was O not O among O the O 26 O most O loved O programming O languages O of O the O 2018 O survey O . O In O 1997 O , O the O Mars O Pathfinder O mission O was O jeopardised O by O a O bug B-Error_Name in O concurrent B-Architecture software I-Architecture shortly O after O the O rover O landed O , O which O was O found O in O preflight O testing O but O given O a O low O priority O as O it O only O occurred O in O certain O unanticipated O heavy-load O conditions O . O The O Profisafe O protocol O uses O error B-Error_Name and O failure O detection O mechanisms O such O as O : O Safari O 4.0.1 O was O released O for O Mac B-Device on O June O 17 O , O 2009 O , O and O fixed O Faces O bugs B-Error_Name in O iPhoto B-Operating_System ' O 09 O . O This O notion O of O pseudorandomness B-Error_Name is O studied O in O computational O complexity O theory O and O has O applications O to O cryptography O . O This O also O gave O dynamic O parser O support O for B-Language MS-DOS/PCDOS O COUNTRY.SYS O file O formats O in O addition O to O DR-DOS O ' O own O COUNTRY.SYS O formats O , O and O it O introduced O support O for B-Language the O ISO O 8601 O international O date O format B-Application ( O including O automatic O detection O ) O and O the O then-new O Euro O currency O . O Some O DR-DOS O files O such O as O IBMBIO.COM O , O IBMDOS.COM O and O COUNTRY.SYS O carried O misleading O file O extensions O for B-Language compatibility O reasons O ; O with O DR-DOS O 7.02 O they O were O enhanced O to O incorporate O a O fat B-Application binary-style O safety O feature O devised O by O Paul O so O that O they O would O exit B-Device gracefully O when O called O inappropriately O . O DR-DOS O 7.02 O was O fully O Year B-Error_Name 2000 I-Error_Name compliant O and O provided O special O support O to O work O with O buggy O system O BIOSes O . O Askitis O & O Zobel O showed O that O building O and O accessing O the O HAT-trie B-Data_Structure key/value B-Application collection O is O considerably O faster O than O other O sorted O access O methods O and O is O comparable O to O the O array O hash B-Error_Name which O is O an O unsorted O collection O . O A O few O days O later O , O he O registered O TheDailyWTF.com B-Error_Name domain O name O and O began O posting O stories O from O readers O of O the O site O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O In O 2006 O and O 2012 O , O Computerworld O surveys O ( O of O 352 O readers O ) O found O that O over O 60% O of O organizations O used O COBOL O ( O more O than O C++ B-Language and O Visual B-Language Basic I-Language .NET I-Language ) O and O that O for O half O of O those O , O COBOL O was O used O for O the O majority O of O their O internal O software O . O In O half-duplex O systems O , O keystrokes O are O echoed B-Error_Name locally O on O a O computer B-General_Concept terminal I-General_Concept . O Another O glitch B-Error_Name was O that O no O matter O what O , O even O if O a O player O saves O the O game O , O cars O can O disappear O from O their O garage O . O For O multiple O source O mixture O signals O , O we O can O use O kurtosis B-Error_Name and O Gram-Schmidt B-Algorithm Orthogonalization I-Algorithm ( O GSO O ) O to O recover O the O signals O . O G.hn B-General_Concept chose O LDPC B-Error_Name codes I-Error_Name over O turbo B-Error_Name codes I-Error_Name because O of O their O lower O decoding O complexity O ( O especially O when O operating O at O data O rates O close O to O 1.0 O Gbit/s O ) O and O because O the O proposed O turbo B-Error_Name codes I-Error_Name exhibited O a O significant O error B-Error_Name floor I-Error_Name at O the O desired O range O of O operation O . O Apart O from O correcting O Year B-Error_Name 2000 I-Error_Name problems I-Error_Name in O 1999 O , O no O active O development O has O taken O place O on O the O various O UNIX B-Application vendor-specific O SCCS O versions O . O To O create O an O OR-construction O , O we O define O a O new O family O of O hash B-Error_Name functions I-Error_Name , O where O each O function O is O constructed O from O random O functions O from O . O We O then O say O that O for O a O hash B-Error_Name function I-Error_Name , O if O and O only O if O for O one O or O more O values O of O . O It O provides O an O alternative O to O active O polling B-General_Concept . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O The O program O uses O a O bug B-Error_Name in O the O USB B-Protocol code O of O the O firmware B-Application for O the O iPhone B-Operating_System and O the O iPod B-Device Touch I-Device , O allowing O unsigned O code O to O be O executed O . O Information O about O the O bug B-Error_Name first O appeared O on O the O Internet O on O or O around O 8 O November O 1997 O . O QFS O meets O it O with O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name error I-Error_Name correction I-Error_Name . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O The O SIGABRT O and O SIGIOT O signal O is O sent O to O a O process B-Operating_System to O tell O it O to O abort B-General_Concept , O i.e. O to O terminate B-Operating_System . O The O signal O is O usually O initiated O by O the O process B-Operating_System itself O when O it O calls O abort( ) O function O of O the B-Language C I-Language Standard I-Language Library I-Language , O but O it O can O be O sent O to O the O process B-Operating_System from O outside O like O any O other O signal O . O Similar O to O a O 5-digit O odometer O 's O display O which O changes O from O 99999 O to O 00000 O , O a O fixed-precision O integer O may O exhibit O wraparound B-Error_Name if O numbers O grow O too O large O to O represent O at O the O fixed O level O of O precision B-Architecture . O Error B-Error_Name detection I-Error_Name and I-Error_Name correction I-Error_Name techniques O are O used O to O check O the O frame O for O corruption O after O its O delivery O and O , O if O necessary O , O the O frame O will O be O re-sent O . O The O Heartbleed B-Error_Name website O from O Codenomicon O advised O money O donations O to O the O OpenSSL B-Language project O . O It O is O a O form O of O open O addressing O that O uses O two O hash B-Error_Name functions I-Error_Name : O one O to O determine O the O start O of O a O probe O sequence O , O and O the O other O to O determine O the O step O size O between O positions O in O the O probe O sequence O . O A O bucket O list O is O used O to O support O filesystem O objects O with O names O that O hash B-Error_Name to O the O same O offset O . O Since O Heartbleed B-Error_Name threatened O the O privacy O of O private B-Application keys I-Application , O users O of O a O website O which O was O compromised O could O continue O to O suffer O from O Heartbleed B-Error_Name 's O effects O until O their O browser O is O made O aware O of O the O certificate B-Protocol revocation I-Protocol or O the O compromised O certificate O expires O . O The O SISO B-Error_Name decoding O is O typically O done O using O Maximum B-General_Concept a I-General_Concept posteriori I-General_Concept ( O MAP O ) O decoders O using O the O BCJR B-Error_Name algorithm I-Error_Name . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O The O kurtosis B-Error_Name can O now O be O seen O as O a O measure O of O the O dispersion O of O Z2 O around O its O expectation O . O Worldwide O , O $308billion O ( $ O billion O ) O was O estimated O to O have O been O spent O on O Y2K B-Error_Name remediation O . O finding O an O input O string O that O matches O a O given O hash B-Error_Name value I-Error_Name ( O a O pre-image O ) O is O unfeasible O , O unless O the O value O is O selected O from O a O known O pre-calculated O dictionary O ( O " O rainbow B-Algorithm table I-Algorithm " O ) O . O The O amount O of O overfitting B-Error_Name can O be O tested O using O cross-validation B-Application methods O , O that O split O the O sample O into O simulated O training O samples O and O testing O samples O . O For O example O : O file_1a O , O file_24 O and O file_5u O have O the O same O hash B-Error_Name value I-Error_Name . O Like O 1x O , O EV-DO O was O developed O by O Qualcomm O , O and O is O sold O by O Verizon B-Application Wireless I-Application , O Sprint O , O and O other O carriers O ( O Verizon B-Application 's O marketing O name O for O 1xEV-DO O is O Broadband O Access O , O Sprint O 's O consumer O and O business O marketing O names O for O 1xEV-DO O are O Power O Vision O and O Mobile O Broadband O , O respectively O ) O . O Locally B-Error_Name decodable I-Error_Name codes I-Error_Name are O error-correcting B-Error_Name codes O for O which O single O bits O of O the O message O can O be O probabilistically O recovered O by O only O looking O at O a O small O ( O say O constant O ) O number O of O positions O of O a O codeword O , O even O after O the O codeword O has O been O corrupted O at O some O constant O fraction O of O positions O . O Frame B-Protocol Relay I-Protocol began O as O a O stripped-down O version O of O the O X.25 B-Protocol protocol O , O releasing O itself O from O the O error-correcting B-Error_Name burden O most O commonly O associated O with O X.25 B-Protocol . O Another O technique O used O to O control O ones-density O is O the O use O of O a O scrambler O on O the O data O , O which O will O tend O to O turn O the O data B-General_Concept stream I-General_Concept into O a O stream B-Architecture that O looks O pseudo-random B-Error_Name , O but O where O the O data O can O be O recovered O exactly O by O a O complementary O descrambler O . O Like O all O unidirectional B-Error_Name error I-Error_Name detecting O codes O , O It O prints O a O message O and O then O halts O the O kernel B-Operating_System . O One O of O the O most O common O techniques O used O to O find O out O bugs B-Error_Name in O code O is O debugging O by O printing O . O For O this O purpose O Linux B-Application provides O an O in-kernel O API B-Application called O which O stores O messages O in O a O circular O buffer O . O The O POSIX B-Application terminal I-Application interface I-Application , O as O provided O by O Unix B-Application and O POSIX-compliant O operating B-General_Concept systems I-General_Concept , O does O not O accommodate O block-mode O terminals O at O all O , O and O only O rarely O requires O the O terminal O itself O to O be O in O line-at-a-time O mode O , O since O the O operating B-General_Concept system I-General_Concept is O required O to O provide O canonical O input O mode O , O where O the O terminal O device O driver O in O the O operating B-General_Concept system I-General_Concept emulates O local B-Error_Name echo I-Error_Name in O the O terminal O , O and O performs O line O editing O functions B-Operating_System at O the O host B-Device end O . O Most O usually O , O and O especially O so O that O the O host B-Device system O can O support O non-canonical O input O mode O , O terminals O for O POSIX-compliant O systems O are O always O in O character-at-a-time O mode O . O In O the O Terminal B-Application program I-Application that O came O with O Microsoft B-Application Windows I-Application 3.1 I-Application , O local B-Error_Name echo I-Error_Name is O controlled O by O a O checkbox O in O the O " O Terminal O Preferences O " O dialogue O box O accessed O from O the O menu O of O the O terminal B-Application program I-Application 's O window O . O The O secondary O hash B-Error_Name function I-Error_Name should O have O several O characteristics O : O When O the O lights O turn O red O , O the O console O has O encountered O an O error B-Error_Name , O with O the O number O of O sectors O illuminated O informing O the O user O what O category O the O error B-Error_Name falls O into O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O Chipkill B-Error_Name is O frequently O combined O with O dynamic O bit-steering O , O so O that O if O a O chip O fails O ( O or O has O exceeded O a O threshold O of O bit O errors O ) O , O another O , O spare O , O memory O chip O is O used O to O replace O the O failed O chip O . O In O a O response O to O competition O from O plug B-Device compatible I-Device manufacturers I-Device of O 2314 O equivalent O storage O subsystems O , O IBM O beginning O 1970 O introduced O a O series O of O low O priced O three O drive O module O 2319s O which O were O manufactured O by O removing O one O module O from O the O four O drive O module O 2313 O , O rebranding O it O as O a O 2319 O A1 O and O offering O it O at O a O substantially O reduced O rental O price O . O The O 2319-A1 O attaches O to O integrated O controllers O for O only O the O System/370 B-Device Models O 135 O and O 145 O . O 2319 O B O series O of O three O disk B-Device drives I-Device modules O allow O three O , O six O or O nine O drive O attachment O to O a O new O 2314 O Model O B O Storage O Control O Unit O . O IBM O introduced O the O IBM O 3310 O Direct B-Application Access I-Application Storage I-Application Device I-Application on O January O 30 O , O 1979 O , O for O IBM B-Device 4331 I-Device midrange B-Device computers I-Device . O The O 3310 O was O a O fixed-block B-Device architecture I-Device device O , O used O on O DOS/VSE B-Application and O VM B-Application , O the O only O S/370 B-Device operating O systems O that O supported O FBA O devices O . O The O IBM O 3330 O Direct O Access O Storage O Facility O , O code-named O Merlin O , O was O introduced O in O June O 1970 O for O use O with O the O IBM B-Device System/370 I-Device and O the O IBM O System O 360/195 O . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O XBMC B-Application Foundation O and O the O team O of O developers O leading O the O development O of O Kodi/XBMC O , O " O Team-Kodi O " O / O " O Team-XBMC O " O , O encourage O anyone O and O everyone O to O submit O their O own O source O code O patches O for O new O features O and O functions O , O improve O existing O ones O , O or O fix O bugs B-Error_Name to O the O Kodi/XBMC O project O . O Consider O a O binary O repetition B-Error_Name code I-Error_Name of O length O 3 O . O The O bomb B-Device icon O ( 💣 O ) O has O several O different O applications O in O computing O , O and O typically O indicates O a O fatal B-Error_Name system I-Error_Name error I-Error_Name . O This O group O 's O goal O is O to O protect O The O World O from O AIDA O , O a O mysterious O software B-Error_Name bug I-Error_Name that O has O been O infecting O parts O of O the O game O which O can O only O be O defeated O using O an O Avatar O . O Haseo O , O Pi O , O and O Kuhn O follow O her O through O the O warp O and O see O her O struggling O to O open O a O locker B-Language in O a O white O void O . O In O August O 2014 O , O it O was O made O public O that O the O Heartbleed B-Error_Name vulnerability I-Error_Name enabled O hackers O to O steal O security O keys O from O Community O Health O Systems O , O the O second-biggest O for-profit O U.S. O hospital O chain O in O the O United O States O , O compromising O the O confidentiality O of O 4.5 O million O patient O records O . O BitTorrent B-Protocol info O hash B-Error_Name v2 O ( O BTMH O ) O BitTorrent B-Protocol v2 I-Protocol replaces O the O obsolete B-Algorithm SHA-1 I-Algorithm hash I-Algorithm with O a O SHA-256 B-Algorithm info O hash B-Error_Name . O LDPC-in-SSD O is O an O effective O approach O to O deploy O LDPC B-Error_Name in O SSD B-Device with O a O very O small O latency O increase O , O which O turns O LDPC B-Error_Name in O SSD B-Device into O a O reality O . O In O the O original O view O of O , O every O codeword O of O the O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name code I-Error_Name is O a O sequence O of O function O values O of O a O polynomial O of O degree O less O than O k O . O In O order O to O obtain O a O codeword O of O the O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name code I-Error_Name , O the O message O symbols O ( O each O within O the O q-sized O alphabet O ) O are O treated O as O the O coefficients O of O a O polynomial O p O of O degree O less O than O k O , O over O the O finite O field O F O with O q O elements O . O This O is O because O a O null O pointer O cannot O be O a O valid O memory B-General_Concept address I-General_Concept . O On O the O other O hand O , O wild B-Error_Name pointers I-Error_Name and O dangling B-Error_Name pointers I-Error_Name point O to O memory B-General_Concept that O may O or O may O not O exist O , O and O may O or O may O not O be O readable O or O writable O , O and O thus O can O result O in O transient O bugs B-Error_Name . O For O a O given O set O of O bits O , O if O the O count O of O bits O with O a O value O of O 1 O is O even O , O the O parity B-Error_Name bit I-Error_Name value O is O set O to O 1 O making O the O total O count O of O 1s O in O the O whole O set O ( O including O the O parity B-Error_Name bit I-Error_Name ) O an O odd O number O . O Separating O the O parts O ( O registration O group O , O registrant O , O publication O and O check B-Error_Name digit I-Error_Name ) O of O a O 10-digit B-Library ISBN I-Library is O also O done O with O either O hyphens O or O spaces O . O A O core B-Error_Name file I-Error_Name may O be O generated O to O aid O debugging O , O and O other O platform-dependent O actions O may O also O be O performed O . O If O White O Face O catches O the O player O , O a O fake O BSOD B-Error_Name appears O . O Although O the O HSDPA O standard O supports O both O Chase B-Error_Name combining I-Error_Name and O incremental O redundancy O , O it O has O been O shown O that O incremental O redundancy O almost O always O performs O better O than O Chase B-Error_Name combining I-Error_Name , O at O the O cost O of O increased O complexity O . O He O commended O its O " O rich O story O , O good O play O balance O and O many O hours O of O game O play O " O , O but O also O drew O attention O to O a O few O bugs B-Error_Name in O the O game O mechanics O and O shortcomings O in O the O game O 's O graphics O and O user B-Application interface I-Application . O The O addition O of O a O new O turbo-coded O stream O enables O broadcasters O to O increase O the O error-correction B-Error_Name capability O of O a O secondary O stream O transmission O . O This O is O a O type O of O overfitting B-Error_Name measured O most O drastically O when O testing O smaller O networks O . O FORK-256 B-Algorithm is O a O hash B-Error_Name algorithm I-Error_Name designed O in O response O to O security O issues O discovered O in O the O earlier O SHA-1 B-Algorithm and O MD5 B-Algorithm algorithms O . O Sora O destroys O the O bug B-Error_Name while O Mickey O and O the O others O are O returned O to O their O world O by O Riku O before O the O reset O occurs O . O As O a O result O it O can O never O be O discharged O to O logic O 0 O and O glitches B-Error_Name are O prevented O . O Itanium B-General_Concept is O not O affected O by O Spectre B-Error_Name and O Meltdown B-Architecture . O Common O complaints O were O the O prevalence O of O gameplay O bugs B-Error_Name , O low O quality O graphics O , O and O poor O overall O implementation O . O In O 2018 O , O it O was O voted O the O most O popular O editor O amongst O Linux B-Application Journal O readers O ; O in O 2015 O the O Stack B-Error_Name Overflow I-Error_Name developer O survey O found O it O to O be O the O third O most O popular O text B-Application editor I-Application , O and O in O 2019 O the O fifth O most O popular O development O environment O . O During O lookup B-Data_Structure , O the O key O is O hashed O and O the O resulting O hash B-Error_Name indicates O where O the O corresponding O value O is O stored O . O The O result O is O the O SSD B-Device will O have O more O free O space O enabling O lower O write B-Error_Name amplification I-Error_Name and O higher O performance O . O The O first O 4680 O data O bits O are O repeated O 13 O times O ( O used O in O 13 O parity O codes O ) O , O while O the O remaining O data O bits O are O used O in O 3 O parity O codes O ( O irregular O LDPC B-Error_Name code I-Error_Name ) O . O Some O operating B-Operating_System system I-Operating_System kernels I-Operating_System , O such O as O Linux B-Operating_System , O still O use O triple B-Error_Name faults I-Error_Name as O a O last O effort O in O their O rebooting O process O if O an O ACPI B-Device reboot O fails O . O Motherboards B-Device , O chipsets B-Device and O processors O that O support O ECC B-Error_Name may O also O be O more O expensive O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O He O concluded O : O " O Some O unfortunate O set O backs O , O whether O they O were O by O design O or O bug B-Error_Name dulled O the O experience O a O little O bit O , O but O not O enough O to O hamper O my O enjoyment O . O Rohatgi O and O Szekely O claimed O that O the O skewness B-General_Concept and O kurtosis B-Error_Name of O a O unimodal O distribution O are O related O by O the O inequality O : O There O are O , O of O course O , O a O lot O of O bug B-Error_Name fixes O also O . O Visual B-Operating_System Expert I-Operating_System checks O source O code O against O hundreds O of O code O inspection O rules O for O vulnerability B-General_Concept assessment I-General_Concept , O bug B-Error_Name fix O , O and O maintenance O issues O . O Near O the O end O of O the O 20th O century O , O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name ( O Y2K B-Error_Name ) O was O the O focus O of O significant O COBOL O programming O effort O , O sometimes O by O the O same O programmers O who O had O designed O the O systems O decades O before O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O In O 2006 O and O 2012 O , O Computerworld O surveys O ( O of O 352 O readers O ) O found O that O over O 60% O of O organizations O used O COBOL O ( O more O than O C++ B-Language and O Visual B-Language Basic I-Language .NET I-Language ) O and O that O for O half O of O those O , O COBOL O was O used O for O the O majority O of O their O internal O software O . O Instead O , O some O businesses O have O migrated O their O systems O from O expensive O mainframes B-Architecture to O cheaper O , O more O modern O systems O , O while O maintaining O their O COBOL O programs O . O Based O on O the O trellis B-Error_Name : O For O instance O , O hash B-Error_Name chaining O takes O constant O expected O time O even O with O a O 2-independent O family O of O hash B-Error_Name functions I-Error_Name , O because O the O expected O time O to O perform O a O search O for O a O given O key O is O bounded O by O the O expected O number O of O collisions O that O key O is O involved O in O . O By O using O a O deterministic O approach O they O reduce O the O time O for O their O reconstruction O procedure O for O their O mark O ( O the O 16-bit O hash B-Error_Name ) O . O In O computer B-General_Concept science I-General_Concept , O a O sanity B-Error_Name test I-Error_Name is O a O very O brief O run-through O of O the O functionality O of O a O computer B-Application program I-Application , O system O , O calculation O , O or O other O analysis O , O to O assure O that O part O of O the O system O or O methodology O works O roughly O as O expected O . O The O kurtosis B-Error_Name can O thus O be O written O as O : O The O CD O system O employs O two O concatenated O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name codes I-Error_Name , O which O are O interleaved O cross-wise O . O Such O engines O generally O operate O by O splitting O relations O into O disjoint O subsets O based O on O a O hash B-Error_Name function I-Error_Name , O performing O computations O ( O joins O ) O on O each O node O , O and O then O exchanging O newly-generated O tuples B-Application over O the O network O . O A O process B-Operating_System can O define O how B-Language to I-Language handle I-Language incoming I-Language POSIX I-Language signals I-Language . O If O a O process B-Operating_System does O not O define O a O behaviour O for O a O signal O , O then O the O default O handler O for O that O signal O is O being O used O . O The O table O below O lists O some O default O actions O for O POSIX-compliant O UNIX B-Application systems I-Application , O such O as O FreeBSD B-Operating_System , O OpenBSD B-Operating_System and O Linux B-Application . O Terminate B-Operating_System Abnormal O termination O of O the O process B-Operating_System . O The O process B-Operating_System is O terminated O with O all O the O consequences O of O _exit( ) O except O that O the O status O made O available O to O wait( ) O and O waitpid( ) O indicates O abnormal O termination O by O the O specified O signal O . O Terminate B-Operating_System ( O core B-Error_Name dump I-Error_Name ) O Abnormal O termination O of O the O process B-Operating_System . O Additionally O , O implementation-defined O abnormal O termination O actions O , O such O as O creation O of O a O core B-Error_Name file I-Error_Name , O may O occur O . O Core B-Error_Name dump I-Error_Name facilities O for O debugging O . O David O A O . O Wheeler O 's O paper O How O to O Prevent O the O next O Heartbleed B-Error_Name analyzes O why O Heartbleed B-Error_Name was O n't O discovered O earlier O , O and O suggests O several O techniques O which O could O have O led O to O a O faster O identification O , O as O well O as O techniques O which O could O have O reduced O its O impact O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O A O multidimensional B-Error_Name parity-check I-Error_Name code I-Error_Name ( O MDPC O ) O is O a O simple O type O of O error B-Error_Name correcting I-Error_Name code I-Error_Name that O operates O by O arranging O the O message O into O a O multidimensional O grid O , O and O calculating O a O parity B-Error_Name digit I-Error_Name for O each O row O and O column O . O A O fifth O game O named O DROD B-Application 4 O : O Gunthro O and O the O Epic O Blunder B-Error_Name was O released O April O 1 O , O 2012 O - O it O included O a O couple O of O new O game O elements O , O and O three O new O graphical O and O music O styles O , O as O well O as O the O inclusion O of O some O more O scripting O capabilities O . O Note O that O the O initialization O of O z O is O Undefined B-Language behavior I-Language for O n O < O 1 O which O may O cause O a O segmentation B-Error_Name fault I-Error_Name or O other O unwanted O behavior O – O it O would O be O better O placed O inside O the O ' O Coding O Part O ' O block O . O by O an O alpha O particle O strike O ) O by O either O ECC B-Error_Name or O parity B-Error_Name , O depending O on O whether O those O lines O were O evicted O from O the O data B-General_Concept or O instruction O primary O caches B-General_Concept . O To O assess O the O performance O of O this O error-correcting B-Error_Name scheme O for O a O general O input O we O can O study O the O fidelity O between O the O input O and O the O output O . O LDPC B-Error_Name codes I-Error_Name are O capacity-approaching O codes O , O which O means O that O practical O constructions O exist O that O allow O the O noise O threshold O to O be O set O very O close O to O the O theoretical O maximum O ( O the O Shannon O limit O ) O for O a O symmetric O memoryless O channel O . O One O northbound O frame O carries O 144 O data O bits O , O the O amount O of O data O produced O by O a O 72-bit O wide O DDR O SDRAM O array O in O that O time O , O and O 24 O bits O of O CRC O for O error B-Error_Name detection I-Error_Name . O Often O known O as O core B-Error_Name dumps I-Error_Name , O these O are O platform-specific O and O contain O a O raw O binary O dump O of O the O process O memory O . O Y2K B-Error_Name fears O drew O attention O to O an O older O issue O , O while O prompting O a O solution O to O a O new O problem O . O 64-bit O hash B-Error_Name function I-Error_Name is O used O instead O of O the O 32 O bits O used O in O the O original O paper O . O During O this O phase O the O write B-Error_Name amplification I-Error_Name will O be O the O best O it O can O ever O be O for O random O writes O and O will O be O approaching O one O . O Because O of O their O properties O , O random B-Algorithm forests I-Algorithm are O considered O one O of O the O most O accurate O data O mining O algorithms O , O are O less O likely O to O overfit B-Error_Name their O data O , O and O run O quickly O and O efficiently O even O for O large O datasets O . O Software B-General_Concept bots I-General_Concept have O been O adopted O by O several O communities O related O to O software O development O , O such O as O open-source O communities O on O GitHub B-Application and O Stack B-Error_Name Overflow I-Error_Name . O The O decision O is O based O on O the O bug B-Error_Name 's O priority O , O and O factors O such O as O project O schedules O . O Moreover O , O if O the O sample O indeed O comes O from O a O normal O population O , O then O the O exact O finite O sample O distributions O of O the O skewness B-General_Concept and O kurtosis B-Error_Name can O themselves O be O analysed O in O terms O of O their O means O μ1 O , O variances O μ2 O , O skewnesses O γ1 O , O and O kurtosis B-Error_Name γ2 O . O A O bug B-Error_Name triage O reviews O bugs B-Error_Name and O decides O whether O and O when O to O fix O them O . O Any O data B-Protocol link I-Protocol layer I-Protocol details O define O how O application O data O is O encapsulated O ( O for O example O for O synchronization O or O error-correction B-Error_Name ) O . O Windows B-Application 3.1 I-Application displays O a O Black B-Error_Name Screen I-Error_Name of I-Error_Name Death I-Error_Name instead O of O a O blue O one O . O However O , O the O PSP B-Operating_System version O also O has O a O bug B-Error_Name relating O to O in-game O companions O that O is O not O present O in O the O DS B-Device version O ; O the O companions O ' O stated O special O abilities O do O not O work O . O The O main O weakness O of O the O Verhoeff B-Error_Name algorithm I-Error_Name is O its O complexity O . O Almost O all O two-dimensional O bar O codes O such O as O PDF-417 O , O MaxiCode O , O Datamatrix O , O QR O Code O , O and O Aztec O Code O use O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name error I-Error_Name correction I-Error_Name to O allow O correct O reading O even O if O a O portion O of O the O bar O code O is O damaged O . O For O a O while O after O that O , O the B-Operating_System Wii I-Operating_System received O new O features O such O as O the O Forecast O Channel O , O as O well O as O bug B-Error_Name fixes O . O Also O during O normal O function O , O the O program B-Application may O become O a O black B-Error_Name screen I-Error_Name and O repeatedly O play O the O last O few O seconds O of O sound O ( O depending O on O the O size O of O the O audio O buffer B-General_Concept ) O that O was O being O played O before O it O crashes B-General_Concept to O desktop B-Application . O However O , O managing O a O queue B-Application is O not O possible O in O an O async-signal O safe O way O with O only O , O as O only O single O reads O and O writes O to O such O variables O are O guaranteed O to O be O atomic O , O not O increments O or O ( O fetch-and O ) O -decrements O , O as O would O be O required O for O a O queue B-Application . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O In O terms O of O shape O , O a O platykurtic B-Error_Name distribution I-Error_Name has O thinner O tails O . O Using O negentropy O is O a O more O robust O method O than O kurtosis B-Error_Name , O as O kurtosis B-Error_Name is O very O sensitive O to O outliers O . O The O last O two O features O include O read-only O support O for O FAT12/16/32 O formatted O USB B-Architecture mass I-Architecture storage I-Architecture devices I-Architecture , O and O a O " O skinnable B-Application " O 3D O visualizer O . O On O 12 O November O 2006 O , O the O release O of O XBMC O 2.0.1 O contained O numerous O fixes O for O bugs B-Error_Name that O made O it O through O the O 2.0.0 O release O . O There O are O two O ways O to O represent O zero O , O 00000000 O ( O 0 O ) O and O 10000000 O ( −0 O ) O . O Addition O and O subtraction O require O different O behavior O depending O on O the O sign B-Algorithm bit I-Algorithm , O whereas O one O 's O complement O can O ignore O the O sign B-Algorithm bit I-Algorithm and O just O do O an O end-around O carry B-Algorithm , O and O two B-General_Concept 's I-General_Concept complement I-General_Concept can O ignore O the O sign B-Algorithm bit I-Algorithm and O depend O on O the O overflow B-Error_Name behavior O . O ( O arrays O are O preferable O to O -based O arrays O because O arrays O are O guaranteed O by O Fortran O 95 O to O be O deallocated O automatically O when O they O go O out O of O scope O , O eliminating O the O possibility O of O memory O leakage B-Error_Name . O It O also O reduces O variance O and O helps O to O avoid O overfitting B-Error_Name . O If O blocks O are O generated O too O quickly O , O the O difficulty O increases O and O more O hashes B-Error_Name are O required O to O make O a O block O and O to O generate O new O bitcoins B-General_Concept . O An O early O adopter O was O Stack B-Error_Name Overflow I-Error_Name , O run O by O Spolsky O . O Non-systematic O convolutional B-Error_Name codes I-Error_Name are O more O popular O due O to O better O noise O immunity O . O This O complication O has O led O to O the O creation O of O many O ad-hoc O rules O for O deciding O when O over-fitting B-Error_Name has O truly O begun O . O The O 802.3bk O added O support O for O a O new O 10/10G O -EPON O and O 10/1G O -EPON O power O class O for O PR O or O PRX O PMDs O , O respectively O , O as O shown O below O : O The O 10G-EPON B-Protocol employs O a O stream-based O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O mechanism O based O on O Reed-Solomon(255, 223 ) O . O When O the O hash B-Error_Name function I-Error_Name is O chosen O randomly O , O the O cuckoo O graph O is O a O random O graph O in O the O Erdős O – O Rényi O model O . O O_CREAT O Create O the O file B-Operating_System if O it O does O not O exist O ; O otherwise O the O open O fails O setting O errno B-Error_Name to O ENOENT O . O In O computer B-General_Concept programming I-General_Concept , O the O lapsed B-Error_Name listener I-Error_Name problem I-Error_Name is O a O common O source O of O memory B-Error_Name leaks I-Error_Name for O object-oriented B-Language programming I-Language languages I-Language , O among O the O most O common O ones O for O garbage B-General_Concept collected I-General_Concept languages O . O When O a O RAID B-Architecture array I-Architecture experiences O the O failure O of O one O or O more O disks O , O it O can O enter O degraded B-General_Concept mode I-General_Concept , O a O fallback O mode O that O generally O allows O the O continued O usage O of O the O array O , O but O either O loses O the O performance O boosts O of O the O RAID B-Architecture technique O ( O such O as O a O RAID-1 O mirror O across O two O disks O when O one O of O them O fails O ; O performance O will O fall O back O to O that O of O a O normal O , O single O drive O ) O or O experiences O severe O performance O penalties O due O to O the O necessity O to O reconstruct O the O damaged O data O from O error B-Error_Name correction I-Error_Name data O . O The O authors O also O presented O a O method O to O find O pseudo-collisions O and O pseudosecond-preimages O for O a O variant O of O Shabal B-Error_Name in O which O the O number O of O iterations O in O the O finalization O is O 24N O ( O N O ≥ O 2 O ) O , O instead O of O 36 O . O During O Summer O 2009 O , O Kunos O Simulazioni O announced O that O the O next O version O of O netKar B-Application Pro I-Application , O dubbed O 1.1 O , O was O to O be O released O through O a O three-stage O Public O Beta O in O an O effort O to O iron O out O all O the O bugs B-Error_Name before O reaching O gold O status O , O through O the O help O of O the O community O . O Cuckoo B-Algorithm hashing I-Algorithm is O a O scheme O in O computer B-General_Concept programming I-General_Concept for O resolving O hash B-Algorithm collisions I-Algorithm of O values O of O hash B-Error_Name functions I-Error_Name in O a O table B-Algorithm , O with O worst-case B-General_Concept constant O lookup O time O . O According O to O the O authors O , O by O using O ECC B-General_Concept RAM I-General_Concept ; O however O , O the O authors O considered O that O adding O error B-Error_Name detection I-Error_Name related O to O the O page B-General_Concept cache I-General_Concept and O heap O would O allow O ZFS B-Application to O handle O certain O classes O of O error O more O robustly O . O Many O protocols O use O an O XOR-based O longitudinal B-Error_Name redundancy I-Error_Name check I-Error_Name byte O ( O often O called O block O check O character O or O BCC O ) O , O including O the O serial O line O interface O protocol O ( O SLIP O , O not O to O be O confused O with O the O later O and O well-known O Serial B-Protocol Line I-Protocol Internet I-Protocol Protocol I-Protocol ) O , O Repairable O fountain B-Error_Name codes I-Error_Name are O projected O to O address O fountain B-Error_Name code I-Error_Name design O objectives O for O storage O systems O . O ( O The O Hadamard B-Error_Name code I-Error_Name falls O under O the O general O umbrella O of O forward B-Error_Name error I-Error_Name correction I-Error_Name , O and O just O happens O to O be O locally B-Error_Name decodable I-Error_Name ; O the O actual O algorithm O used O to O decode O the O transmission O from O Mars O was O a O generic O error-correction O scheme O . O ) O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O One O significant O aspect O of O this O product O , O and O the O reason O that O disk B-Device drives I-Device in O general O became O known O as O " O Winchester O technology O " O , O was O that O this O head B-Device design O was O very O low O cost O and O did O not O require O the O heads O to O be O unloaded O from O the O media O . O Winchester O technology O allowed O the O head B-Device to O land O and O take O off O from O the O disk B-Device media O as O the O disk B-Device spun O up O and O down O . O This O resulted O in O very O significant O savings O and O a O large O reduction O of O complexity O of O the O head B-Device and O arm O actuating O mechanism O . O This O head B-Device design O rapidly O became O a O standard O design O within O the O disk B-Device drive I-Device manufacturing O community O . O Avionics O using O redundant O systems O to O perform O the O same B-Error_Name computation I-Error_Name using I-Error_Name three I-Error_Name different I-Error_Name systems I-Error_Name . O On O May O 16 O , O 2011 O , O Sony O announced O that O along O with O LittleBigPlanet B-Application , O inFAMOUS B-Application , O Super B-Application Stardust I-Application HD I-Application , O and O Wipeout B-Application HD I-Application Fury I-Application , O the O PSP B-Operating_System edition O of O ModNation B-Application racers I-Application would O be O given O for O free O on O the O PlayStation O Store O for O 30 O days O as O a O welcome O back O gesture O after O the O PSN B-Error_Name outage I-Error_Name . O Five O Nights O at O Freddys O : O Help O Wanted O for O mobile O has O ' O glitches B-Error_Name ' O that O you O need O to O tap O on O to O unlock O a O minigame O . O In O the O case O of O the O home O PC O where O data O integrity O is O often O perceived O to O be O of O little O importance O — O certainly O true O for O , O say O games O and O web O browsing O , O less O so O for O Internet O banking O and O home O finances O — O non-parity O memory O is O an O affordable O option O . O However O , O if O data O integrity O is O required O , O parity B-Error_Name memory O will O halt O the O computer O and O prevent O the O corrupt O data O from O affecting O results O or O stored O data O , O although O losing O intermediate O unstored O data O and O preventing O use O until O any O faulty O RAM B-Architecture is O replaced O . O While O game O designer O Steve O Fawkner O has O acknowledged O this O bug B-Error_Name , O he O claims O that O only O Vicious O Cycle O , O the O port O developer O , O has O the O ability O to O produce O a O patch O . O The O design O of O the O HMAC B-Algorithm specification O was O motivated O by O the O existence O of O attacks O on O more O trivial O mechanisms O for O combining O a O key O with O a O hash B-Error_Name function I-Error_Name . O Signals O are O standardized O messages O sent O to O a O running O program B-Application to O trigger O specific O behavior O , O such O as O quitting O or O error B-General_Concept handling I-General_Concept . O They O are O a O limited O form O of O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O , O typically O used O in O Unix B-Application , O Unix-like B-Operating_System , O and O other O POSIX-compliant O operating O systems O . O A O signal O is O an O asynchronous O notification O sent O to O a O process B-Operating_System or O to O a O specific O thread B-Operating_System within O the O same O process B-Operating_System to O notify O it O of O an O event O . O Common O uses O of O signals O are O to O interrupt B-Application , O suspend O , O terminate B-Operating_System or O kill B-Operating_System a O process B-Operating_System . O Signals O originated O in O 1970s O Bell O Labs O Unix B-Application and O were O later O specified O in O the O POSIX O standard O . O When O a O signal O is O sent O , O the O operating O system O interrupts B-Application the O target O process B-Operating_System ' O normal O flow O of O execution O to O deliver O the O signal O . O Execution O can O be O interrupted O during O any O non-atomic B-General_Concept instruction I-General_Concept . O If O the O process B-Operating_System has O previously O registered O a O signal O handler O , O that O routine O is O executed O . O Embedded O programs O may O find O signals O useful O for O inter-process B-Operating_System communications I-Operating_System , O as O signals O are O notable O for O their O Algorithmic B-General_Concept efficiency I-General_Concept . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O appeared O in O Version B-Operating_System 2 I-Operating_System ( O 1972 O ) O . O Version B-Operating_System 4 I-Operating_System ( O 1973 O ) O combined O all O traps B-Application into O one O call O , O . O Version B-Operating_System 5 I-Operating_System ( O 1974 O ) O could O send O arbitrary O signals O . O In O Version B-Operating_System 7 I-Operating_System ( O 1979 O ) O each O numbered O trap B-Application received O a O symbolic O name O . O Plan B-Operating_System 9 I-Operating_System from I-Operating_System Bell I-Operating_System Labs I-Operating_System ( O mid O 80s O ) O replaced O signals O with O notes O , O which O permit O sending O short O , O arbitrary O strings O . O The O system B-Operating_System call I-Operating_System sends O a O specified O signal O to O a O specified O process B-Operating_System , O if O permissions O allow O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O The O kernel B-Operating_System can O generate O signals O to O notify O processes O of O events O . O For O example O , O SIGPIPE O will O be O generated O when O a O process B-Operating_System writes O to O a O pipe B-Operating_System which O has O been O closed O by O the O reader O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System , O which O is O convenient O when O constructing O shell B-Operating_System pipelines I-Operating_System . O His O experimental O beta O passed O the O Acid2 O rendering O test O on O April O 27 O , O 2005 O , O marking O it O the O first O browser B-Application to O do O so O . O Safari O 2.0 O which O was O released O on O April O 29 O , O 2005 O , O was O the O sole O browser B-Application Mac B-Application OS I-Application X I-Application 10.4 I-Application offered O by O default O . O Apple O touted O this O version O as O it O was O capable O of O running O a O 1.8x O speed O boost O compared O to O version O 1.2.4 O but O it O did O not O yet O feature O the O Acid2 O bug B-Error_Name fixes O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O Most O modern O shells O produce O an O error B-Error_Name message I-Error_Name similar O to O "" O . O A O plot O of O this O averaged O RR O interval O list O ( O called O a O PVC B-Error_Name tachogram O ) O not O only O confirmed O their O observation O that O heart O rate O sped O up O for O a O few O beats O after O a O PVC B-Error_Name , O but O highlighted O another O less O obvious O feature O , O that O heart O rate O then O slows O down O beyond O what O it O was O before O the O PVC B-Error_Name , O before O returning O to O the O original O heart O rate O . O Spectre B-Error_Name patches O have O been O reported O to O significantly O reduce O performance O , O especially O on O older O computers O ; O on O the O then-newest O ( O 2017 O ) O eighth-generation B-Device Core I-Device platforms O , O benchmark O performance O drops O of O 2 O – O 14 O percent O have O been O measured O . O Such O devices O usually O use O flash-based B-Device storage I-Device , O which O has O limited O lifespan O due O to O write B-Error_Name amplification I-Error_Name , O and O may O also O use O it O to O provide O swap B-Architecture space O . O GameSpot O , O who O in O their O year-end O awards O griped O on O the O tonal O shift O saying O that O " O the O series O had O to O lose O a O measure O of O its O soul O for O us O to O enjoy O more O of O that O fantastic O gameplay O " O , O also O criticized O the O game O for O having O uneven O difficulty O progression O and O numerous O glitches B-Error_Name and O bugs B-Error_Name . O and O where O μ2 O = O μ2(g1 ) O is O the O variance O of O g1 O , O and O γ2 O = O γ2(g1 ) O is O the O kurtosis B-Error_Name — O the O expressions O given O in O the O previous O section O . O An O iterative O hash B-Error_Name function I-Error_Name ( O one O that O uses O the O Merkle B-Algorithm – I-Algorithm Damgård I-Algorithm construction I-Algorithm ) O breaks O up O a O message O into O blocks O of O a O fixed O size O and O iterates O over O them O with O a O compression B-Algorithm function I-Algorithm . O The O error O happens O after O 231 O hundredths O of O a O second O ( O about O days O ) O , O indicating O a O 32-bit O signed B-Algorithm integer I-Algorithm . O Overflow O bugs B-Error_Name are O evident O in O some O computer O games O . O Activision O allowed O the O team O to O move O forward O with O an O original O title O , O in O order O to O take O advantage O of O the O gap O between O Quantum B-Application of I-Application Solace I-Application and O a O then-untitled O follow O up O film O , O which O was O later O revealed O as O Skyfall B-Error_Name and O released O in O 2012 O . O " O Uninterrupted O " O here O means O that O operations O that O block B-Operating_System may O return O prematurely O and O must B-Operating_System be I-Operating_System resumed I-Operating_System , O as O mentioned O above O . O Signals O should O be O processed O from O the O queue B-Application on O the O main O thread B-Operating_System and O not O by O worker B-Operating_System pools I-Operating_System , O as O that O reintroduces O the O problem O of O asynchronicity O . O However O , O managing O a O queue B-Application is O not O possible O in O an O async-signal O safe O way O with O only O , O as O only O single O reads O and O writes O to O such O variables O are O guaranteed O to O be O atomic O , O not O increments O or O ( O fetch-and O ) O -decrements O , O as O would O be O required O for O a O queue B-Application . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O It O uses O the O Reed-Solomon B-Error_Name error I-Error_Name correction I-Error_Name algorithm I-Error_Name internally O to O create O the O error O correcting O information O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O The O SIGABRT O and O SIGIOT O signal O is O sent O to O a O process B-Operating_System to O tell O it O to O abort B-General_Concept , O i.e. O Determining O the O root O cause O – O debugging O the O bug B-Error_Name – O can O be O simple O in O some O cases O , O where O the O program O will O consistently O cause O a O segmentation B-Error_Name fault I-Error_Name ( O e.g. O , O dereferencing O a O null O pointer O ) O , O while O in O other O cases O the O bug B-Error_Name can O be O difficult O to O reproduce O and O depend O on O memory B-General_Concept allocation O on O each O run O ( O e.g. O , O dereferencing O a O dangling B-Error_Name pointer I-Error_Name ) O . O The O initial O limited O edition O release O of O Popotan B-Application on O CD-ROM B-Device suffered O critical O errors B-Error_Name , O such O as O graphic O display O issues O , O saving O and O loading O issues O , O the O inability O to O complete O some O routes O and O Mii O 's O mini-game O not O starting O . O Every O physical O system O has O a O finite O amount O of O memory B-General_Concept , O and O if O the O memory B-Error_Name leak I-Error_Name is O not O contained O ( O for O example O , O by O restarting O the O leaking O program O ) O it O will O eventually O cause O problems O . O A O variety O of O fringe O groups O and O individuals O such O as O those O within O some O fundamentalist O religious O organizations O , O survivalists O , O cults O , O anti-social O movements O , O self-sufficiency O enthusiasts O , O communes O and O those O attracted O to O conspiracy O theories O , O embraced O Y2K B-Error_Name as O a O tool O to O engender O fear O and O provide O a O form O of O evidence O for O their O respective O theories O . O Aliasing B-Error_Name and O artifacts B-Algorithm due O to O manipulation O : O Error B-Error_Name messages I-Error_Name are O often O presented O as O a O dialog O box O , O which O makes O them O cause O a O following O mode O error O in O the O user O interaction O . O The O redundancy O ( O duplication O ) O allows O error O detection O and O error O correction O : O the O output O from O lockstep B-General_Concept operations O can O be O compared O to O determine O if O there O has O been O a O fault O if O there O are O at O least O two O systems O ( O dual B-Error_Name modular I-Error_Name redundancy I-Error_Name ) O , O and O the O error O can O be O automatically O corrected O if O there O are O at O least O three O systems O ( O triple B-Error_Name modular I-Error_Name redundancy I-Error_Name ) O , O via O majority O vote O . O To O debug O a O process O or O memory B-Error_Name dump I-Error_Name , O the O sos.dll O version O must O match O the O .NET O Framework O version O . O For O one O , O when O a O file O is O sent O to O the O CAS O for O storage O , O the O hash B-Error_Name function I-Error_Name will O produce O a O key O and O then O check O to O see O if O that O key O already O exists O in O the O directory B-Application . O This O means O that O error O protection O can O be O added O if O necessary O at O a O higher O layer O , O for O example O with O a O forward B-Error_Name error I-Error_Name correction I-Error_Name scheme O . O The O " O Minus O World O " O or O " O Negative O World O " O or O " O World O Negative O One O " O is O an O unbeatable O glitch B-Error_Name level O present O in O the O original O NES O release O . O If O the O player O is O able O to O exploit O a O bug O that O allows O Mario B-Application to O pass O through O bricks O , O the O player O can O enter O the O warp O zone O by O passing O through O the O wall O and O the O pipe O to O World O 2-1 O and O 4-1 O may O instead O transport O the O player O to O an O underwater O stage O labeled O " O World O -1 O " O . O Following O the O game O 's O release O , O a O software O developed O by O Moxie O , O The O Great O Escape O Utility O , O was O marketed O in O 1983 O , O promising O bug B-Error_Name fixes O to O speed O up O the O opening O of O chests O and O the O startup O time O of O the O game O . O TXAA O resolves O that O by O smoothing O out O the O scene O in O motion O , O making O sure O that O any O in-game O scene O is O being O cleared O of O any O aliasing B-Error_Name and O shimmering O . O Some O reviews O were O positive O , O but O others O complained O about O bugs B-Error_Name that O were O eventually O fixed O . O The O extra O area O ( O and O some O latency O ) O can O be O mitigated O by O keeping O virtual O hints O with O each O cache B-General_Concept entry O instead O of O virtual O tags O . O These O hints O are O a O subset O or O hash B-Error_Name of O the O virtual O tag O , O and O are O used O for O selecting O the O way O of O the O cache B-General_Concept from O which O to O get O data B-General_Concept and O a O physical O tag O . O It O is O also O inefficient O , O as O aliasing B-Error_Name is O typically O only O noticed O in O some O parts O of O the O image O , O such O as O the O edges O , O whereas O supersampling B-Algorithm is O performed O for O every O single O pixel O . O Early O research O attempted O to O minimize O the O area O and O delay O overheads O of O ECC B-Error_Name circuits O . O An O error-correcting B-Error_Name code I-Error_Name with O noiseless O feedback O is O equivalent O to O an O adaptive B-Algorithm search B-Application strategy O with O errors O . O Consequently O , O these O languages O sometimes O place O a O limit O on O the O depth O of O recursion O to O avoid O stack B-Error_Name overflows I-Error_Name ; O Python B-Language is O one O such O language O . O Note O the O caveat O below O regarding O the O special O case O of O tail B-Language recursion I-Language . O Because O recursive O algorithms O can O be O subject O to O stack B-Error_Name overflows I-Error_Name , O they O may O be O vulnerable O to O pathological O or O malicious O input O . O If O the O changes O to O the O Linux B-Application kernel B-Operating_System are O bug B-Error_Name fixes I-Error_Name that O are O considered O important O enough O , O a O pull O request O for O the O patches O will O be O sent O to O Torvalds O within O a O few O days O . O In O addition O , O packets B-Protocol with O CRC O will O be O retransmitted O until O acknowledged O by O automatic B-Error_Name repeat I-Error_Name request I-Error_Name ( O ARQ O ) O . O Define O the O two O place O hash B-Error_Name function I-Error_Name to O be O where O denotes O the O distance O along O the O unit O circle O from O to O ( O since O has O some O minimal O non-zero O value O there O is O no O problem O translating O this O value O to O a O unique O integer O in O some O bounded O range O ) O . O The O role O of O the O radar B-Algorithm tracker I-Algorithm is O to O monitor O consecutive O updates O from O the O radar B-Application system I-Application ( O which O typically O occur O once O every O few O seconds O , O as O the O antenna O rotates O ) O and O to O determine O those O sequences O of O plots O belonging O to O the O same O target O , O whilst O rejecting O any O plots O believed O to O be O false B-Error_Name alarms I-Error_Name . O The O Heartbleed B-Error_Name bug I-Error_Name is O a O serious O vulnerability O specific O to O the O implementation O of O SSL/TLS O in O the O popular O OpenSSL B-Language cryptographic O software O library O , O affecting O versions O 1.0.1 O to O 1.0.1f O . O Safari O 16 O added O support O for O non-animated O AVIF O and O contains O several O bug B-Error_Name fixes O and O feature O polishing O . O Safari O 16 O also O includes O shared O tab O groups O , O website O settings O synchronisation O between O devices O connected O to O a O same O iCloud B-Application account O , O the O ability O to O add O backgrounds O for O a O start O page O , O new O languages O for O built-in O translation O , O built-in O image O translation O , O new O options O to O edit O strong O passwords O … O iOS B-Application 16.4 O also O introduced O Web O Push O notifications O . O The O broken O version O was O included O in O the O Debian O release O of O September O 17 O , O 2006 O ( O version O 0.9.8c-1 O ) O , O also O compromising O other O Debian-based O distributions O , O for O example O Ubuntu B-Operating_System . O OpenSSL O versions O 1.0.1 O through O 1.0.1f O have O a O severe O memory O handling O bug B-Error_Name in O their O implementation O of O the O TLS B-Protocol Heartbeat B-Operating_System Extension O that O could O be O used O to O reveal O up O to O 64KB O of O the O application O 's O memory O with O every O heartbeat B-Operating_System ( O ) O . O By O reading O the O memory O of O the O web B-Application server I-Application , O attackers O could O access O sensitive O data O , O including O the O server O 's O private B-Application key I-Application . O Glitches B-Error_Name can O vary O greatly O in O the O level O of O game O manipulation O , O from O setting O a O flag O to O writing O and O executing O custom O code O from O within O the O game O . O In O hash-based O fingerprints O , O a O hash B-Error_Name function I-Error_Name based O on O atom O and O bond O properties O is O used O to O turn O a O subgraph O into O a O PRNG B-Algorithm seed O , O and O the O first O output O values O used O to O set O bits O in O the O Bloom B-Algorithm filter I-Algorithm . O Arithmetic B-Algorithm coding I-Algorithm is O a O more O modern O coding B-Error_Name technique O that O uses O the O mathematical O calculations O of O a O finite-state B-Architecture machine I-Architecture to O produce O a O string O of O encoded O bits O from O a O series O of O input O data O symbols O . O The O client B-Protocol and O server B-Application then O use O the O random O numbers O and O PreMasterSecret O to O compute O a O common O secret O , O called O the O " O master O secret O " O . O All O other O key O data O ( O " O session O keys O " O ) O for O this O connection O is O derived O from O this O master O secret O ( O and O the O client B-Protocol - O and O server-generated O random O values O ) O , O which O is O passed O through O a O carefully O designed O pseudorandom B-Error_Name function O . O The O client B-Protocol now O sends O a O ChangeCipherSpec O record O , O essentially O telling O the O server B-Application , O " O Everything O I O tell O you O from O now O on O will O be O authenticated O ( O and O encrypted O if O encryption O was O negotiated O ) O . O Examples O of O platykurtic B-Error_Name distributions I-Error_Name include O the O continuous O and O discrete O uniform O distributions O , O and O the O raised O cosine O distribution O . O In O this O application O , O hash B-Algorithm collisions I-Algorithm can O be O handled O by O discarding O one O of O the O two O colliding O entries O — O usually O erasing O the O old O item O that O is O currently O stored O in O the O table B-Data_Structure and O overwriting O it O with O the O new O item O , O so O every O item O in O the O table B-Data_Structure has O a O unique O hash B-Error_Name value I-Error_Name . O It O uses O hash B-Error_Name functions I-Error_Name to O map O events O to O frequencies O , O but O unlike O a O hash B-Algorithm table I-Algorithm uses O only O sub-linear O space O , O at O the O expense O of O overcounting O some O events O due O to O collisions B-Algorithm . O Given O a O query O point O , O the O algorithm O iterates O over O the O hash B-Error_Name functions I-Error_Name . O If O the O network O prefix O is O smaller O than O 64 O bits O , O more O bits O of O the O hash B-Error_Name are O used O . O The O RIST B-Protocol AG O is O working O on O an O update O to O RIST B-Protocol Simple O Profile O that O adds O link O probing O to O allow O for O dynamic O ARQ B-Error_Name protection O . O Memory O words O were O 44 O bits O , O the O additional O 8 O bits O being O used O for O error-correcting B-Error_Name code I-Error_Name ( O ECC O ) O . O The O date O " O :9 O " O is O a O Year B-Error_Name 2000 I-Error_Name problem I-Error_Name . O Some O machines O that O support O parity B-Error_Name or O ECC O allow O checking O to O be O enabled O or O disabled O in O the O BIOS B-Operating_System , O permitting O cheaper O non-parity B-General_Concept RAM I-General_Concept to O be O used O . O Source B-General_Concept coding I-General_Concept should O not O be O confused O with O channel O coding B-Error_Name , O for O error O detection O and O correction O or O line B-Protocol coding I-Protocol , O the O means O for O mapping O data O onto O a O signal O . O Both O are O used O together O in O a O computed O form O of O error B-Error_Name detection I-Error_Name to O ensure O that O data O received O at O the O remote O destination O of O a O telecommunication O are O the O same O as O data O sent O from O the O local O source O ( O a/k/a O echoplex O , O echo B-Error_Name check I-Error_Name , O or O loop B-Error_Name check I-Error_Name ) O . O errno B-Error_Name acts O like O an O integer O variable O . O If O a O pseudorandom B-Error_Name number I-Error_Name less O than O r O is O desired O , O is O a O much O higher-quality O result O than O X O mod O r O . O Unfortunately O , O most O programming O languages O make O the O latter O much O easier O to O write O ( O X O % O r O ) O , O so O it O is O the O more O commonly O used O form O . O Correcting O for O bias O often O makes O this O worse O : O one O can O always O choose O a O scale O factor O that O performs O better O than O the O corrected O sample O variance O , O though O the O optimal O scale O factor O depends O on O the O excess O kurtosis B-Error_Name of O the O population O ( O see O mean B-Algorithm squared I-Algorithm error I-Algorithm : O variance O ) O , O and O introduces O bias O . O For O the O normal O distribution O , O dividing O by O n+1 O ( O instead O of O n−1 O or O n O ) O minimizes O mean B-Algorithm squared I-Algorithm error I-Algorithm . O This O is O called O Hybrid B-Error_Name ARQ I-Error_Name with O soft O combining O ( O Dahlman O et O al. O , O p.120 O ) O . O Hopper O did O not O find O the O bug B-Error_Name , O as O she O readily O acknowledged O . O The O over-the-air O layers O of O the O protocol O involve O the O use O of O forward B-Error_Name error I-Error_Name correction I-Error_Name , O redundancy B-General_Concept , O and O handshaking B-Protocol transponding O similar O to O those O used O in O ARQ B-Error_Name techniques O . O Choice O of O FEC O code O rate O — O the O FEC O code O used O has O a O rate O of O 1/3 O , O but O it O can O be O varied O effectively O by O bit O puncturing O and O hybrid B-Error_Name automatic I-Error_Name repeat I-Error_Name request I-Error_Name ( O HARQ B-Error_Name ) O with O incremental O redundancy O . O On O June O 22 O , O 2007 O , O Apple O released O Safari O 3.0.2 O to O address O some O bugs B-Error_Name , O performance O problems O , O and O other O security O issues O . O Signals O are O standardized O messages O sent O to O a O running O program B-Application to O trigger O specific O behavior O , O such O as O quitting O or O error B-General_Concept handling I-General_Concept . O They O are O a O limited O form O of O inter-process B-Operating_System communication I-Operating_System ( O IPC O ) O , O typically O used O in O Unix B-Application , O Unix-like B-Operating_System , O and O other O POSIX-compliant O operating O systems O . O A O signal O is O an O asynchronous O notification O sent O to O a O process B-Operating_System or O to O a O specific O thread B-Operating_System within O the O same O process B-Operating_System to O notify O it O of O an O event O . O Common O uses O of O signals O are O to O interrupt B-Application , O suspend O , O terminate B-Operating_System or O kill B-Operating_System a O process B-Operating_System . O Signals O originated O in O 1970s O Bell O Labs O Unix B-Application and O were O later O specified O in O the O POSIX O standard O . O When O a O signal O is O sent O , O the O operating O system O interrupts B-Application the O target O process B-Operating_System ' O normal O flow O of O execution O to O deliver O the O signal O . O Execution O can O be O interrupted O during O any O non-atomic B-General_Concept instruction I-General_Concept . O If O the O process B-Operating_System has O previously O registered O a O signal O handler O , O that O routine O is O executed O . O Embedded O programs O may O find O signals O useful O for O inter-process B-Operating_System communications I-Operating_System , O as O signals O are O notable O for O their O Algorithmic B-General_Concept efficiency I-General_Concept . O Signals O are O similar O to O interrupts B-Application , O the O difference O being O that O interrupts B-Application are O mediated O by O the O CPU B-General_Concept and O handled O by O the O kernel B-Operating_System while O signals O are O mediated O by O the O kernel B-Operating_System ( O possibly O via O system B-Operating_System calls I-Operating_System ) O and O handled O by O individual O processes O . O The O kernel B-Operating_System may O pass O an O interrupt B-Application as O a O signal O to O the O process B-Operating_System that O caused O it O ( O typical O examples O are O SIGSEGV B-Error_Name , O SIGBUS B-General_Concept , O SIGILL O and O SIGFPE B-General_Concept ) O . O Version B-Operating_System 1 I-Operating_System Unix I-Operating_System ( O 1971 O ) O had O separate O system B-Operating_System calls I-Operating_System to O catch O interrupts B-Application , O quits O , O and O machine O traps B-Application . O appeared O in O Version B-Operating_System 2 I-Operating_System ( O 1972 O ) O . O Version B-Operating_System 4 I-Operating_System ( O 1973 O ) O combined O all O traps B-Application into O one O call O , O . O Version B-Operating_System 5 I-Operating_System ( O 1974 O ) O could O send O arbitrary O signals O . O In O Version B-Operating_System 7 I-Operating_System ( O 1979 O ) O each O numbered O trap B-Application received O a O symbolic O name O . O Plan B-Operating_System 9 I-Operating_System from I-Operating_System Bell I-Operating_System Labs I-Operating_System ( O mid O 80s O ) O replaced O signals O with O notes O , O which O permit O sending O short O , O arbitrary O strings O . O The O system B-Operating_System call I-Operating_System sends O a O specified O signal O to O a O specified O process B-Operating_System , O if O permissions O allow O . O The O library O function O sends O the O specified O signal O to O the O current O process B-Operating_System . O Exceptions B-General_Concept such O as O division B-Algorithm by I-Algorithm zero I-Algorithm , O segmentation B-Error_Name violation I-Error_Name ( O SIGSEGV B-Error_Name ) O , O and O floating B-Algorithm point I-Algorithm exception B-General_Concept ( O SIGFPE B-General_Concept ) O will O cause O a O core B-Error_Name dump I-Error_Name and O terminate B-Operating_System the O program B-Application . O The O kernel B-Operating_System can O generate O signals O to O notify O processes O of O events O . O For O example O , O SIGPIPE O will O be O generated O when O a O process B-Operating_System writes O to O a O pipe B-Operating_System which O has O been O closed O by O the O reader O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System , O which O is O convenient O when O constructing O shell B-Operating_System pipelines I-Operating_System . O Typing O certain O key O combinations O at O the O controlling B-General_Concept terminal I-General_Concept of O a O running O process B-Operating_System causes O the O system O to O send O it O certain O signals O : O Ctrl-C B-Device ( O in O older O Unixes B-Application , O DEL O ) O sends O an O INT O signal O ( O " O interrupt B-Application " O , O SIGINT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Ctrl-T B-Device ( O not O supported O on O all O UNIXes B-Application ) O sends O an O INFO O signal O ( O SIGINFO O ) O ; O by O default O , O and O if O supported O by O the O command O , O this O causes O the O operating O system O to O show O information O about O the O running O command O . O Signal O handlers O can O be O installed O with O the O or O system B-Operating_System call I-Operating_System . O The O process B-Operating_System can O also O specify O two O default O behaviors O , O without O creating O a O handler O : O ignore O the O signal O ( O SIG_IGN O ) O and O use O the O default O signal O handler O ( O SIG_DFL O ) O . O There O are O two O signals O which O cannot O be O intercepted O and O handled O : O SIGKILL O and O SIGSTOP B-General_Concept . O Signal O handling O is O vulnerable O to O race B-Operating_System conditions I-Operating_System . O As O signals O are O asynchronous O , O another O signal O ( O even O of O the O same O type O ) O can O be O delivered O to O the O process B-Operating_System during O execution O of O the O signal O handling O routine O . O The O call O can O be O used O to O block B-Operating_System and O unblock O delivery O of O signals O . O Blocked O signals O are O not O delivered O to O the O process B-Operating_System until O unblocked O . O Signals O that O cannot O be O ignored O ( O SIGKILL O and O SIGSTOP B-General_Concept ) O cannot O be O blocked O . O Signals O can O cause O the O interruption O of O a O system B-Operating_System call I-Operating_System in O progress O , O leaving O it O to O the O application O to O manage O a O non-transparent B-Operating_System restart I-Operating_System . O alteration O , O signal O mask O alteration O , O signal O disposition O change O , O and O other O global O process B-Operating_System attribute O changes O . O In O particular O , O the O POSIX O specification O and O the O Linux B-Application man O page O require O that O all O system O functions O directly O or O indirectly O called O from O a O signal O function O are O async-signal O safe O . O The O man O page O gives O a O list O of O such O async-signal O safe O system O functions O ( O practically O the O system B-Operating_System calls I-Operating_System ) O , O otherwise O it O is O an O undefined B-Language behavior I-Language . O Signal O handlers O can O instead O put O the O signal O into O a O queue B-Application and O immediately O return O . O The O main O thread B-Operating_System will O then O continue O " O uninterrupted O " O until O signals O are O taken O from O the O queue B-Application , O such O as O in O an O event B-General_Concept loop I-General_Concept . O " O Uninterrupted O " O here O means O that O operations O that O block B-Operating_System may O return O prematurely O and O must B-Operating_System be I-Operating_System resumed I-Operating_System , O as O mentioned O above O . O At O each O decoding O stage O , O the O Fano B-Error_Name algorithm I-Error_Name retains O the O information O regarding O three O paths O : O the O current O path O , O its O immediate O predecessor O path O , O and O one O of O its O successor O paths O . O Depending O on O the O architecture O and O operating B-General_Concept system I-General_Concept , O the O running O program O can O not O only O handle O the O event O but O may O extract O some O information O about O its O state O like O getting O a O stack B-Language trace I-Language , O processor B-General_Concept register I-General_Concept values O , O the O line O of O the O source O code O when O it O was O triggered O , O memory B-General_Concept address I-General_Concept that O was O invalidly O accessed O and O whether O the O action O was O a O read O or O a O write O . O Although O a O segmentation B-Error_Name fault I-Error_Name generally O means O that O the O program O has O a O bug B-Error_Name that O needs O fixing O , O it O is O also O possible O to O intentionally O cause O such O failure O for O the O purposes O of O testing O , O debugging O and O also O to O emulate O platforms O where O direct O access O to O memory B-General_Concept is O needed O . O 2318 O Disk B-Device Storage I-Device , O a O two O drive O module O . O In O a O response O to O competition O from O plug B-Device compatible I-Device manufacturers I-Device of O 2314 O equivalent O storage O subsystems O , O IBM O beginning O 1970 O introduced O a O series O of O low O priced O three O drive O module O 2319s O which O were O manufactured O by O removing O one O module O from O the O four O drive O module O 2313 O , O rebranding O it O as O a O 2319 O A1 O and O offering O it O at O a O substantially O reduced O rental O price O . O The O 2319-A1 O attaches O to O integrated O controllers O for O only O the O System/370 B-Device Models O 135 O and O 145 O . O 2319 O B O series O of O three O disk B-Device drives I-Device modules O allow O three O , O six O or O nine O drive O attachment O to O a O new O 2314 O Model O B O Storage O Control O Unit O . O IBM O introduced O the O IBM O 3310 O Direct B-Application Access I-Application Storage I-Application Device I-Application on O January O 30 O , O 1979 O , O for O IBM B-Device 4331 I-Device midrange B-Device computers I-Device . O The O 3310 O was O a O fixed-block B-Device architecture I-Device device O , O used O on O DOS/VSE B-Application and O VM B-Application , O the O only O S/370 B-Device operating O systems O that O supported O FBA O devices O . O The O IBM O 3330 O Direct O Access O Storage O Facility O , O code-named O Merlin O , O was O introduced O in O June O 1970 O for O use O with O the O IBM B-Device System/370 I-Device and O the O IBM O System O 360/195 O . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O FKS O Hashing B-Error_Name makes O use O of O a O hash B-Algorithm table I-Algorithm with O two O levels O in O which O the O top O level O contains O n O buckets O which O each O contain O their O own O hash B-Algorithm table I-Algorithm . O On O 4 O January O 2018 O , O Google B-Application detailed O a O new O technique O on O their O security O blog O called O " O Retpoline O " O ( O a O portmanteau O of O return B-Language and O trampoline B-General_Concept ) O which O can O overcome O the O Spectre B-Error_Name vulnerability I-Error_Name with O a O negligible O amount O of O processor O overhead O . O Players O criticized O extensive O bugs B-Error_Name , O a O lack O of O features O previously O included O in O older O Battlefield B-Application games O , O and O several O changes O to O gameplay O . O The O benefit O of O one-pass O procedure O is O that O the O source O can O be O encoded O in O real O time O , O though O it O becomes O more O sensitive O to O transmission O errors O , O since O just O a O single O loss O ruins O the O whole O code O , O requiring O error B-Error_Name detection I-Error_Name and I-Error_Name correction I-Error_Name . O Improved O interoperability O with O other O programming O languages O and O framework B-Application environments I-Application such O as O .NET B-Application and O Java B-Language . O Between O 2003 O and O 2009 O , O three O technical O reports O were O produced O describing O object B-Application finalization I-Application , O XML B-Protocol processing O and O collection O classes O for O COBOL O . O COBOL O programs O are O used O globally O in O governments O and O businesses O and O are O running O on O diverse O operating B-General_Concept systems I-General_Concept such O as O z/OS B-Application , O z/VSE B-Application , O VME B-General_Concept , O Unix B-Application , O NonStop B-Architecture OS I-Architecture , O OpenVMS B-Operating_System and O Windows B-Application . O Near O the O end O of O the O 20th O century O , O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name ( O Y2K B-Error_Name ) O was O the O focus O of O significant O COBOL O programming O effort O , O sometimes O by O the O same O programmers O who O had O designed O the O systems O decades O before O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O In O 2006 O and O 2012 O , O Computerworld O surveys O ( O of O 352 O readers O ) O found O that O over O 60% O of O organizations O used O COBOL O ( O more O than O C++ B-Language and O Visual B-Language Basic I-Language .NET I-Language ) O and O that O for O half O of O those O , O COBOL O was O used O for O the O majority O of O their O internal O software O . O Instead O , O some O businesses O have O migrated O their O systems O from O expensive O mainframes B-Architecture to O cheaper O , O more O modern O systems O , O while O maintaining O their O COBOL O programs O . O Below O are O examples O of O a O typical O netsplit B-Error_Name . O The O RFPolicy B-Error_Name states O a O method O of O contacting O vendors O about O security O vulnerabilities O found O in O their O products O . O All O they O had O to O do O was O to O tweak O it O a O little O and O fix O some O bugs B-Error_Name . O There O were O some O subsequent O Y2K B-Error_Name patches O . O Webmasters O can O also O configure O their O system O to O automatically O display O an O Identicon B-Error_Name when O a O user O has O no O registered O Gravatar B-General_Concept . O The O process O is O termed O as O " O direct O addressing O " O and O LUTs O differ O from O hash B-Algorithm tables I-Algorithm in O a O way O that O , O to O retrieve O a O value O with O key O , O a O hash B-Algorithm table I-Algorithm would O store O the O value O in O the O slot O where O is O a O hash B-Error_Name function I-Error_Name i.e. O In O QEMU B-Application , O a O triple B-Error_Name fault I-Error_Name produces O a O dump O of O the O virtual O machine O in O the O console O , O with O the O instruction O pointer O set O to O the O instruction O that O triggered O the O first O exception B-General_Concept . O Hagiwara O is O an O enthusiastic O fan O of O heavy O metal O music O and O Dungeons O & O Dragons O , O using O ideas O from O both O of O these O in O the O Bastard B-Error_Name !! I-Error_Name They O admit O their O algorithm O is O slow O (O(N2 ) O ) O and O with O only O 3.3 O million O packet B-Protocol hashes B-Error_Name being O stored O the O approximate O time O before O the O digest O tables O are O invalid O is O 1 O minute O . O Assuming O this O happens O , O there O will O be O a O sharp O elbow O in O the O graph O of O explained O variation O versus O clusters O : O increasing O rapidly O up O to O k O ( O under-fitting B-Error_Name region O ) O , O and O then O increasing O slowly O after O k O ( O over-fitting B-Error_Name region O ) O . O An O even O stronger O condition O is O pairwise O independence O : O we O have O this O property O when O we O have O the O probability O that O will O hash B-Error_Name to O any O pair O of O hash B-Error_Name values I-Error_Name is O as O if O they O were O perfectly O random O : O . O On O January O 26 O , O 2006 O , O a O blank O letter O was O sent O to O a O number O of O players O connected O to O Nintendo B-Application Wi-Fi I-Application Connection I-Application that O contained O a O glitch B-Error_Name item O called O " O Red O Tulips O " O that O was O able O to O corrupt O saved O game O data O . O by O a O triple B-Error_Name fault I-Error_Name or O using O external O hardware O . O With O a O check B-Error_Name digit I-Error_Name , O one O can O detect O simple O errors O in O the O input O of O a O series O of O characters O ( O usually O digits O ) O such O as O a O single O mistyped O digit O or O some O permutations O of O two O successive O digits O . O In O June O 2005 O in O efforts O of O KHTML B-Language criticisms O over O the O lack O of O access O to O change O logs O , O Apple O moved O the O development O source O code O and O bug B-Error_Name tracking O of O WebCore B-Language and O JavaScriptCore O to O OpenDarwin O . O They O have O also O open-sourced O WebKit B-Language . O When O an O unused O object O is O never O released O back O to O the O free O store O , O this O is O known O as O a O memory B-Error_Name leak I-Error_Name . O In O this O way O , O using O one O parity B-Error_Name bit I-Error_Name creates O " O redundancy O " O for O a O region O from O the O size O of O one O bit O to O the O size O of O one O disk O . O Iomega O received O thousands O of O complaints O about O the O click B-Error_Name of I-Error_Name death I-Error_Name . O Flash B-Device memory I-Device has O a O limited O lifespan O due O to O its B-Error_Name nature I-Error_Name , O so O avoiding O it O to O be O used O for O providing O swap O space O prevents O it O from O wearing O out O quickly O . O The O separation O of O static O ( O cold O ) O and O dynamic O ( O hot O ) O data O to O reduce O write B-Error_Name amplification I-Error_Name is O not O a O simple O process O for O the O SSD B-Device controller I-Device . O After O going O without O sleep O for O 48 O hours O in O its O last O two O days O of O earnest O development O , O Crane O flew O to O the O CES O in O Chicago O for O trade O demonstrations O , O then O spent O nights O at O his O hotel O fixing O bugs B-Error_Name . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O ( O short O for O " O Missing O Number O " O ) O , O a O glitch B-Error_Name Pokémon O with O multiple O forms O that O arise O when O different O glitches B-Error_Name are O performed O . O The O check B-Error_Name bits I-Error_Name of O Berger B-Error_Name codes I-Error_Name are O computed O by O counting O all O the O zeroes O in O the O information O word O , O and O expressing O that O number O in O natural O binary O . O The O system O 's O device B-Application driver I-Application supported O a O packet-based O format O with O checksums B-Algorithm for O error B-Error_Name detection I-Error_Name , O as O opposed O to O lacking O any O error B-Error_Name detection I-Error_Name or O using O whole-file O checksums B-Algorithm . O This O procedure O simplifies O the O quality O of O service O negotiation O and O provides O a O simpler O method O of O error B-Error_Name checking I-Error_Name . O Space O satellite O systems O often O use O TMR O , O although O satellite O RAM O usually O uses O Hamming O error B-Error_Name correction I-Error_Name . O Some O DR-DOS O files O such O as O IBMBIO.COM O , O IBMDOS.COM O and O COUNTRY.SYS O carried O misleading O file O extensions O for B-Language compatibility O reasons O ; O with O DR-DOS O 7.02 O they O were O enhanced O to O incorporate O a O fat B-Application binary-style O safety O feature O devised O by O Paul O so O that O they O would O exit B-Device gracefully O when O called O inappropriately O . O DR-DOS O 7.02 O was O fully O Year B-Error_Name 2000 I-Error_Name compliant O and O provided O special O support O to O work O with O buggy O system O BIOSes O . O This O decision O was O made O to O prevent O software B-Error_Name regression I-Error_Name that O might O result O from O upgrading O or O from O switching O to O imperfect O clones O . O An O LSH O family O must O satisfy O the O following O conditions O for O any O two O points O and O any O hash B-Error_Name function I-Error_Name chosen O uniformly O at O random O from O : O An O LSH O scheme O is O a O family O of O hash B-Error_Name functions I-Error_Name coupled O with O a O probability O distribution O over O the O functions O such O that O a O function O chosen O according O to O satisfies O the O property O that O for O any O . O By O far O , O the O most O common O application O of O RS B-Error_Name codes I-Error_Name is O in O compact O discs O . O We O will O see O later O that O the O burst O error B-Error_Name detection I-Error_Name ability O of O any O code O is O bounded O from O above O by O . O In O September O 2017 O a O community O developer O managed O to O fix O the O dependencies O of O the O Open B-License source I-License release O , O recompile B-Language the O executable O , O fixing O several O bugs B-Error_Name and O introducing O higher O resolution O support O for O the O game.Siege-exe-aus-Source-Code-Delphi O by O Raptor O on O soamigos.de O ( O September O 2017 O , O in O German O ) O Soul O Ride2000news O archived O 20002003Snow O board O simulation/sport O gameGPLv2snowboarding-soul-ride-engine-goes-gpl O on O slashdot.orgSlingshot O Game O TechnologyOn O 20 O Jan O 2003 O Soul O Ride O 's O game O engine O source O code O was O released O to O allow O ports O to O alternative O OSes.20 O Jan O 2003 O - O Soul O Ride O Engine O goes O GPL B-License on O soulrider.comSpacebase O DF-920132015Space O simulatorCPALDouble O FineAfter O Double O Fine O ended O the O support O of O the O controversy O ridden O and O incomplete O game O on O end O of O 2014 O , O fans O have O been O working O to O continue O the O game O 's O development O with O the O availability O of O the O source O code O in O May O 2015 O under O the O CPAL B-License open-source B-License license.derelictgames O / O Spacebase O V2 O Updated O Code O on O gitlab.com B-Application " O This O is O a O community O maintained O fork B-Application of O DoubleFine O 's O original O game O , O which O was O open O sourced O May O 12 O , O 2015 O under O the O Common B-License Public I-License Attribution I-License License I-License " O First O patch O became O available O in O October O 2015.Spear O of O Destiny19921995FPSGPL-2.0-or-laterreadme_iWolf.txt O : O « O I O released O the O original O source O for O Wolfenstein B-Application 3D I-Application many O years O ago O , O originally O under O a O not-for-commercial O purposes O license B-License , O then O later O under O the O GPL. O » O id O SoftwareThe O source O code O of O Wolfenstein B-Application 3D I-Application , O which O also O covered O Spear B-Application of I-Application Destiny I-Application , O was O released O on O July O 21 O , O 1995.Spectromancer20082020Turn-based O strategyBSD-3-Clause/Proprietary O Three O Donkeys O LLC/Apus O SoftwareOn O March O 4 O , O 2020 O , O Ivan O Polyacov O from O Apus O Software O released O the O source O code O to O the O Apus O Game O Engine O , O the O in-house O game O engine O by O Apus O Software O used O for O Spectromancer B-Application and O Astral O Heroes O after O reaching O the O $50 O tier O on O his O Patreon O . O Hence O the O described O hash B-Error_Name function I-Error_Name is O typically O the O preferred O one O in O the O Rabin B-Algorithm – I-Algorithm Karp I-Algorithm algorithm I-Algorithm . O A O patch O was O later O released O to O correct O game O bugs B-Error_Name , O fix O some O of O the O criticized O plot O holes O and O eliminate O most O of O the O problems O with O jumping O . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Excellent O performing O codes O with O inner O and O outer O constituent O convolutional B-Error_Name codes I-Error_Name of O only O two O or O four O states O were O presented O . O Between O 2003 O and O 2009 O , O three O technical O reports O were O produced O describing O object B-Application finalization I-Application , O XML B-Protocol processing O and O collection O classes O for O COBOL O . O COBOL O programs O are O used O globally O in O governments O and O businesses O and O are O running O on O diverse O operating B-General_Concept systems I-General_Concept such O as O z/OS B-Application , O z/VSE B-Application , O VME B-General_Concept , O Unix B-Application , O NonStop B-Architecture OS I-Architecture , O OpenVMS B-Operating_System and O Windows B-Application . O Near O the O end O of O the O 20th O century O , O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name ( O Y2K B-Error_Name ) O was O the O focus O of O significant O COBOL O programming O effort O , O sometimes O by O the O same O programmers O who O had O designed O the O systems O decades O before O . O Some O studies O attribute O as O much O as O " O 24% O of O Y2K B-Error_Name software O repair O costs O to O Cobol O " O . O After O the O clean-up O effort O put O into O these O programs O for O Y2K B-Error_Name , O a O 2003 O survey O found O that O many O remained O in O use O . O ILNumerics B-Language approaches O these O limitations O by O performing O loop B-Operating_System unrolling I-Operating_System , O removal B-Error_Name of I-Error_Name bound I-Error_Name checks I-Error_Name on O array O accesses O and O cache B-Application optimizations I-Application . O Extra B-Algorithm beats I-Algorithm include O premature B-Algorithm atrial I-Algorithm contractions I-Algorithm , O premature B-Error_Name ventricular I-Error_Name contractions I-Error_Name and O premature B-Algorithm junctional I-Algorithm contractions I-Algorithm . O extended O irregular O repeat-accumulate O ( O eIRA O ) O code O and O Efficiently-Encodable O Rate-Compatible O ( O E2RC O ) O code O , O both O of O which O are O low-density B-Error_Name parity-check I-Error_Name codes I-Error_Name . O The O result O is O that O the O soon-to-be-deleted O data O is O rewritten O to O another O location O in O the O flash B-Device memory I-Device , O increasing O the O write B-Error_Name amplification I-Error_Name . O Subsequent O updates O were O released O in O February O and O April O that O corrected O numerous O bugs B-Error_Name and O gameplay O issues O . O Aliasing B-Error_Name Minimization O and O Zipper O Elimination O ( O AMaZE O ) O designed O by O Emil O J O . O Martinec O is O slow O but O has O great O performance O , O especially O on O low O noise O captures O . O Turbo B-Error_Name codes I-Error_Name are O affected O by O an O error B-Error_Name floor I-Error_Name . O For O more O information O about O this O error O , O click O here.The O error B-Error_Name message I-Error_Name also O offers O the O option O to O send O error O details O to O Microsoft O for O analysis O . O The O 2018 O film O Relaxer O uses O Pac-Man B-Application as O a O strong O plot O element O in O the O story O of O a O 1999 O couch-bound O man O who O attempts O to O beat O the O game O ( O and O encounters O the O famous O Level O 256 O glitch O ) O before O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name occurs O . O Various O attempts O for O a O feature O film O based O on O Pac-Man B-Application have O been O planned O since O the O peak O of O the O original O game O 's O popularity O . O If O the O program O writes O to O memory O referenced O by O a O dangling B-Error_Name pointer I-Error_Name , O a O silent O corruption O of O unrelated O data O may O result O , O leading O to O subtle O bugs B-Error_Name that O can O be O extremely O difficult O to O find O . O It O is O the O most O simple O of O the O Reliable B-Error_Name Data I-Error_Name Transfer I-Error_Name protocols O in O terms O of O algorithm O processing O . O Multiple O patches O released O until O August O 2017 O fixed O bugs B-Error_Name and O added O features O like O split-screen O functionality O . O It O thus O guards O against O overfitting B-Error_Name . O G.hn B-General_Concept uses O CRC-32C O for O Error B-Error_Name Detection I-Error_Name , O LDPC B-Error_Name for O Forward B-Error_Name Error I-Error_Name Correction I-Error_Name and O Selective B-Error_Name Repeat I-Error_Name for O ARQ O . O Classical O ( O algebraic O ) O block O codes O and O convolutional B-Error_Name codes I-Error_Name are O frequently O combined O in O concatenated O coding O schemes O in O which O a O short O constraint-length O Viterbi-decoded O convolutional B-Error_Name code I-Error_Name does O most O of O the O work O and O a O block O code O ( O usually O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name ) O with O larger O symbol O size O and O block O length O " O mops O up O " O any O errors O made O by O the O convolutional O decoder O . O Single O pass O decoding O with O this O family O of O error B-Error_Name correction I-Error_Name codes O can O yield O very O low O error O rates O , O but O for O long O range O transmission O conditions O ( O like O deep O space O ) O iterative O decoding O is O recommended O . O Major O elements O include O the O Reed B-Error_Name Solomon I-Error_Name ( O RS O ) O Frame O , O a O Transmission O Parameter O Channel O ( O TPC O ) O , O and O a O Fast O Information O Channel O ( O FIC O ) O . O A O dedicated O section O of O the O forums O on O Aqua-Soft O , O an O online O community O of O skinning O enthusiasts O dedicated O to O emulating O the O look O and O feel O of O Mac B-Application OS I-Application X I-Application Leopard I-Application , O is O used O by O users O of O the O software O to O report O bugs B-Error_Name or O request O for O new O software O features O directly O to O the O programmer B-Application , O cutting O any O red O tape O in O the O way O . O Five O hundred O eighty-six O relays O , O later O found O to O be O susceptible O to O the O Heartbleed B-Error_Name bug I-Error_Name , O were O taken O offline O as O a O precautionary O measure O . O On O 30 O July O 2014 O , O the O Tor B-Application Project I-Application issued O the O security O advisory O " O relay O early O traffic O confirmation O attack O " O in O which O the O project O discovered O a O group O of O relays O that O tried O to O de-anonymize O onion O service O users O and O operators O . O Here O , O the O data B-General_Concept set I-General_Concept is O usually O modeled O with O a O fixed O ( O to O avoid O overfitting B-Error_Name ) O number O of O Gaussian O distributions O that O are O initialized O randomly O and O whose O parameters O are O iteratively O optimized O to O better O fit O the O data B-General_Concept set I-General_Concept . O The O disadvantage O to O this O arrangement O is O that O the O operating B-General_Concept system I-General_Concept sometimes O must O be O re-configured O to O allow O proper O operation O of O programs O that O legitimately O require O large O amounts O of O memory B-General_Concept , O such O as O those O dealing O with O graphics O , O video O , O or O scientific O calculations O . O If O the O memory B-Error_Name leak I-Error_Name is O in O the O kernel B-Operating_System , O the O operating B-General_Concept system I-General_Concept itself O will O likely O fail O . O LDPC B-Error_Name codes I-Error_Name functionally O are O defined O by O a O sparse O parity-check O matrix O . O All O polynomials O of O the O given O degree O modulo O are O equally O likely O , O and O any O polynomial O is O uniquely O determined O by O any O -tuple O of O argument-value O pairs O with O distinct O arguments O , O from O which O it O follows O that O any O -tuple O of O distinct O arguments O is O equally O likely O to O be O mapped O to O any O -tuple O of O hash B-Error_Name values I-Error_Name . O The O Debugging O and O remote O debugging O capabilities O were O also O improved O due O to O the O extended O debug O information O which O was O available O in O case O of O a O crash O ( O Segmentation B-Error_Name fault I-Error_Name , O bus B-General_Concept error I-General_Concept , O or O similar O ) O . O To O achieve O this O , O the O single O player O campaign O includes O one O mission O from O each O of O the O six O actors O ' O eras O , O being O Goldfinger O ( O Sean O Connery O ) O , O On O Her O Majesty O 's O Secret O Service O ( O George O Lazenby O ) O , O Moonraker O ( O Roger O Moore O ) O , O Licence B-Application to I-Application Kill I-Application ( O Timothy O Dalton O ) O and O Die O Another O Day O ( O Pierce O Brosnan O ) O , O with O Skyfall B-Error_Name ( O Daniel O Craig O ) O released O as O downloadable O content O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O PS3 B-Operating_System and O PC O and O included O on O disc O for O the B-Operating_System Wii I-Operating_System U O version O . O In O probability O theory O and O statistics O , O kurtosis B-Error_Name ( O from O , O kyrtos O or O kurtos O , O meaning O " O curved O , O arching O " O ) O is O a O measure O of O the O " O tailedness O " O of O the O probability O distribution O of O a O real-valued O random O variable O . O The O need O for O RAID-Z3 O arose O in O the O early O 2000s O as O multi-terabyte O capacity O drives O became O more O common O . O By O increasing O parity B-Error_Name , O RAID-Z3 O reduces O the O chance O of O data O loss O by O simply O increasing O redundancy B-Application . O According O to O Andrew O Balsa O , O around O the O time O of O the O discovery O of O the O F00F B-Error_Name bug I-Error_Name on O Intel B-General_Concept Pentium I-General_Concept , O Serguei O Shtyliov O from O Moscow O found O a O flaw O in O a O Cyrix O processor O while O developing O an O IDE B-Protocol disk O driver O in O assembly B-Language language I-Language . O Raymond O stated O in O an O interview O that O " O there O were O n't O any O eyeballs O " O for O the O Heartbleed B-Error_Name bug I-Error_Name . O Initial O reports O of O certain O computers O encountering O slow O speeds O and O glitches O were O explained O by O MXS O as O " O expected O , O " O as O " O it O 's O got O bugs B-Error_Name . O drive O until O the O click B-Error_Name of I-Error_Name death I-Error_Name class O action O lawsuit O regarding O mass O failures O of O Iomega O 's O Zip B-Operating_System drives I-Operating_System . O Synthetic B-Device programming I-Device uses O a O bug B-Error_Name in O the O calculator O firmware O to O enter O those O byte B-Application sequences O as O a O sequence O of O other O instructions O , O then O partially O skipping O halfway O through O the O first O instruction O , O so O that O the O calculator O believes O the O end O of O the O first O instruction O is O actually O the O beginning O of O a O new O one O . O Unreadable O code O often O leads O to O bugs B-Error_Name , O inefficiencies O , O and O duplicated O code O . O There O is O a O range O of O sequential B-Error_Name decoding I-Error_Name approaches O based O on O the O choice O of O metric O and O algorithm O . O Forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O may O provide O for O another O 2 O – O 3dB O of O loss O budget O on O GPON B-Architecture systems O . O In O such O applications O , O typically O the O software O chooses O a O new O hash B-Error_Name function I-Error_Name only O after O it O notices O that O " O too O many O " O keys O have O collided O ; O until O then O , O the O same O hash B-Error_Name function I-Error_Name continues O to O be O used O over O and O over O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O TScript B-Application has O a O global O error O variable O similar O to O the O traditional O errno B-Error_Name in O C O , O although O the O error O variable O in O TScript B-Application is O capable O to O holding O both O an O error O code O and O a O detailed O error O message O . O Unlike O PSK63F O , O PSK63 B-Device does O not O use O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O . O Lists O of O common O passwords O are O widely O circulated O and O many O passwords O are O short O enough O that O all O possible O combinations O can O be O tested O if O fast O hashes B-Error_Name are O used O . O A O core B-Error_Name dump I-Error_Name generally O represents O the O complete O contents O of O the O dumped O regions O of O the O address B-General_Concept space I-General_Concept of O the O dumped O process O . O Negatives O were O the O obscure O and O often O counterproductive O crafting O system O , O a O lack O of O a O central O trading O hub O at O the O initial O release O and O bugs O involving O general O gameplay O and O reports O of O memory B-Error_Name leaks I-Error_Name . O C/C O ++test O provides O a O variety O of O software O metrics O including O traditional O counting O metrics O of O lines O , O files O , O comments O , O methods O , O etc O . O It O helps O developers O to O find O bugs B-Error_Name early O , O as O well O as O code O according O to O best O practices O . O The O POSIX B-Application terminal I-Application interface I-Application , O as O provided O by O Unix B-Application and O POSIX-compliant O operating B-General_Concept systems I-General_Concept , O does O not O accommodate O block-mode O terminals O at O all O , O and O only O rarely O requires O the O terminal O itself O to O be O in O line-at-a-time O mode O , O since O the O operating B-General_Concept system I-General_Concept is O required O to O provide O canonical O input O mode O , O where O the O terminal O device O driver O in O the O operating B-General_Concept system I-General_Concept emulates O local B-Error_Name echo I-Error_Name in O the O terminal O , O and O performs O line O editing O functions B-Operating_System at O the O host B-Device end O . O As O with O all O kinds O of O defensive B-Application programming I-Application , O avoiding O bugs B-Error_Name is O a O primary O objective O ; O however O , O the O motivation O is O not O as O much O to O reduce O the O likelihood O of O failure O in O normal O operation O ( O as O if O safety O were O the O concern O ) O , O but O to O reduce O the O attack O surface O – O the O programmer O must O assume O that O the O software O might O be O misused O actively O to O reveal O bugs B-Error_Name , O and O that O bugs B-Error_Name could O be O exploited O maliciously O . O An O LSH O family O must O satisfy O the O following O conditions O for O any O two O points O and O any O hash B-Error_Name function I-Error_Name chosen O uniformly O at O random O from O : O The O Logical O Link O Control O ( O LLC O ) O , O which O is O responsible O for O encryption O , O aggregation B-Protocol , O segmentation B-Protocol and O Automatic B-Error_Name repeat-request I-Error_Name . O SLIP O requires O a O serial B-Protocol port I-Protocol configuration B-General_Concept of O 8 O data O bits O , O no O parity B-Error_Name , O and O either O EIA O hardware O flow O control O , O or O CLOCAL O mode O ( O 3-wire O null-modem O ) O UART O operation O settings O . O Generalizations O of O cuckoo B-Algorithm hashing I-Algorithm that O use O more O than O two O alternative O hash B-Error_Name functions I-Error_Name can O be O expected O to O utilize O a O larger O part O of O the O capacity O of O the O hash B-Algorithm table I-Algorithm efficiently O while O sacrificing O some O lookup O and O insertion O speed O . O The O game O contains O a O feature O that O was O originally O a O glitch B-Error_Name but O was O left O in O the O final O game O intentionally O , O according O to O Masato O Kato O ; O having O lost O to O any O of O the O game O 's O last O three O bosses O , O the O player O is O sent O back O to O the O beginning O of O the O sixth O act O . O Examples O of O memory B-General_Concept leak I-General_Concept detection I-General_Concept tools O used O by O Mozilla O are O the O XPCOM B-Application Memory B-Error_Name Leak I-Error_Name tools O . O IDC O calculated O that O the O US O spent O an O estimated O $134billion O ( $ O billion O ) O preparing O for O Y2K B-Error_Name , O and O another O $13billion O ( $ O billion O ) O fixing O problems O in O 2000 O and O 2001 O . O Concatenation O with O an O outer O algebraic O code O ( O e.g. O , O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name ) O addresses O the O issue O of O error B-Error_Name floors I-Error_Name inherent O to O turbo B-Error_Name code I-Error_Name designs O . O Although O he O praised O the O graphics O , O the O tutorials O , O and O the O variety O of O mission O objectives O , O he O was O critical O of O the O bugs B-Error_Name , O writing O , O " O in O typical O Blue O Byte O fashion O , O the O game O has O appeared O in O time O for O the O first O patch O " O . O The O GT O Power O application O itself O appeared O to O have O no O Y2K B-Error_Name issues O , O with O 19.00 O being O the O latest O release O . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O There O exists O a O vast O variety O of O different O hash B-Error_Name function I-Error_Name designs O . O Development O schedules O forced O Bungie O to O release O a O six-week-old O beta O , O fraught O with O bugs B-Error_Name and O issues O already O addressed O in O newer O builds O . O The O change O was O reverted O on O December O 12 O , O 2007 O , O after O a O short O and O tongue-in-cheek O stint O as O " O The O Daily O Worse B-Error_Name Than I-Error_Name Failure I-Error_Name " O . O Bastard B-Error_Name !! I-Error_Name Tor B-Application 's O executive O director O , O Andrew O Lewman O , O also O said O in O August O 2014 O that O agents O of O the O NSA O and O the O GCHQ O have O anonymously O provided O Tor B-Application with O bug B-Error_Name reports O . O The O Tor B-Application Project I-Application 's O FAQ O offers O supporting O reasons O for O the O EFF O 's O endorsement O : O Proper O design B-Error_Name of I-Error_Name error I-Error_Name messages I-Error_Name is O an O important O topic O in O usability B-General_Concept and O other O fields O of O human O – O computer B-General_Concept interaction O . O The O result O of O such O actions O can O include O heap B-General_Concept corruption I-General_Concept , O premature O destruction O of O a O different O ( O and O newly O created O ) O object O which O happens O to O occupy O the O same O location O in O memory O as O the O multiply O deleted O object O , O program O crashes O due O to O a O segmentation B-Error_Name fault I-Error_Name ( O violation O of O memory B-General_Concept protection I-General_Concept , O ) O and O other O forms O of O undefined B-Language behavior I-Language . O Binary O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name coding O ( O BRS O ) O , O which O belongs O to O a O RS B-Error_Name code I-Error_Name , O is O a O way O of O encoding O that O can O fix O node O data O loss O in O a O distributed O storage O environment O . O It O has O been O proven O that O the O security O of O an O HMAC B-Algorithm construction O is O directly O related O to O security O properties O of O the O hash B-Error_Name function I-Error_Name used O . O The O software O was O originally O written O in O DOS B-Device and O several O versions O were O released O up O to O 1994 O , O with O one O in O 1999 O to O fix O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name . O A O common O approach O for O amortized B-General_Concept rehashing B-Algorithm involves O maintaining O two O hash B-Error_Name functions I-Error_Name and O . O Schrödinger O cat O states O , O superpositions O of O coherent O states O , O can O also O be O used O as O logical O states O for O error B-Error_Name correction I-Error_Name codes O . O The O separate O anti-aliasing O filter O commonly O used O to O mitigate O those O artifacts O in O a O Bayer B-Algorithm sensor I-Algorithm is O not O required O ; O this O is O because O little O aliasing B-Error_Name occurs O when O the O photodiodes O for O each O color O , O with O the O assistance O of O the O microlenses O , O integrate O the O optical O image O over O a O region O almost O as O big O as O the O spacing O of O sensors O for O that O color O . O It O was O disclosed O in O conjunction O with O another O exploit O , O Spectre B-Error_Name , O with O which O it O shares O some O characteristics O . O If O received O in O error O , O error B-Error_Name correction I-Error_Name can O be O attempted O by O combining O the O information O received O from O both O transmissions O . O The O central O problem O regarding O constant-weight B-Error_Name codes I-Error_Name is O the O following O : O what O is O the O maximum O number O of O codewords O in O a O binary O constant-weight B-Error_Name code I-Error_Name with O length O , O Hamming O distance O , O and O weight O ? O Underfitting B-Error_Name is O the O inverse O of O overfitting B-Error_Name , O meaning O that O the O statistical O model O or O machine O learning O algorithm O is O too O simplistic O to O accurately O capture O the O patterns O in O the O data O . O For O turbo B-Error_Name codes I-Error_Name , O an O interleaver O is O an O integral O component O and O its O proper O design O is O crucial O for O good O performance O . O Other O topics O associated O with O compression O include O coding B-Error_Name theory I-Error_Name and O statistical O inference O . O All O modules B-Device are O required O to O be O submitted O for O validation O to O Inductive O Automation O to O test O for O stability O , O compatibility O and O memory B-Error_Name leaks I-Error_Name . O Upon O validation O , O the O module O is O digitally O signed O by O Inductive O Automation O and O may O be O uploaded O to O the O Module B-Application Marketplace I-Application . O There O is O an O alternative O encoding O procedure O that O also O produces O the O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name code I-Error_Name , O but O that O does O so O in O a O systematic O way O . O The O automatic O repeat O request O system O was O invented O by O Hendrik O van O Duuren O of O the O Netherlands O in O the O 1940s O and O so O it O became O known O as O the O Van O Duuren O automatic O error B-Error_Name correction I-Error_Name system O . O The O NIST B-Algorithm hash I-Algorithm function I-Algorithm competition I-Algorithm was O an O open O competition O held O by O the O US O National O Institute O of O Standards O and O Technology O ( O NIST O ) O to O develop O a O new O hash B-Error_Name function I-Error_Name called O SHA-3 B-Algorithm to O complement O the O older O SHA-1 B-Algorithm and O SHA-2 B-Algorithm . O Typically O fatal O system O errors O are O generated O by O the O stressed O drivers O in O the O test O environment O , O producing O core B-Error_Name dumps I-Error_Name that O can O be O analysed O and O debugged O immediately O ; O without O stressing O , O intermittent O faults O would O occur O in O the O field O , O without O proper O troubleshooting O facilities O or O personnel O . O The O problem O with O the O original O IRC B-Protocol protocol O as O implemented O was O that O when O two O servers O split O and O rejoined O , O the O two O sides O of O the O network O would O simply O merge O their O channels O . O If O a O user O could O join O on O a O " O split O " O server B-Application , O where O a O channel O that O existed O on O the O other O side O of O the O network O was O empty O , O and O gain O operator O status O , O they O would O become O a O channel O operator O of O the O " O combined O " O channel O after O the O netsplit B-Error_Name ended O ; O if O a O user O took O a O nickname O that O existed O on O the O other O side O of O the O network O , O the O server B-Application would O kill O both O users O when O rejoining O ( O a O " O nick O collision O " O ) O . O One O is O that O kurtosis B-Error_Name measures O both O the O " O peakedness O " O of O the O distribution O and O the O heaviness O of O its O tail O . O Feature B-Algorithm hashing I-Algorithm generally O suffers O from O hash B-Error_Name collision O , O which O means O that O there O exist O pairs O of O different O tokens O with O the O same O hash B-Error_Name : O . O If O other O copies O of O the O damaged O data O exist O or O can O be O reconstructed O from O checksums B-Algorithm and O parity B-Error_Name data O , O ZFS B-Application will O use O a O copy O of O the O data O ( O or O recreate O it O via O a O RAID B-Architecture recovery O mechanism O ) O , O and O recalculate O the O checksum B-Algorithm — O ideally O resulting O in O the O reproduction O of O the O originally O expected O value O . O The O purpose O of O the O 18-bit O memory O was O to O allow O the O use O of O an O optional O parity B-Error_Name check I-Error_Name module O , O which O offloaded O this O task O from O the O CPU O . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O This O mechanism O is O not O sufficient O in O a O multi-processor O environment O since O each O CPU O can O interfere O with O the O process B-Operating_System regardless O of O whether O interrupts B-Application occur O or O not O . O Further O , O in O the O presence O of O an O instruction B-General_Concept pipeline I-General_Concept , O uninterruptible O operations O present O a O security O risk O , O as O they O can O potentially O be O chained O in O an O infinite B-Algorithm loop I-Algorithm to O create O a O denial O of O service O attack O , O as O in O the O Cyrix B-Error_Name coma I-Error_Name bug I-Error_Name . O The O C B-Language standard I-Language and O SUSv3 O provide O sig_atomic_t O for O simple O atomic O reads O and O writes O ; O incrementing O or O decrementing O is O not O guaranteed O to O be O atomic O . O For O example O , O it O is O already O impossible O to O achieve O error B-Error_Name correction/detection I-Error_Name for O the O simple O family O of O functions O which O , O for O every O constant O , O includes O a O " O constant O " O function O that O maps O all O inputs O to O . O Chromium B-Language and O Firefox B-Application developers O are O active O users O of O AddressSanitizer B-Application ; O the O tool O has O found O hundreds O of O bugs B-Error_Name in O these O web O browsers O . O Databending B-Error_Name is O frequently O employed O in O glitch O art O , O and O is O considered O a O sub-category O of O the O genre O . O Within O minutes O , O a O security O engineer O contacted O Shreateh O , O questioned O him O on O how O he O performed O the O move O and O ultimately O acknowledged O that O it O was O a O bug B-Error_Name in O the O system O . O Some O user-reported O defects O are O viewed O by O software B-Application developers I-Application as O working O as O expected O , O leading O to O the O catchphrase O " O it O 's O not O a O bug B-Error_Name , O it O 's O a O feature O " O ( O INABIAF O ) O and O its O variations O . O To O estimate O using O this O version O of O the O scheme O , O let O be O the O number O of O hash B-Error_Name functions I-Error_Name for O which O , O and O use O as O the O estimate O . O Whacked B-Application ! I-Application is O backward O compatible O on O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System , O albeit O with O some O glitches B-Error_Name , O including O graphics O not O loading O properly O or O loading O screens O not O displaying O . O John O Daily O further O defined O the O word O on O the O July O 4 O , O 1965 O , O episode O of O the O same O show O , O saying O that O it O 's O a O term O used O by O the O Air O Force O at O Cape O Kennedy O , O in O the O process O of O launching O rockets O , O " O it O means O something O 's O gone O wrong O and O you O ca O n't O figure O out O what O it O is O so O you O call O it O a O ' O glitch B-Error_Name ' O . O " O An O attacker O must O create O the O link O in O the O interval B-Error_Name between I-Error_Name the I-Error_Name check I-Error_Name and I-Error_Name when I-Error_Name the I-Error_Name file I-Error_Name is I-Error_Name created I-Error_Name . O Using O forward B-Error_Name error I-Error_Name correction I-Error_Name , O the O E-VSB B-Device standard O will O allow O DTV B-Application reception O on O low O power O handheld O receivers O with O smaller O antennas O in O much O the O same O way O DVB-H B-Protocol does O in O Europe O , O but O still O using O 8VSB B-Device transmission O . O The O purpose O of O these O new O operations O is O to O defend O against O a O certain O class O of O TOCTOU B-Error_Name attacks O . O These O hashes B-Error_Name are O different O from O the O usual O SHA-256 B-Algorithm hash B-Error_Name of O files O and O can O be O obtained O using O tools O . O The O E18 B-Device error I-Device is O an O error B-Error_Name message I-Error_Name on O Canon O digital B-Device cameras I-Device . O Although O many O workers O might O not O use O the O term O " O cosine B-Error_Name error I-Error_Name " O to O name O this O mistake O ( O instead O calling O it O " O failing O to O measure O squarely O " O ) O , O the O underlying O concept O is O the O same O . O In O Windows O , O bug B-Error_Name checks I-Error_Name are O only O supported O by O the O Windows O NT O kernel B-Operating_System . O The O sole O cause O of O this O bug B-Error_Name was O an O oversight O during O localization O in O which O CR O values O for O the O North O American O release O were O intended O to O be O 10% O of O their O Japanese O counterparts O to O represent O US O dollars O instead O of O Japanese O yen O ; O the O developers O forgot O to O update O the O CR O quota O for O challenging O Whirlwind O Fanfare O . O In O standard O coding B-Error_Name theory I-Error_Name notation O for O block O codes O , O the O Hadamard B-Error_Name code I-Error_Name is O a O -code O , O that O is O , O it O is O a O linear O code O over O a O binary O alphabet O , O has O block O length O , O message O length O ( O or O dimension O ) O , O and O minimum O distance O . O Predating O LDPC B-Error_Name codes I-Error_Name in O terms O of O practical O application O , O they O now O provide O similar O performance O . O One O of O the O earliest O commercial O applications O of O turbo B-Error_Name coding I-Error_Name was O the O CDMA2000 O 1x O ( O TIA O IS-2000 O ) O digital O cellular O technology O developed O by O Qualcomm O and O sold O by O Verizon B-Application Wireless I-Application , O Sprint O , O and O other O carriers O . O The O final O digit O of O the O result O is O subtracted O from O 10 O to O calculate O the O check B-Error_Name digit I-Error_Name ( O or O left O as-is O if O already O zero O ) O . O In O some O versions O of O macOS B-Application ( O such O as O OS B-Application X I-Application Lion I-Application ) O , O a O hardware O or O software O issue O could O cause O the O system O to O display O a O black B-Error_Name screen I-Error_Name of I-Error_Name death I-Error_Name instead O of O a O kernel B-Operating_System panic I-Operating_System . O Ctrl-Z O sends O a O TSTP O signal O ( O " O terminal O stop O " O , O SIGTSTP B-General_Concept ) O ; O by O default O , O this O causes O the O process B-Operating_System to O suspend O execution O . O Ctrl- B-Device \ I-Device sends O a O QUIT O signal O ( O SIGQUIT O ) O ; O by O default O , O this O causes O the O process B-Operating_System to O terminate B-Operating_System and O dump B-Error_Name core I-Error_Name . O Ctrl-T B-Device ( O not O supported O on O all O UNIXes B-Application ) O sends O an O INFO O signal O ( O SIGINFO O ) O ; O by O default O , O and O if O supported O by O the O command O , O this O causes O the O operating O system O to O show O information O about O the O running O command O . O Signal O handlers O can O be O installed O with O the O or O system B-Operating_System call I-Operating_System . O The O process B-Operating_System can O also O specify O two O default O behaviors O , O without O creating O a O handler O : O ignore O the O signal O ( O SIG_IGN O ) O and O use O the O default O signal O handler O ( O SIG_DFL O ) O . O There O are O two O signals O which O cannot O be O intercepted O and O handled O : O SIGKILL O and O SIGSTOP B-General_Concept . O Signal O handling O is O vulnerable O to O race B-Operating_System conditions I-Operating_System . O Unlike O most O BASIC B-Language interpreters I-Language , O UIUC O BASIC O had O a O hash B-Error_Name function I-Error_Name , O hashing O by O the O letter O of O the O variable/function/array O name O , O then O conducting O a O linear B-Algorithm search I-Algorithm from O there O . O Some O cryptographers O have O researched O subliminal O channel O systems O that O send O messages O that O appear O to O use O a O " O message B-Error_Name authentication I-Error_Name without O secrecy O " O system O , O but O in O fact O also O transmit O a O secret O message O . O The O problem O is O similar O in O nature O to O the O year B-Error_Name 2000 I-Error_Name problem I-Error_Name . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O The O SIGABRT O and O SIGIOT O signal O is O sent O to O a O process B-Operating_System to O tell O it O to O abort B-General_Concept , O i.e. O to O terminate B-Operating_System . O The O signal O is O usually O initiated O by O the O process B-Operating_System itself O when O it O calls O abort( ) O function O of O the B-Language C I-Language Standard I-Language Library I-Language , O but O it O can O be O sent O to O the O process B-Operating_System from O outside O like O any O other O signal O . O In O computer B-General_Concept programming I-General_Concept , O a O logic B-General_Concept error I-General_Concept is O a O bug B-Error_Name in O a O program O that O causes O it O to O operate O incorrectly O , O but O not O to O terminate O abnormally O ( O or O crash B-General_Concept ) O . O The O Jarque B-General_Concept – I-General_Concept Bera I-General_Concept test I-General_Concept is O itself O derived O from O skewness B-General_Concept and O kurtosis B-Error_Name estimates O . O Reentrant B-Operating_System interrupt B-General_Concept handlers I-General_Concept might O cause O a O stack B-Error_Name overflow I-Error_Name from O multiple O preemptions B-Operating_System by O the O same O interrupt B-General_Concept vector I-General_Concept , O and O so O they O are O usually O avoided O . O Like O Socket O G34 O , O Socket O C32 O CPUs B-General_Concept will O be O able O to O use O unbuffered O ECC B-Error_Name or O non-ECC O RAM B-Architecture in O addition O to O registered O ECC B-Error_Name SDRAM O . O One O of O the O changes O to O the O plot O of O the O video O game O is O the O absence O of O the O villainous O organisation O SPECTRE B-Error_Name , O who O played O a O vital O role O in O the O film O . O Hagenauer O has O argued O the O term O turbo B-Error_Name code I-Error_Name is O a O misnomer O since O there O is O no O feedback O involved O in O the O encoding O process O . O Does O not O actually O use O rsync O or O support O rolling B-Error_Name checksums I-Error_Name and O partial O file B-Application synchronization I-Application . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O The O distributed O online O storage O service O Wuala B-Application ( O discontinued O in O 2015 O ) O also O used O Reed B-Error_Name – I-Error_Name Solomon I-Error_Name when O breaking O up O files O . O 114 O million O of O the O MD5 B-Algorithm hashes I-Algorithm were O cracked O and O distributed O alongside O the O source O hash B-Error_Name , O thus O disclosing O the O original O email O address O and O accompanying O data O , O with O email O account O holders O able O to O check O whether O their O addresses O have O been O leaked O using O Have O I O Been O Pwned O . O Instead O , O when O a O cell O is O emptied O , O it O is O necessary O to O search O forward O through O the O following O cells O of O the O table O until O finding O either O another O empty O cell O or O a O key O that O can O be O moved O to O cell O ( O that O is O , O a O key O whose O hash B-Error_Name value I-Error_Name is O equal O to O or O earlier O than O ) O . O For O example O , O automatic B-Error_Name repeat I-Error_Name requests I-Error_Name may O keep O the O network O in O a O congested O state O ; O this O situation O can O be O avoided O by O adding O congestion O avoidance O to O the O flow O control O , O including O slow O start O . O The O process O of O click O removal O in O audio O restoration O is O another O example O of O error B-Error_Name concealment I-Error_Name . O Generalization B-Algorithm error I-Algorithm can O be O minimized O by O avoiding O overfitting B-Error_Name in O the O learning O algorithm O . O Also O , O two O consecutive O transmissions O can O be O combined O for O error B-Error_Name correction I-Error_Name if O neither O is O error O free O . O Because O of O the O particular O characteristics O of O flash B-Device memory I-Device , O it O is O best O used O with O either O a O controller B-Device to O perform O wear B-Application leveling I-Application and O error B-Error_Name correction I-Error_Name or O specifically O designed O flash O file O systems O , O which O spread O writes O over O the O media O and O deal O with O the O long O erase O times O of O NORflash O blocks O . O At O the O time O , O Hamming B-Error_Name worked O at O Bell O Telephone O Laboratories O and O was O frustrated O with O the O error-prone O punched B-Architecture card I-Architecture reader O , O which O is O why O he O started O working O on O error-correcting O codes O . O The O driver O information O is O in O three O columns O ; O the O first O lists O the O base O address O of O the O driver O , O the O second O lists O the O driver O 's O creation O date O ( O as O a O Unix B-Operating_System timestamp I-Operating_System ) O , O and O the O third O lists O the O name O of O the O driver.By O default O , O Windows O will O create O a O memory B-Error_Name dump I-Error_Name file O when O a O stop O error O occurs O . O Depending O on O the O OS O version O , O there O may O be O several O formats O this O can O be O saved O in O , O ranging O from O a O 64kB O " O minidump O " O ( O introduced O in O Windows B-Application 2000 I-Application ) O to O a O " O complete O dump O " O which O is O effectively O a O copy O of O the O entire O contents O of O physical O memory B-General_Concept ( O RAM B-Architecture ) O . O In O software O development O , O a O sanity B-Error_Name test I-Error_Name ( O a O form O of O software O testing O which O offers O " O quick O , O broad O , O and O shallow O testing O " O ) O evaluates O the O result O of O a O subset O of O application O functionality O to O determine O whether O it O is O possible O and O reasonable O to O proceed O with O further O testing O of O the O entire O application O . O Some O units O of O Brain O Shift O glitch B-Error_Name on O low O batteries O depending O on O what O electronics O are O operating O the O unit O . O Nintendo O issued O an O official O statement O regarding O the O glitch B-Error_Name , O telling O players O that O the O bug B-Error_Name was O not O caused O by O a O hacker O but O was O due O to O an O internal O error O with O the O upload O tool O used O to O send O exclusive O gifts O to O players O , O and O recommended O that O users O who O received O the O letter O delete O it O whenever O possible O . O The O WIMP B-Application interface I-Application offers O all O the O standard O features O and O fixes O many O of O the O bugs B-Error_Name that O had O hindered O Arthur O . O Gaussian B-Error_Name blurs I-Error_Name have O nice O properties O , O such O as O having O no O sharp O edges O , O and O thus O do O not O introduce O ringing O into O the O filtered O image O . O Lilith O – O A O wad O created O in O 2017 O that O uses O glitches B-Error_Name in O the O Zdoom O sourceport O to O create O graphical O and O musical O distortion O , O and O changes O in O enemy O behavior O , O resulting O in O a O " O glitchcore O nightmare. O " O Freedoom O is O a O project O aiming O to O create O a O free B-Application replacement O ( O modified O BSD B-Operating_System License I-Operating_System ) O for O the O set O of O graphics O , O music O , O sound O effects O , O and O levels O ( O and O miscellaneous O other O resources O ) O used O by O Doom B-Application . O Executable O space O protection O is O an O approach O to O buffer B-Error_Name overflow I-Error_Name protection I-Error_Name which O prevents O execution O of O code O on O the O stack B-General_Concept or O the O heap O . O In O Unix-like B-Operating_System systems I-Operating_System , O core B-Error_Name dumps I-Error_Name generally O use O the O standard O executable B-Application image-format O : O Later O versions O of O the O game O were O released O bug-free O . O Issho O ni O A-SO-BO O also O contained O several O serious O errors B-Error_Name . O They O attempt O to O mitigate O the O collision O problem O by O introducing O a O random O distributed O selection O of O a O hash B-Error_Name function I-Error_Name from O the O universal O set O , O and O then O applying O it O to O the O IP B-Protocol address I-Protocol . O Another O demo O , O multiplayer-only O , O was O issued O on O October O 2 O , O but O the O discovery O of O a O bug B-Error_Name led O to O its O removal O . O On O the O other O hand O , O membership O inference O is O a O targeted O model O extraction O attack O , O which O infers O the O owner O of O a O data O point O , O often O by O leveraging O the O overfitting B-Error_Name resulting O from O poor O machine O learning O practices O . O Both O pow(base, exp ) O functions O above O compute O an O equivalent O result O , O however O , O the O one O on O the O left O is O prone O to O causing O a O stack B-Error_Name overflow I-Error_Name because O tail-call B-Language optimization I-Language is O not O possible O for O this O function O . O Y2K B-Error_Name is O a O numeronym O and O was O the O common O abbreviation O for O the O year O 2000 O software O problem O . O Usually O , O the O most O difficult O part O of O debugging O is O finding O the O bug B-Error_Name . O When O compiler O instrumentation B-Application is O used O , O some O memory B-Error_Name leaks I-Error_Name can O be O announced O earlier O , O when O the O last O pointer O referring O to O an O allocated O block O memory O goes O out O of O scope O or O gets O overwritten O by O another O value O . O This O password O , O or O tripcode O , O is O hashed B-Error_Name into O a O special O key O , O or O trip O , O distinguishable O from O the O name O by O HTML B-Language styles O . O Upon O entry O , O data O is O first O distributed O into O different O partitions O by O hashing B-Error_Name on O the O partition O key O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O The O three O main O factors O that O influence O the O design B-Error_Name of I-Error_Name error I-Error_Name messages I-Error_Name are O technical O limitations O , O the O amount O of O information O to O be O presented O , O and O what O kind O of O user O input O is O required O . O The O " O undernetters O " O wanted O to O take O ircd O further O in O an O attempt O to O make O it O use O less O bandwidth O and O to O try O to O sort O out O the O channel O chaos O ( O netsplits B-Error_Name and O takeovers O ) O that O EFnet O started O to O suffer O from O . O The O first O server B-Application list O presented O , O from O 15 O February O 1993 O , O includes O servers O from O the O U.S. O , O Canada O , O France O , O Croatia O and O Japan O . O Causes O a O compilation B-Error_Name error I-Error_Name if O the O method O is O not O found O in O one O of O the O parent O classes O or O implemented O interfaces B-Language . O The O table O below O lists O the O primary O factors O and O how O they O affect O the O write B-Error_Name amplification I-Error_Name . O The O resistance O to O such O search O is O quantified O as O security O strength O , O a O cryptographic B-Algorithm hash I-Algorithm with O bits O of O hash B-Error_Name value I-Error_Name is O expected O to O have O a O preimage O resistance O strength O of O bits O . O Unidirectional B-Error_Name errors I-Error_Name are O common O in O certain O situations O . O The O game O has O received O positive O reviews O from O critics O , O praising O the O retro-style O graphics O , O sound O design O , O and O the O " O out-of-game O " O elements O like O creating O and O altering O files B-Operating_System as O well O as O the O game O closing O itself O and O creating O a O fake O BSOD B-Error_Name , O while O criticizing O the O confusing O plot O . O In O computer B-General_Concept programming I-General_Concept , O an O integer B-Error_Name overflow I-Error_Name occurs O when O an O arithmetic O operation O attempts O to O create O a O numeric O value O that O is O outside O of O the O range O that O can O be O represented O with O a O given O number O of O digits O – O either O higher O than O the O maximum O or O lower O than O the O minimum O representable O value O . O After O processing O this O blurred B-Error_Name positive O is O replaced O in O contact O with O the O back O of O the O original O negative O . O A O shell O memory B-Error_Name leak I-Error_Name was O fixed O on O October O 10 O , O 1986 O , O and O MPW O 1.0.1 O was O born O . O The O key O thing O about O Hamming B-Error_Name Codes I-Error_Name that O can O be O seen O from O visual O inspection O is O that O any O given O bit O is O included O in O a O unique O set O of O parity B-Error_Name bits I-Error_Name . O Recomputing O the O hash B-Error_Name function I-Error_Name from O scratch O at O each O position O would O be O too O slow O . O An O equivalent O definition O of O the O long B-Error_Name code I-Error_Name is O as O follows O : O A O value O ( O the O error O number O ) O is O stored O in O errno B-Error_Name by O certain O library B-Library functions I-Library when O they O detect O errors O . O Carrier O contains O at O least O two O notable O bugs B-Error_Name and O glitches O . O The O game O underwent O four O patches O , O which O resolved O most O of O the O bugs B-Error_Name , O and O improved O the O multiplayer O performance O . O Unanticipated O arithmetic B-Algorithm overflow I-Algorithm is O a O fairly O common O cause O of O program B-Error_Name errors I-Error_Name . O RAID B-Architecture 6 O Like O RAID5 O , O but O with O two O parity B-Error_Name segments O per O stripe O . O Then O for O each O bucket O with O entries O , O a O second-level O table O is O allocated O with O slots O , O and O its O hash B-Error_Name function I-Error_Name is O selected O at O random O from O a O universal B-Algorithm hash I-Algorithm function I-Algorithm set O so O that O it O is O collision-free O ( O i.e. O It O can O be O assumed O that O the O Doppler B-Application spectrum O is O dominated O by O one O single O particle O population O that O leads O to O a O strong O and O narrow O peak O , O which O in O some O ( O but O not O all O ) O cases O is O indicated O by O high O kurtosis B-Error_Name . O On O optical B-Device media I-Device ( O CD B-Device , O DVD O and O Blu-ray O ) O , O failures O caused O by O degradation B-Device of I-Device media I-Device can O be O predicted O and O media O of O low O manufacturing O quality O can O be O detected O prior O to O data O loss O occurring O by O measuring O the O rate O of O correctable B-Error_Name data I-Error_Name errors I-Error_Name using O software O such O as O QpxTool O or O Nero O DiscSpeed O . O When O power O was O turned O on O again O , O the O program O would O restart O and O all O the O memory B-General_Concept would O be O available O again O , O but O the O slow O process O of O memory B-Error_Name leak I-Error_Name would O restart O together O with O the O program O , O eventually O prejudicing O the O correct O running O of O the O system O . O Consistent B-Algorithm hashing I-Algorithm could O be O considered O a O composite O of O hash B-Error_Name and O list O partitioning O where O the O hash B-Error_Name reduces O the O key O space O to O a O size O that O can O be O listed O . O The O edges O of O polygons O ( O the O most O obvious O source O of O aliasing B-Error_Name in O 3D O graphics O ) O are O anti-aliased O . O 2319 O B O series O of O three O disk B-Device drives I-Device modules O allow O three O , O six O or O nine O drive O attachment O to O a O new O 2314 O Model O B O Storage O Control O Unit O . O IBM O introduced O the O IBM O 3310 O Direct B-Application Access I-Application Storage I-Application Device I-Application on O January O 30 O , O 1979 O , O for O IBM B-Device 4331 I-Device midrange B-Device computers I-Device . O The O 3310 O was O a O fixed-block B-Device architecture I-Device device O , O used O on O DOS/VSE B-Application and O VM B-Application , O the O only O S/370 B-Device operating O systems O that O supported O FBA O devices O . O The O IBM O 3330 O Direct O Access O Storage O Facility O , O code-named O Merlin O , O was O introduced O in O June O 1970 O for O use O with O the O IBM B-Device System/370 I-Device and O the O IBM O System O 360/195 O . O Its O removable O disk B-Operating_System packs I-Operating_System hold O 100MB O ( O 404×19× O 13,030 O bytes O ) O . O A O major O advance O introduced O with O the O 3330 O was O the O use O of O error B-Error_Name correction I-Error_Name , O which O makes O the O drives O more O reliable O and O reduced O costs O because O small O imperfections O in O the O disk B-Device surface O can O be O tolerated O . O The O earliest O known O surviving O work O which O describes O how O casting B-Error_Name out I-Error_Name nines I-Error_Name can O be O used O to O check O the O results O of O arithmetical O computations O is O the O Mahâsiddhânta O , O written O around O 950 O by O the O Indian O mathematician O and O astronomer O Aryabhata O II O ( O c.920 O – O c.1000 O ) O . O In O early O February O 2021 O , O Ubisoft O was O criticized O by O fans O for O what O they O perceived O as O prioritizing O the O use O of O microtransactions O over O gameplay O improvements O and O bug B-Error_Name fixes O . O By O avoiding O training O all O nodes O on O all O training O data O , O dropout B-Algorithm decreases O overfitting B-Error_Name . O In O consequence O , O a O digital O PWM O suffers O from O aliasing B-Error_Name distortion O that O significantly O reduce O its O applicability O for O modern O communication O systems O . O It O incorporates O a O large O collection O of O features O like O built-in O popup O killer O , O skinned O window O frame O , O form B-Protocol filler I-Protocol , O site O group O , O quick-search O , O auto O login O , O hidden O sites O , O built-in O commands O and O scripting O , O online O translation O , O script B-Error_Name error I-Error_Name suppression O , O blacklist/whitelist O filtering O , O and O URL O Alias O . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O This O deferral O is O achieved O via O the O signal O mechanism O , O wherein O the O kernel B-Operating_System sends O to O the O process B-Operating_System a O signal O corresponding O to O the O current O exception B-General_Concept . O For O example O , O if O a O process B-Operating_System attempted O integer O divide B-Algorithm by I-Algorithm zero I-Algorithm on O an O x86 B-Operating_System CPU B-General_Concept , O a O divide O error O exception B-General_Concept would O be O generated O and O cause O the O kernel B-Operating_System to O send O the O SIGFPE B-General_Concept signal O to O the O process B-Operating_System . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O If O the O changes O to O the O Linux B-Application kernel B-Operating_System are O bug B-Error_Name fixes I-Error_Name that O are O considered O important O enough O , O a O pull O request O for O the O patches O will O be O sent O to O Torvalds O within O a O few O days O . O The O merge O window O usually O lasts O two O weeks O and O starts O immediately O after O the O release O of O the O previous O kernel B-Operating_System version O . O Each O transmitted O code O word O in O a O constant-weight B-Error_Name code I-Error_Name is O designed O such O that O every O code O word O that O contains O some O positive O or O negative O levels O also O contains O enough O of O the O opposite O levels O , O such O that O the O average O level O over O each O code O word O is O zero O . O Although O its O purpose O is O different O , O a O " O system B-Operating_System image I-Operating_System " O is O often O similar O in O structure O to O a O core B-Error_Name dump I-Error_Name . O The O audio O data O is O usually O combined O with O up O to O 7bit/s O of O forward B-Error_Name error I-Error_Name correction I-Error_Name data O , O producing O a O total O RF O bandwidth O of O approximately O 2,250 O Hz O ( O compared O to O 2,700 O – O 3,000 O Hz O for O an O analogue O single O sideband O transmission O ) O . O A O variety O of O control-flow O integrity O techniques O , O including O stack O canaries O , O buffer B-Error_Name overflow I-Error_Name protection I-Error_Name , O shadow O stacks O , O and O vtable B-Language pointer O verification O , O are O used O to O defend O against O these O attacks O . O Under O most O UNIX-based O operating O systems O control- B-Device \ I-Device is O used O to O terminate O a O running O process B-Operating_System from O a O command B-Operating_System shell I-Operating_System and O have O it O produce O a O memory B-Error_Name core I-Error_Name dump I-Error_Name by O sending O it O a O SIGQUIT B-General_Concept signal B-Operating_System . O In O 1996 O , O the O European O Space O Agency O 's O US$1billion O prototype O Ariane B-Language 5 I-Language rocket I-Language was I-Language destroyed I-Language less O than O a O minute O after O launch O due O to O a O bug B-Error_Name in O the O on-board O guidance O computer O program O . O Prior O to O the O introduction O of O this O feature O , O " O weak B-General_Concept references I-General_Concept " O referred O to O references O that O were O not O retaining O , O but O were O not O set O to O nil O when O the O object O they O pointed O to O was O deallocated O ( O equivalent O to O unsafe_unretained O in O ARC O ) O , O thus O possibly O leading O to O a O dangling B-Error_Name pointer I-Error_Name . O Obsidian O was O quick O to O release O fixes O for O several O bugs B-Error_Name , O but O later O reviews O still O described O the O glitches O as O a O serious O problem O . O com O 's O review O , O written O two O weeks O after O the O game O 's O release O , O stated O " O But O the O sad O truth O is O that O NWN2 B-Application shipped O in O a O pretty O messy O state O , O and O even O after O a O couple O patches O ( O as O of O this O writing O ) O , O the O biggest O problems O remain. O " O The O SIGFPE B-General_Concept signal O is O sent O to O a O process B-Operating_System when O an O exceptional O ( O but O not O necessarily O erroneous O ) O condition O has O been O detected O in O the O floating B-Algorithm point I-Algorithm or O integer O arithmetic O hardware O . O This O may O include O division B-Algorithm by I-Algorithm zero I-Algorithm , O floating B-Algorithm point I-Algorithm underflow O or O overflow O , O integer B-Error_Name overflow I-Error_Name , O an O invalid O operation O or O an O inexact O computation O . O The O SIGHUP B-General_Concept signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept is O closed O . O It O was O originally O designed O to O notify O the O process B-Operating_System of O a O serial O line O drop O ( O a O hangup O ) O . O In O modern O systems O , O this O signal O usually O means O that O the O controlling O pseudo B-Application or I-Application virtual I-Application terminal I-Application has O been O closed O . O Many O daemons B-Operating_System ( O who O have O no O controlling B-General_Concept terminal I-General_Concept ) O interpret O receipt O of O this O signal O as O a O request O to O reload O their O configuration O files O and O flush/reopen O their O logfiles O instead O of O exiting O . O nohup B-Device is O a O command O to O make O a O command O ignore O the O signal O . O The O SIGILL O signal O is O sent O to O a O process B-Operating_System when O it O attempts O to O execute O an O illegal O , O malformed O , O unknown O , O or O privileged O instruction O . O The O SIGINT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O a O user O wishes O to O interrupt B-Application the O process B-Operating_System . O The O key O difference O is O that O Hash B-Data_Structure Array I-Data_Structure Mapped I-Data_Structure Tries I-Data_Structure first O use O a O hash B-Error_Name function I-Error_Name to O transform O their O lookup B-Data_Structure key O into O a O ( O usually O 32 O or O 64 O bit O ) O integer O . O On O 23 O May O 2018 O , O it O was O announced O that O due O to O constantly O accumulating O bugs B-Error_Name and O a O game O engine O that O has O become O incompatible O with O modern O support O tools O of O the O company O , O RuneScape B-Protocol Classic I-Protocol servers B-Application would O be O permanently O closed O on O 6 O August O 2018 O . O For O the O Fano B-Error_Name algorithm I-Error_Name , O if O a O path O is O revisited O , O the O presently O examined O dynamic O threshold O is O always O lower O than O the O momentary O dynamic O threshold O at O the O previous O visit O , O guaranteeing O that O looping O in O the O algorithm O does O not O occur O , O and O that O the O algorithm O can O ultimately O reach O a O terminal O node O of O the O code O tree O , O and O stop O . O If O error B-Error_Name correction I-Error_Name is O required O , O a O receiver O can O apply O the O decoding O algorithm O to O the O received O data O bits O and O the O received O check O bits O to O recover O the O original O error-free O data O . O A O classical O type O of O error B-Error_Name correction I-Error_Name coding O used O with O OFDM-based O systems O is O convolutional B-Error_Name coding I-Error_Name , O often O concatenated O with O Reed-Solomon B-Error_Name coding I-Error_Name . O The O choice O for O Reed-Solomon B-Error_Name coding I-Error_Name as O the O outer O error B-Error_Name correction I-Error_Name code O is O based O on O the O observation O that O the O Viterbi O decoder O used O for O inner O convolutional O decoding O produces O short O error O bursts O when O there O is O a O high O concentration O of O errors O , O and O Reed-Solomon B-Error_Name codes I-Error_Name are O inherently O well O suited O to O correcting O bursts O of O errors O . O The O reason O why O interleaving O is O used O on O OFDM O is O to O attempt O to O spread O the O errors O out O in O the O bit-stream O that O is O presented O to O the O error B-Error_Name correction I-Error_Name decoder O , O because O when O such O decoders O are O presented O with O a O high O concentration O of O errors O the O decoder O is O unable O to O correct O all O the O bit O errors O , O and O a O burst O of O uncorrected O errors O occurs O . O One O can O intuitively O understand O overfitting B-Error_Name from O the O fact O that O information O from O all O past O experience O can O be O divided O into O two O groups O : O information O that O is O relevant O for O the O future O , O and O irrelevant O information O ( O " O noise B-General_Concept " O ) O . O Since O every O filename O in O the O list O has O its O hash B-Error_Name attached O , O the O chosen O file O can O then O be O obtained O in O the O normal O way O . O Interdimensional O Games O sought O to O address O those O bugs B-Error_Name with O the O Master O Edition O patch O , O released O in O April O 2014 O . O To O get O the O augmented O Hadamard B-Error_Name code I-Error_Name above O with O , O the O chosen O Hadamard O matrix O H O has O to O be O of O Sylvester O type O , O which O gives O rise O to O a O message O length O of O . O In O theoretical O computer O science O , O a O distribution O is O pseudorandom B-Error_Name against O a O class O of O adversaries O if O no O adversary O from O the O class O can O distinguish O it O from O the O uniform O distribution O with O significant O advantage O . O When O a O Purkinje B-Algorithm fiber I-Algorithm does O fire O , O it O is O called O a O premature B-Error_Name ventricular I-Error_Name contraction I-Error_Name or O PVC O , O or O in O other O situations O can O be O a O ventricular O escape O . O Later O on O , O the O scientists O put O forward O computational O ways O of O generating O pseudo-random B-Error_Name deviates O , O performed O methods O to O convert O uniform O deviates O into O other O distributional O forms O using O inverse O cumulative O distribution O function O or O acceptance-rejection O methods O , O and O developed O state-space O methodology O for O Markov B-General_Concept chain I-General_Concept Monte I-General_Concept Carlo I-General_Concept . O On O October O 24 O , O 2005 O , O 3D O Realms O ( O formerly O Apogee O ) O released O a O maintenance O patch O to O fix O a O bug B-Error_Name in O the O game O which O set O the O player O 's O computer O 's O clock O backwards O 100 O years O after O playing O on O Windows B-Application XP I-Application . O The O keys O in O a O dictionary O must O be O of O an O immutable B-Application Python B-Language type O , O such O as O an O integer O or O a O string O , O because O under O the O hood O they O are O implemented O via O a O hash B-Error_Name function I-Error_Name . O Let O be O a O hash B-Error_Name function I-Error_Name , O and O let O be O a O fixed O integer O . O The O error B-Error_Name detection I-Error_Name mechanism O used O in O Frame O Relay O uses O the O cyclic O redundancy O check O ( O CRC O ) O as O its O basis O . O The O addresses O include O a O 40-bit O pseudorandom B-Error_Name number I-Error_Name that O minimizes O the O risk O of O address O collisions O if O sites O merge O or O packets B-Protocol are O misrouted O . O Small O memory B-Error_Name dump I-Error_Name contains O various O info O such O as O the O stop O code O , O parameters O , O list O of O loaded O device O drivers O , O etc O . O As O a O result O , O modern O hash B-Error_Name functions I-Error_Name are O built O on O wide-pipe O constructions O that O have O a O larger O internal O state O size O – O which O range O from O tweaks O of O the O Merkle B-Algorithm – I-Algorithm Damgård I-Algorithm construction I-Algorithm to O new O constructions O such O as O the O sponge B-Algorithm construction I-Algorithm and O HAIFA B-Algorithm construction I-Algorithm . O Space O – O time O trellis O codes O ( O STTCs O ) O distribute O a O trellis B-Error_Name code I-Error_Name over O multiple O antennas O and O multiple O time-slots O and O provide O both O coding O gain O and O diversity B-Protocol gain I-Protocol . O If O a O new O site O is O added O , O new O object O placements O or O requests O will O compute O hash B-Error_Name values I-Error_Name , O and O pick O the O largest O of O these O . O However O , O the O most O common O error O conditions O are O division B-Algorithm by I-Algorithm zero I-Algorithm and O accessing B-Error_Name an I-Error_Name invalid I-Error_Name memory I-Error_Name address I-Error_Name . O Several O additions O can O then O be O performed O before O an O overflow B-Error_Name occurs O . O Computers O initially O used O a O very O similar O algorithm O to O long O multiplication O in O base O 2 O , O but O modern O processors O have O optimized O circuitry O for O fast O multiplications O using O more O efficient O algorithms O , O at O the O price O of O a O more O complex O hardware B-Architecture realization O . O The O memory O of O the O IBM B-Device 1620 I-Device is O organized O into O 6-bit O addressable O digits O , O the O usual O 8 O , O 4 O , O 2 O , O 1 O plus O F O , O used O as O a O flag O bit O and O C B-Language , O an O odd B-Error_Name parity I-Error_Name check B-Error_Name bit I-Error_Name . O In O the O Decimal B-Device Architecture I-Device IBM B-Device 7070 I-Device , O IBM B-Device 7072 I-Device , O and O IBM B-Device 7074 I-Device alphamerics O are O encoded O using O digit O pairs O ( O using O two-out-of-five O code O in O the O digits O , O not O BCD O ) O of O the O 10-digit O word O , O with O the O " O zone O " O in O the O left O digit O and O the O " O digit O " O in O the O right O digit O . O With O the O introduction O of O System/360 B-Application , O IBM O expanded O 6-bit O BCD O alphamerics O to O 8-bit O EBCDIC B-Language , O allowing O the O addition O of O many O more O characters O ( O e.g. O , O lowercase O letters O ) O . O A O further O use O for O such O a O grille B-Algorithm has O been O suggested O : O it O is O a O method O of O generating O pseudo-random B-Error_Name sequences I-Error_Name from O a O pre-existing O text O . O It O detects O memory-related O programming O errors O such O as O accesses O of O uninitialized O memory O , O accesses O to O freed O memory O , O heap O overflow O and O underflow O , O and O memory B-Error_Name leaks I-Error_Name . O On O 3 O May O 2018 O , O eight O additional O Spectre-class B-Error_Name flaws I-Error_Name provisionally O named O Spectre-NG O by O c't O ( O a O German O computer O magazine O ) O were O reported O affecting O Intel O and O possibly O AMD O and O ARM B-Architecture processors I-Architecture . O In O languages O like O C++ B-Language , O accessing O an O unbound O variable O does O not O have O well-defined O semantics B-Application and O may O result O in O undefined B-Language behavior I-Language , O similar O to O referring O to O a O dangling B-Error_Name pointer I-Error_Name ; O and O declarations O or O names O used O outside O their O scope O will O generate O syntax B-Application errors I-Application . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O The O most O likely O causes O of O memory B-General_Concept corruption I-General_Concept are O programming B-Error_Name errors I-Error_Name ( O software B-Error_Name bugs I-Error_Name ) O . O The O Rabin B-Algorithm fingerprint I-Algorithm is O a O popular O and O effective O rolling B-Error_Name hash I-Error_Name function O . O If O no O forward B-Error_Name error I-Error_Name correction I-Error_Name is O used O , O corruption O of O a O single O bit O in O a O packet B-Protocol requires O that O the O entire O packet B-Protocol be O retransmitted O , O which O can O be O costly O . O These O conflicts O resulted O in O a O delayed O production O process O where O " O it O took O [ Titus ] O months O to O get O every O single O character O approved O " O and O an O inability O to O fix O bugs B-Error_Name and O issues O associated O with O the O collision O detection O and O controls O that O the O final O product O would O be O criticized O for O . O Thus O , O strictly O speaking O , O every O pointer O in O programming O languages O which O do O not O enforce O initialization O begins O as O a O wild B-Error_Name pointer I-Error_Name . O However O , O such O a O model O will O be O over-trained B-Error_Name and O will O therefore O not O perform O well O on O new O datasets O . O The O collision O is O resolved O through O maintaining O two O hash B-Algorithm tables I-Algorithm , O each O having O its O own O hashing B-Error_Name function I-Error_Name , O and O collided O slot O gets O replaced O with O the O given O item O , O and O the O preoccupied O element O of O the O slot O gets O displaced O into O the O other O hash B-Algorithm table I-Algorithm . O To O compensate O for O increasing O hardware O speed O and O varying O interest O in O running O nodes O over O time O , O the O difficulty O of O finding O a O valid O hash B-Error_Name is O adjusted O roughly O every O two O weeks O . O These O include O " O warnings O about O syntax O errors O , O uses O of O undeclared B-Error_Name variables I-Error_Name , O calls O to O deprecated O functions O , O spacing O and O formatting O conventions O , O misuse O of O scope O , O implicit O fallthrough O in O switch O statements O , O missing O license O headers O , O dangerous O ... O language O features O " O . O Documents O may O refer O to O SHA-1 B-Algorithm as O just O " O SHA O " O , O even O though O this O may O conflict O with O the O other O Secure O Hash B-Error_Name Algorithms I-Error_Name such O as O SHA-0 B-Algorithm , O SHA-2 B-Algorithm , O and O SHA-3 B-Algorithm . O All O levels O beyond O #30 O in O the O North O American O version O are O unplayable O due O to O a O programming B-Error_Name error I-Error_Name that O causes O the O boss O of O that O level O not O to O spawn O . O The O Python B-Language hash B-Algorithm ( O SipHash B-Error_Name ) O is O still O a O valid O hash B-Algorithm function I-Algorithm when O used O within O a O single O run O . O The O DeepMind B-Application team O had O identified O that O its O previous O approach O , O combining O local O physics O with O a O guide O potential O derived O from O pattern O recognition O , O had O a O tendency O to O over-account O for O interactions O between O residues O that O were O nearby O in O the O sequence O compared O to O interactions O between O residues O further O apart O along O the O chain O . O As O a O result O , O AlphaFold O 1 O had O a O tendency O to O prefer O models O with O slightly O more O secondary O structure O ( O alpha O helices O and O beta O sheets O ) O than O was O the O case O in O reality O ( O a O form O of O overfitting B-Error_Name ) O . O Herring O also O mentioned O a O bug B-Error_Name , O in O which O if O the O player O character O bumps O into O a O wall O , O the O screen O " O goes O into O hysterics O for O a O few O seconds O " O . O This O may O include O division B-Algorithm by I-Algorithm zero I-Algorithm , O floating B-Algorithm point I-Algorithm underflow O or O overflow O , O integer B-Error_Name overflow I-Error_Name , O an O invalid O operation O or O an O inexact O computation O . O The O SIGHUP B-General_Concept signal O is O sent O to O a O process B-Operating_System when O its O controlling B-General_Concept terminal I-General_Concept is O closed O . O In O ( O signal O ) O detection O theory O , O a O false B-Error_Name alarm I-Error_Name occurs O where O a O non-target O event O exceeds O the O detection O criterion O and O is O identified O as O a O target O ( O see O Constant B-Algorithm false I-Algorithm alarm I-Algorithm rate I-Algorithm ) O . O Reliable B-Error_Name Data I-Error_Name Transfer I-Error_Name 2.0 O supports O reliable B-Error_Name data I-Error_Name transfer I-Error_Name in O unreliable O data O channels O . O Physics O glitches B-Error_Name are O errors O in O a O game O 's O physics O engine O that O causes O a O specific O entity O , O be O it O a O physics O object O or O a O non-player O character O , O to O be O unintentionally O moved O to O some O degree O . O As O Westfall O notes O in O 2014 O , O " O its O ... O only O unambiguous O interpretation O is O in O terms O of O tail O extremity O ; O i.e. O , O either O existing O outliers O ( O for O the O sample O kurtosis B-Error_Name ) O or O propensity O to O produce O outliers O ( O for O the O kurtosis B-Error_Name of O a O probability O distribution O ) O . O " O Error B-Error_Name messages I-Error_Name are O seen O widely O throughout O computing O , O and O are O part O of O every O operating B-General_Concept system I-General_Concept or O computer B-Architecture hardware I-Architecture device O . O Note O that O the O integer O data O type O in O most O programming O languages O only O follows O the O algebra O for O the O mathematics O integers O in O the O absence O of O integer B-Error_Name overflow I-Error_Name and O that O floating-point B-Algorithm arithmetic I-Algorithm on O the O floating B-Algorithm point I-Algorithm data O type O available O in O most O programming O languages O is O not O commutative O in O rounding O effects O , O making O effects O of O the O order O of O expression O visible O in O small O differences O of O the O computed O result O ( O small O initial O differences O may O however O cascade O into O arbitrarily O large O differences O over O a O longer O computation O ) O . O Part O of O the O quality O assurance O process O ( O as O performed O by O game O testers O for O video O games O ) O is O locating O and O reproducing O glitches B-Error_Name , O and O then O compiling O reports O on O the O glitches B-Error_Name to O be O fed O back O to O the O programmers O so O that O they O can O repair O the O bugs B-Error_Name . O First O , O one O specifies O two O hash B-Error_Name functions I-Error_Name : O the O kernel B-Algorithm hash B-Error_Name , O and O the O sign O hash B-Error_Name . O Electronic O Arts O became O involved O in O the O production O ; O testers O were O employed O ( O they O found O three O thousand O bugs B-Error_Name ) O , O localisations O were O checked O , O and O a O marketing O campaign O was O launched O . O If O this O sum O corresponds O to O the O hash B-Error_Name sum I-Error_Name of O another O e-mail O which O has O been O categorized O as O spam O , O the O received O e-mail O is O prevented O from O being O delivered O . O CHKs O also O reduce O the O redundancy B-Error_Name of O data O since O the O same O data O will O have O the O same O CHK O and O when O multiple O sites O reference O the O same O large O files O , O they O can O reference O to O the O same O CHK O . O While O studying O PVC B-Error_Name characteristics O , O Schmidt O and O his O colleagues O noticed O that O heart O rate O seemed O to O speed O up O after O a O PVC B-Error_Name . O From O a O programming O point O of O view O , O a O terminal O device O had O transmit O and O receive O baud O rates O , O " O erase O " O and O " O kill O " O characters O ( O that O performed O line O editing O , O as O explained O ) O , O " O interrupt O " O and O " O quit O " O characters O ( O generating O signals O to O all O of O the O processes O for O which O the O terminal O was O a O controlling O terminal O ) O , O " O start O " O and O " O stop O " O characters O ( O used O for O software O flow O control O ) O , O an O " O end O of O file O " O character O ( O acting O like O a O carriage O return O except O discarded O from O the O buffer O by O the O read( ) O system O call O and O therefore O potentially O causing O a O zero-length O result O to O be O returned O ) O and O various O mode O flags O determining O whether O local B-Error_Name echo I-Error_Name was O emulated O by O the O kernel O 's O terminal O driver O , O whether O modem O flow O control O was O enabled O , O the O lengths O of O various O output O delays O , O mapping O for O the O carriage O return O character O , O and O the O three O input O modes O . O Instead O of O maintaining O a O dictionary B-Application , O a O feature B-Algorithm vectorizer O that O uses O the O hashing B-Algorithm trick I-Algorithm can O build O a O vector O of O a O pre-defined O length O by O applying O a O hash B-Error_Name function I-Error_Name to O the O features B-Algorithm ( O e.g. O , O words O ) O , O then O using O the O hash B-Error_Name values I-Error_Name directly O as O feature B-Algorithm indices O and O updating O the O resulting O vector O at O those O indices O . O Regularization O methods O such O as O Ivakhnenko O 's O unit O pruning O or O weight O decay O ( O -regularization O ) O or O sparsity B-Algorithm ( O -regularization O ) O can O be O applied O during O training O to O combat O overfitting B-Error_Name . O In O July O 2022 O , O a O bug B-Error_Name was O discovered O that O unintentionally O bought O items O from O the O in-game O store O instead O of O previewing O them O . O These O can O be O calculated O by O communicating O only O the O hashes B-Error_Name of O elements O , O not O the O elements O themselves O which O are O far O larger O in O volume O , O and O removing O them O from O the O set O , O reducing O the O workload O for O the O duplicate O detection O algorithm O used O afterwards O . O Initially O they O choose O a O known O hashing B-Error_Name function I-Error_Name . O It O can O be O seen O that O as O the O relative O velocity O increases O , O a O point O will O be O reached O where O the O spectral O lines O that O constitute O the O echoes O are O hidden O or O aliased B-Error_Name by O the O next O sideband O of O the O modulated B-Application carrier O . O A O side O effect O of O having O no O speculative B-General_Concept execution I-General_Concept is O invulnerability O against O Meltdown B-Architecture and O Spectre B-Error_Name . O These O values O are O used O to O create O two O DES B-Algorithm keys O , O one O from O each O 7-byte O half O , O by O converting O the O seven O bytes O into O a O bit O stream O with O the O most O significant O bit O first O , O and O inserting O a O parity B-Error_Name bit I-Error_Name after O every O seven O bits O ( O so O 1010100 O becomes O 10101000 O ) O . O Although O they O criticised O the O graphical O glitches B-Error_Name and O slowdown O , O the O game O was O recommended O . O We O only O need O hashes B-Error_Name , O rather O than O 108 O . O Similarly O , O if O the O process B-Operating_System attempted O to O access O a O memory O address O outside O of O its O virtual B-General_Concept address I-General_Concept space I-General_Concept , O the O kernel B-Operating_System would O notify O the O process B-Operating_System of O this O violation O via O a O SIGSEGV B-Error_Name ( O segmentation B-Error_Name violation I-Error_Name signal O ) O . O The O exact O mapping O between O signal O names O and O exceptions B-General_Concept is O obviously O dependent O upon O the O CPU B-General_Concept , O since O exception B-General_Concept types O differ O between O architectures O . O The O list O below O documents O the O signals O specified O in O the O Single O Unix B-Application Specification O . O All O signals O are O defined O as O macro O constants O in O the O O header O file O . O The O SIGABRT O and O SIGIOT O signal O is O sent O to O a O process B-Operating_System to O tell O it O to O abort B-General_Concept , O i.e. O Because O the O degree O of O model O overfitting B-Error_Name is O determined O by O both O its O power O and O the O amount O of O training O it O receives O , O providing O a O convolutional O network O with O more O training O examples O can O reduce O overfitting B-Error_Name . O MINIMUM O Used O in O calculating O the O time O to O live O for O purposes O of O negative B-Error_Name caching I-Error_Name . O Most O forward B-Error_Name error I-Error_Name correction I-Error_Name codes O correct O only O bit-flips O , O but O not O bit-insertions O or O bit-deletions O . O The O project O aimed O to O fixing O bugs B-Error_Name , O translating O the O game O to O more O languages O , O and O allowing O the O game O to O run O natively O on O macOS B-Application and O Linux B-Application , O as O well O as O minimise O limitations O in O the O original O game O , O including O greater O options O for O gameplay O features O , O such O as O to O disable O vehicle O breakdowns O , O unlocked O building O options O , O and O support O for O custom O resolutions O . O The O SIGPIPE O signal O is O sent O to O a O process B-Operating_System when O it O attempts O to O write O to O a O pipe B-Operating_System without O a O process B-Operating_System connected O to O the O other O end O . O Using O it O effectively O leads O to O making O asynchronous B-Architecture I/O I-Architecture requests O since O the O kernel B-Operating_System will O poll O the O descriptor O in O place O of O the O caller O . O It O provides O an O alternative O to O active O polling B-General_Concept . O The O SIGQUIT O signal O is O sent O to O a O process B-Operating_System by O its O controlling B-General_Concept terminal I-General_Concept when O the O user O requests O that O the O process B-Operating_System quit O and O perform O a O core B-Error_Name dump I-Error_Name . O The O SIGSEGV B-Error_Name signal O is O sent O to O a O process B-Operating_System when O it O makes O an O invalid O virtual O memory O reference O , O or O segmentation B-Error_Name fault I-Error_Name , O i.e. O when O it O performs O a O segmentation B-Error_Name violation I-Error_Name . O The O SIGSTOP B-General_Concept signal O instructs O the O operating O system O to O stop O a O process B-Operating_System for O later O resumption O . O The O SIGSYS O signal O is O sent O to O a O process B-Operating_System when O it O passes O a O bad O argument O to O a O system B-Operating_System call I-Operating_System . O libc B-Language ) O to O make O the O call O for O them O . O SIGSYS O can O be O received O by O applications O violating O the O Linux B-Application Seccomp B-Application security O rules O configured O to O restrict O them O . O SIGSYS O can O also O be O used O to O emulate O foreign O system B-Operating_System calls I-Operating_System , O e.g. O For O example O , O d1 O is O covered O by O p1 O and O p2 O but O not O p3 O This O table O will O have O a O striking O resemblance O to O the O parity-check O matrix O ( O H O ) O in O the O next O section O . O So O , O by O picking O the O parity B-Error_Name bit I-Error_Name coverage O correctly O , O all O errors O with O a O Hamming B-Error_Name distance O of O 1 O can O be O detected O and O corrected O , O which O is O the O point O of O using O a O Hamming B-Error_Name code I-Error_Name . O The B-Application Settlers I-Application DS B-Device received O a O very O negative O reaction O , O with O critics O citing O unresponsive O controls O , O a O poorly O implemented O HUD O , O and O , O especially O , O game-breaking O bugs B-Error_Name . O When O all O known O bugs B-Error_Name have O been O rectified O and O these O have O been O re-verified O and O all O physical O design O checks O are O done O , O the O physical O design O files O describing O each O layer O of O the O chip O are O sent O to O the O foundry B-Algorithm 's O mask O shop O where O a O full O set O of O glass O lithographic O masks O will O be O etched O . O At O best O , O rolling B-Error_Name hash I-Error_Name values O are O pairwise O independent O or O strongly O universal B-Algorithm . O A O memory B-Error_Name leak I-Error_Name may O also O happen O when O an O object O is O stored O in O memory B-General_Concept but O cannot O be O accessed O by O the O running O code O ( O i.e. O While O Dinamic O subsequently O rescheduled O Runaway O for O mid-January O 2001 O , O the O game O encountered O another O string O of O delays O through O the O first O half O of O 2001 O , O which O Dinamic O attributed O to O " O technical O problems O " O and O the O discovery O of O major O software B-Error_Name bugs I-Error_Name . O Some O amount O of O aliasing B-Error_Name is O inevitable O because O only O theoretical O , O infinitely O long O , O functions O can O have O no O frequency O content O above O the O Nyquist O frequency O . O Usually O , O the O stop O condition O is O given O by O the O overfitting B-Error_Name over O the O training O set O . O The O 1973 O 3330 O Model O 11 O features O IBM O 3336-11 O Disk B-Operating_System Packs I-Operating_System that O held O up O to O 200MB O ( O 808x19x O 13,030 O bytes O ) O . O Up O to O three O additional O 3330 O type O DASD B-Application ( O six O drives O ) O can O then O be O attached O to O a O 3333 O . O However O , O only O a O 3340 O can O serve O as O head B-Device of O string O ; O there O are O no O A O model O 3344 O drives O , O and O a O 3344 O must O be O attached O to O a O 3340 O A O model O as O head B-Device of O string O . O The O IBM O 3340 O Direct O Access O Storage O Facility O , O code-named O Winchester O , O was O introduced O in O March O 1973 O for O use O with O IBM B-Device System/370 I-Device . O It O uses O removable O data O modules O that O included O the O head B-Device and O arm O assembly O ; O an O access O door O of O the O data O module O opens O or O closes O during O a O mechanical O load/unload O process O to O connect O the O data O module O to O the O drive O ; O unlike O previous O disk B-Operating_System packs I-Operating_System and O cartridges O there O is O no O cover O to O remove O during O the O insertion O process O . O The O 3340 O also O uses O error B-Error_Name correction I-Error_Name . O A O generator O matrix O for O the O binary B-Error_Name Golay I-Error_Name code I-Error_Name is O I O A O , O where O I O is O the O 12×12 O identity O matrix O , O and O A O is O the O complement O of O the O adjacency B-Algorithm matrix I-Algorithm of O the O icosahedron O . O A O machine B-Device check I-Device exception I-Device ( O MCE O ) O is O a O type O of O computer B-Error_Name error I-Error_Name that O occurs O when O a O problem O involving O the O computer O 's O hardware B-Architecture is O detected O . O Upon O failure O of O a O single O drive O , O subsequent O reads O can O be O calculated O from O the O distributed O parity B-Error_Name such O that O no O data O is O lost O . O However O , O in O 2003 O a O glitch B-Error_Name became O widely O known O and O could O be O exploited O so O anyone O could O obtain O the O elusive O Pokémon O . O If O it O finds O a O non-zero O hop O count O it O inserts O its O IP B-Protocol hash B-Error_Name , O sets O the O hop O count O to O zero O and O forwards O the O packet B-Protocol on O . O Another O avatar-based O system O is O one O wherein O an O image O is O automatically O generated O based O on O the O identity O of O the O poster O . O Identicons B-Error_Name are O formed O as O visually O distinct O geometric O images O derived O from O a O digest O hash O of O the O poster O 's O IP B-Protocol address I-Protocol or O user O ID O . O While O Google B-Application 's I-Application security O team O reported O Heartbleed B-Error_Name to O OpenSSL B-Language first O , O both O Google B-Application and O Codenomicon O discovered O it O independently O at O approximately O the O same O time O . O The O first O class O of O turbo B-Error_Name code I-Error_Name was O the O parallel B-Error_Name concatenated I-Error_Name convolutional I-Error_Name code I-Error_Name ( O PCCC O ) O . O The O purpose O of O these O new O operations O is O to O defend O against O a O certain O class O of O TOCTOU B-Error_Name attacks O . O Unix B-Application file B-Operating_System descriptors O behave O in O many O ways O as O capabilities O . O Sega O pressured O the O team O to O finish O the O game O in O time O for O the O 2006 O holiday O shopping O season O , O so O with O the O deadline O quickly O approaching O , O Sonic B-Application Team O rushed O the O final O stages O of O development O , O ignoring O bug B-Error_Name reports O from O Sega O 's O quality O assurance O department O and O control O problems O . O For O instance O , O stochastically O choosing O a O limited O fraction O of O nodes O for O each O iteration O diminishes O computing O cost O and O may O prevent O overfitting B-Error_Name , O in O the O same O way O that O stochastic B-Algorithm gradient I-Algorithm descent I-Algorithm can O reduce O overfitting B-Error_Name . O The O Rust B-Application for I-Application Linux I-Application project O was O announced O in O 2020 O in O the O Linux B-Application kernel I-Application mailing I-Application list I-Application with O goals O of O leveraging O Rust B-Application 's O memory B-Application safety I-Application to O reduce O bugs B-Error_Name when O writing O kernel B-Application drivers I-Application . O It O might O be O observed O , O for O example O , O that O a O one-block O error O in O the O transmitted O ciphertext O would O result O in O a O one-block O error O in O the O reconstructed O plaintext O for O ECB O mode O encryption O , O while O in O CBC O mode O such O an O error O would O affect O two O blocks O . O If O resistance O to O random O error O is O desirable O , O error-correcting B-Error_Name codes I-Error_Name should O be O applied O to O the O ciphertext O before O transmission O . O This O includes O cross-interleaved B-Error_Name Reed I-Error_Name – I-Error_Name Solomon I-Error_Name coding I-Error_Name ( O CIRC B-Error_Name ) O , O eight-to-fourteen B-Protocol modulation I-Protocol ( O EFM O ) O , O and O the O use O of O pits O and O lands O for O coding O the O bits O into O the O physical O surface O of O the O CD O . O Initialize O hash B-Error_Name value I-Error_Name for O this O chunk O : O When O either O diagonal O or O orthogonal O dual O parity B-Error_Name is O used O , O a O second O parity B-Error_Name calculation O is O necessary O for O write O operations O . O If O a O stop O error O is O encountered O while O a O live O kernel B-Operating_System debugger B-Application is O attached O to O the O system O , O Windows O will O halt O execution O and O cause O the O debugger B-Application to O break O in O , O rather O than O displaying O the O BSoD B-Error_Name . O Each O subsequent O key/value B-Application pair I-Application is O added O to O the O initial O array O node O until O a O maximum O size O is O reached O after O which O the O node O is O burst O by O re-distributing O its O keys O into O a O hash B-Error_Name bucket O with O new O underlying O array O nodes O , O one O for O each O occupied O hash B-Error_Name slot O in O the O bucket O . O If O this O is O the O case O , O it O generates O an O 11-bit O hash B-Error_Name of O its O own O IP B-Protocol address I-Protocol and O then O XORs O it O with O the O previous O hop O . O Handle B-General_Concept leaks I-General_Concept , O like O memory B-Error_Name leaks I-Error_Name , O are O specific O instances O of O resource B-General_Concept leaks O . O Three-way O handshake O ( O active O open O ) O , O retransmission B-Protocol , O and O error B-Error_Name detection I-Error_Name adds O to O reliability O but O lengthens O latency B-Protocol . O Q15X25 B-Device uses O forward B-Error_Name error I-Error_Name correction I-Error_Name ( O FEC O ) O , O and O like O MT63 B-Device , O uses O time O - O and O frequency-interleaving O in O order O to O avoid O most O error O sources O . O In O 1986 O Moors O gave O an O interpretation O of O kurtosis B-Error_Name . O Knuth O has O lost O relatively O little O money O as O there O have O been O very O few O bugs B-Error_Name claimed O . O By O linearity O of O expectation O , O this O expected O number O equals O the O sum O , O over O all O other O keys O in O the O hash B-Error_Name table O , O of O the O probability O that O the O given O key O and O the O other O key O collide O . O A O check B-Error_Name digit I-Error_Name is O a O form O of O redundancy O check O used O for O error B-Error_Name detection I-Error_Name , O the O decimal O equivalent O of O a O binary O check B-Error_Name bit I-Error_Name . O Inadequate O training O data O may O lead O to O a O problem O called O overfitting B-Error_Name . O Alternatively O , O -1 O is O returned O when O an O error O occurs O , O in O such O a O case O errno B-Error_Name is O set O appropriately O and O further O it O is O left O unspecified O whether O the O file B-Operating_System position O ( O if O any O ) O changes O . O Bugs B-Error_Name were O responsible O for O slowing O down O the O game O when O a O high O level O of O graphical O assets O were O on-screen O at O the O same O time O , O but O it O was O reported O that O a O fix O was O released O that O solved O the O problem O . O Although O the O definitions O of O compilation B-Language and O interpretation B-Application can O be O vague O , O generally O compilation B-Error_Name errors I-Error_Name only O refer O to O static O compilation B-Language and O not O dynamic B-Application compilation I-Application . O Signal B-Application Messenger I-Application maintains O the O following O Signal B-Protocol Protocol I-Protocol libraries B-Library under O the O GPLv3 O license O on O GitHub B-Application : O GStreamer B-Language supported O via O Theora B-Algorithm or O FFmpeg B-Library module O , O supports O GStreamer B-Language based O applications O e.g. O In O January O 2018 O , O the O ffserver B-Library command-line B-Application program I-Application – O a O long-time O component O of O FFmpeg B-Library – O was O removed O . O The O first O papers O on O structured B-Library exception I-Library handling I-Library were O and O . O The O Wine B-Application project I-Application does O not O integrate O such O workarounds B-Application into O the O Wine O codebase O , O instead O preferring O to O focus O solely O on O improving O Wine O 's O implementation O of O the O Windows B-Library API I-Library . O The O company O changed O its O name O to O XVT B-Library when O that O product O became O the O main O company O effort O . O The O 1.0 O versions O of O the O Zune B-Protocol software I-Protocol were O a O modified O version O of O Windows B-Device Media I-Device Player I-Device 11 I-Device while O versions O since O 2.0 O are O built O independently O with O additional O DirectShow B-Library decoders O for O AAC B-Application , O MPEG-4 B-Algorithm , O and O H.264 B-Application . O The O funnel O and O the O neck O are O made O of O leaded O potash-soda O glass O or O lead O silicate O glass O formulation O to O shield O against O x-rays B-Library generated O by O high O voltage O electrons O as O they O decelerate O after O striking O a O target O , O such O as O the O phosphor O screen O or O shadow B-General_Concept mask I-General_Concept of O a O color O CRT O . O The O rules O consider O only O physical O media O as O a O valid O source B-Library and O they O must O be O followed O very O strictly O . O Chromium B-Library can O be O used O to O provide O OpenGL B-Application for O Xdmx O displays O . O Then O , O multiple O PAT O files O can O be O scanned O at O high O speed O during O a O single O search O for O likely O phonetic O sequences O that O closely O match O corresponding O strings O of O phonemes B-Language in O the O query B-Library term O . O ( O With O Windows B-Application XP I-Application , O DXVA-Rendering O is O possible O with O VMR9 B-Library and O the O well-known O Overlay O Mixer O . O ) O A O flaw O in O the O version O of O FFmpeg B-Library used O in O the O test O initially O led O to O incorrect O reports O of O Theora B-Algorithm PSNR O surpassing O that O of O H.264 B-Application . O For O example O , O if O it O finds O a O book O 's O ISBN B-Library on O a O webpage O , O it O provides O a O link O to O Amazon O 's O product O page O for O the O particular O book O . O JumpStation O ( O created O in O December O 1993 O by O Jonathon O Fletcher O ) O used O a O web B-Application robot I-Application to O find O web O pages O and O to O build O its O index B-Algorithm , O and O used O a O web B-General_Concept form I-General_Concept as O the O interface O to O its O query B-Library program O . O uBLAS B-Language A O generic O C++ B-Language template B-Language class I-Language library B-Library providing O BLAS B-Application functionality O . O Bibliographic B-Library data I-Library is O provided O in O several O formats O , O and O the O results O may O be O sorted O by O multiple O fields O , O such O as O by O author O or O year O of O publication O . O In O other O words O , O each O of O the O three O separate O EPUB O , O Amazon B-General_Concept Kindle I-General_Concept , O and O PDF B-Application formats I-Application of O a O particular O book O will O have O its O own O specific O ISBN B-Library . O Windows B-Library Rally I-Library includes O the O following O set O of O technologies O : O The O Enterprise B-Library Architecture I-Library Assessment I-Library Framework I-Library ( O EAAF O ) O is O created O by O the O US O Federal O government O Office O of O Management O and O Budget O ( O OMB O ) O to O allow O federal O agencies O to O assess O and O report O their O enterprise O architecture O activity O and O maturity O , O and O to O advance O the O use O of O enterprise O architecture O in O the O federal O government O . O The O default O builds O do O not O implement O cross-architecture O emulation B-Application via O QEMU B-Application , O and O as O a O result O ARM B-Architecture versions O will O only O run O ARM B-Architecture applications O that O use O the O Win32 B-Library API I-Library . O He O also O compared O it O to O the O game O Desert B-Library Bus I-Library . O There O are O third-party O header B-Language files I-Language for O popular O libraries B-Library such O as O jQuery B-Language , O MongoDB B-Application , O and O D3.js B-Language . O His O analyses O shaped O the O subsequent O cataloging B-Library rules O . O libopenmpt O is O a O cross-platform O module O playing O library B-Library based O on O the O OpenMPT B-Language code O with O interfaces O for O C B-Language , O C++ B-Language and O other O programming O languages O . O The O latter O is O used O by O many O other O interfaces O , O such O as O HandBrake B-Language and O FFmpeg B-Library . O Where O such O shared O libraries B-Library can O be O shared O by O multiple O processes O , O with O only O one O single O copy O of O the O shared O code O possibly O appearing O at O a O different O ( O virtual O ) O address O in O each O process O 's O address O space O , O the O code O in O the O shared O library O is O required O to O be O relocatable O , O ie O the O library O must O only O use O self-relative O or O code O segment O base-relative O internal O addresses O throughout O . O In O a O small O percentage O of O libraries O , O the O local O catalog O is O also O run O by O OCLC O using O an O integrated O library O system O called O WorldCat B-Library Discovery O and O WorldShare O Management O Services O . O Season B-Application Ticket I-Application Football I-Application 2003 I-Application received O a O score O of O 1.8 O from O GameSpot O , O citing O a O vague O and O obscure O interface B-Application , O repeated O run-time B-Library errors I-Library , O and O quoting O " O Season O Ticket O Football O is O the O worst O sort O of O sports O management O title O . O Thus O , O the O .NET B-Application Framework I-Application and O Java B-Language , O likewise O any O other O programming O languages O under O Windows B-Application , O are O ( O or O contain O ) O wrapper B-Library libraries I-Library . O In O computing O , O EXA B-Library is O a O graphics O acceleration O architecture O of O the O X.Org B-Operating_System Server I-Operating_System ( O see O also O X B-Operating_System Window I-Operating_System System I-Operating_System ) O designed O to O replace O XAA O ( O the O XFree86 B-Library Acceleration I-Library Architecture I-Library ) O and O to O make O the O XRender B-Device extension O more O usable O , O with O only O minor O changes O needed O to O adapt O obsolete O XFree86 B-Device video O drivers O written O to O use O XAA O ; O it O was O designed O by O Zack O Rusin O and O announced O at O LinuxTag O 2005 O and O first O released O with O X.Org B-Operating_System Server I-Operating_System version O 6.9/7.0 O . O With O the O introduction O of O alternative O implementations O ( O e.g. O , O Silverlight B-Application ) O , O Microsoft O introduced O the O concept O of O Portable B-Library Class I-Library Libraries I-Library ( O PCL O ) O allowing O a O consuming O library O to O run O on O more O than O one O platform O . O NetCDF B-Application ( O Network B-Application Common I-Application Data I-Application Form I-Application ) O is O a O set O of O software B-Library libraries I-Library and O self-describing O , O machine-independent B-Operating_System data O formats O that O support O the O creation O , O access O , O and O sharing O of O array-oriented B-Application scientific O data O . O zlib O provides O access O to O the O compression O and O checksumming O facilities O of O the O Zlib O library B-Library ( O since O 8.6 O ) O . O A O number O of O MODAF B-Library architectures O directly O support O operations O in O Afghanistan O . O Experiments O with O including O the O Hopsan B-Language simulation B-Application core O to O LabVIEW B-Application Simulation B-Application Interface O Toolkit O by O using O a O wrapper B-Library library I-Library have O been O successful O . O Formant O synthesis O does O not O use O human O speech O samples O at B-Library runtime I-Library . O MODAF B-Library was O managed O and O maintained O by O staff O working O for O the O MOD O 's O Chief O Information O Officer O ( O CIO O ) O , O as O part O of O their O role O to O provide O information O policy O and O standards O . O Output O formats O ( O container O formats O and O other O ways O of O creating O output O streams O ) O in O FFmpeg B-Library are O called O " O muxers B-Architecture " O . O Rack B-Application is O used O by O many O Ruby B-Language web B-Application frameworks I-Application and O libraries B-Library , O such O as O Ruby B-Application on I-Application Rails I-Application and O Sinatra B-Application . O An O interesting O aspect O of O Modula-3 B-Language is O that O it O is O one O of O few O programming O languages O which O standard B-Library libraries I-Library have O been O formally O verified O not O to O contain O various O types O of O bugs O , O including O locking B-Operating_System bugs O . O Over O 700 O games O , O 180 O applications O , O and O 120 O demos O have O been O posted O on O the O library B-Library website O . O FreeGLUT B-Application is O now O very O stable O and O has O fewer O bugs O than O the O original O GLUT B-Library . O Dependency B-Library injection I-Library : O The O basic O idea O is O that O if O an O object O depends O upon O having O an O instance O of O some O other O object O then O the O needed O object O is O " O injected O " O into O the O dependent O object O ; O for O example O , O being O passed O a O database O connection O as O an O argument O to O the O constructor O instead O of O creating O one O internally O . O Later O it O was O deprecated O in O favor O of O Object B-Language Windows I-Language Library I-Language , O the O Win16 B-Library API I-Library , O and O the O GUI O tools O of O Borland B-Language Delphi I-Language . O There O are O different O clients O available O SDL B-Operating_System , O GTK+ B-Application ( O version3 O ) O and O Xaw3D B-Library A O Qt B-Language client B-Protocol was O added O in O version O 2.5 O . O Current B-Library Contents I-Library is O a O rapid O alerting O service O database O from O Clarivate O Analytics O , O formerly O the O Institute O for O Scientific O Information O and O Thomson O Reuters O . O It O introduced O support O for O Swift B-Application 2 O , O and O Metal B-Library for O OS B-Operating_System X I-Operating_System , O and O added O support O for O deploying O on O iOS B-Application devices O without O an O Apple B-Operating_System Developer I-Operating_System account O . O On O Windows B-Device NT I-Device , O that O API B-Application is O part O of O the O Native B-Application API I-Application , O in O the O library B-Library ; O this O is O an O undocumented O API B-Application used O by O implementations O of O the O regular O Windows B-Library API I-Library and O directly O used O by O some O system O programs O on O Windows B-Application . O RDFLib B-Library 's O use O of O various O Python B-Language idioms O mean O it O is O fairly O simple O for O programmers O with O only O junior O Python B-Language skills O to O manipulate O RDF O . O A O systematic O review O has O suggested O a O significant O increase O in O fertility O , O especially O in O those O women O who O have O endometriosis O when O using O Lipiodol B-Library flushing O . O Libraries B-Library written O in O C B-Language may O also O be O used O in O applications O by O injection O of O a O small O shim B-General_Concept and O usage O of O the O JNI B-Language . O With O the O 1890s O conversion O of O electric O power O systems O to O alternating O current O , O during O the O 20th O century O dynamos B-Library were O replaced O by O alternators B-Algorithm , O and O are O now O almost O obsolete O . O SDL O is O a O wrapper B-Library around O the O operating-system-specific O functions O that O the O game O needs O to O access O . O Tracing B-Application just-in-time I-Application compilation I-Application is O a O technique O used O by O virtual B-Architecture machines I-Architecture to O optimize O the O execution O of O a O program O at B-Library runtime I-Library . O DirectX B-Library plugins I-Library are O also O of O two O types O , O DirectX B-Application effect O plugins O ( O DX O ) O and O DirectX B-Application Instrument O plugins O ( O DXi O ) O . O Parasoft O SOAtest B-Library tool O suite O for O testing O and O validating O APIs B-Application and O API-driven O applications O ( O e.g. O , O cloud B-Architecture , O mobile B-Application apps I-Application , O SOA O ) O . O Wasabi B-Library also O supports O XUI O 's O which O are O nothing O but O O powered O by O a O MAKI O script O allowing O developers O to O create O GUI B-Application components O ( O widgets O ) O of O their O own O adding O to O modularity O . O On O November O 17 O , O 2009 O , O Microsoft O released O a O downloadable O Zune B-Library application O for O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System . O This O application O turns O the B-Operating_System Xbox I-Operating_System 360 I-Operating_System into O a O Zune B-Library device O . O OS B-Operating_System X I-Operating_System El I-Operating_System Capitan I-Operating_System supports O Metal B-Library , O Apple O 's O graphics O API O introduced O in O iOS B-Operating_System 8 I-Operating_System to O speed O up O performance O in O games O and O professional O applications O . O This O practice O was O very O rare O due O to O the O programming O complexity O of O doing O so O , O but O the O picture O datatype O in O AmigaOS B-Application 3.9 O ( O a O shared O library B-Library that O loaded O , O processed O and O dithered O pictures O through O the O AmigaOS B-Application datatypes O system O ) O was O a O notable O example O of O its O use O . O The O C++ B-Language Standard O Library O includes O the O Standard B-Application Template I-Application Library I-Application or O STL B-Application that O provides O a O framework O of O templates B-Application for O common O data O structures O and O algorithms O . O Templates B-Application in O C++ B-Language may O also O be O used O for O template B-Language metaprogramming I-Language , O which O is O a O way O of O pre-evaluating O some O of O the O code O at O compile-time B-Application rather O than O run-time B-Library . O List O of O cross-platform B-Operating_System multi-threading B-General_Concept libraries B-Library for O the O C++ B-Language programming I-Language language I-Language . O At O its O core O is O the O command-line B-Application ffmpeg B-Library tool O itself O , O designed O for O processing O of O video O and O audio O files O . O OpenWindows O is O a O discontinued O desktop O environment O for O Sun O Microsystems O workstations B-Device which O combined O SunView B-Library , O NeWS O , O and O X B-Operating_System Window I-Operating_System System I-Operating_System protocols O . O Gecode B-Application ( O for O Generic O Constraint O Development O Environment O ) O is O a O software B-Library library I-Library for O solving B-Application Constraint B-Application satisfaction I-Application problems I-Application . O libavcodec B-Language is O a O library O containing O all O of O the O native O FFmpeg B-Library audio/video O encoders O and O decoders O . O It O also O features O hardware B-General_Concept accelerated I-General_Concept graphics O rendering O using O Direct2D B-Library , O hardware-accelerated B-General_Concept text O rendering O using O DirectWrite O , O hardware-accelerated B-General_Concept video O rendering O using O Media B-Device Foundation I-Device , O imaging O support O provided O by O Windows O Imaging O Component O , O and O high O fidelity O printing O powered O by O the O XPS B-Application print O pipeline O . O IE9 B-Application also O supports O the O HTML5 B-Application video O and O audio B-Language tags I-Language and O the O Web O Open O Font O Format O . O It O has O own O implementations O of O kernel B-Operating_System , O standard O libraries B-Library , O and O network O stack O , O supporting O ARM B-Architecture , O SPARC B-Architecture , O x86 B-Operating_System , O and O x86-64 B-Device architectures O . O libGDX B-Library is O a O free B-License and I-License open-source I-License game-development O application O framework O written O in O the O Java B-Language programming I-Language language I-Language with O some O C B-Language and O C++ B-Language components O for O performance O dependent O code O . O PubChem O should O also O be O included O , O not O only O because O of O its O size O and O accessibility O ... O Reaxys B-Library has O well O over O 100 O times O the O number O of O experimental O property O data O points O xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx1 O ... O Direct2D B-Library takes O advantage O of O hardware O acceleration O via O the O graphics B-Architecture processing I-Architecture unit I-Architecture ( O GPU B-Architecture ) O found O in O compatible O graphics B-Device cards I-Device within O personal O computer O , O tablet O , O smartphone O and O modern O graphical O device O . O The O license O of O Fudgets B-Library claims O that O this O software O is O free B-License for O non-commercial O use O only O . O Instead O , O several O objects O may O match O the O query B-Library , O perhaps O with O different O degrees O of O relevance O . O In O the B-Library Khronos I-Library Group I-Library realm O , O OpenCL B-Application and O Vulkan B-Application are O the O low-level O non-single O source O API B-Application and O SYCL B-Language is O the O high-level O single-source O C++ B-Language embedded O domain-specific O language O ( O eDSL O ) O . O UDUNITS B-Application is O a O similar O utility O program O , O except O that O it O has O an O additional O programming B-Library library I-Library interface O and O date O conversion O abilities O . O The O Open B-Library Sound I-Library System I-Library ( O OSS O ) O is O an O interface O for O making O and O capturing O sound O in O Unix B-Application and O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O The O project O also O provides O the O Odin32 O API O to O compile B-Language Win32 B-Library programs O for O OS/2 B-Application . O Virtualization B-General_Concept products O such O as O Parallels B-Language Desktop I-Language for I-Language Mac I-Language and O VirtualBox B-Operating_System use O WineD3D O to O make O use O of O the O GPU O . O EndNote B-Library X9.1.1 O for O Mac O , O released O 29 O March O 2019 O . O Error O : O When O an O OLE B-Language DB I-Language provider I-Language error O occurs O during O the O use O of O ADO B-Library , O an O Error O object B-Language will O be O created O in O the O Errors O collection O . O Lukas O Kahwe O Smith O Larry O Garfield O Korvin O Szanto O Abandoned O PSR-11 O Container O Interface O It O describes O a O common O interface O for O dependency B-Library injection I-Library containers O . O To O ensure O that O the O standards O are O consistently O implemented O and O to O create O a O reliable O platform O for O developers O , O any O product O that O implements O a O Khronos B-Library API B-General_Concept standard O must O pass O conformance O tests O . O smart O : O If O Capybara.exact O is O true O , O it O behaves O like O the O above O option O ( O one O ) O . O If O Capybara.exact O is O false O , O it O will O first O try O to O find O an O exact O match O . O Here O is O an O example O of O how O user O registration O test O is O done O using O Capybara B-Library . O In O 2003 O , O computer O scientist O Gordon O Rugg O showed O that O text O with O characteristics O similar O to O the B-Library Voynich I-Library manuscript I-Library could O have O been O produced O using O a O table O of O word O prefixes O , O stems O , O and O suffixes O , O which O would O have O been O selected O and O combined O by O means O of O a O perforated O paper O overlay O . O Breast O tomosynthesis O ( O " O 3D O mammography O " O ) O is O a O relatively O new O digital O x-ray B-Library mammography O technique O that O produces O multiple O image O slices O of O the O breast O similar O to O , O but O distinct O from O , O computed O tomography O ( O CT O ) O . O Sound B-Application servers I-Application appeared O in O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System after O limitations O in O Open B-Library Sound I-Library System I-Library were O recognized O . O EAP O is O a O how O to O approach O for O creating O the O top O two O rows O of O the O Zachman B-Library Framework I-Library , O Planner O and O Owner O . O The O GNU B-Application Multiple I-Application Precision I-Application Floating-Point I-Application Reliable I-Application Library I-Application ( O GNU B-Application MPFR I-Application ) O is O a O GNU B-Operating_System portable O C B-Language library B-Library for O arbitrary-precision B-Algorithm binary B-Algorithm floating-point I-Algorithm computation O with O correct O rounding O , O based O on O GNU B-Application Multi-Precision I-Application Library I-Application . O In O TRAK B-Library a O viewpoint O is O a O specification O for O a O single O TRAK B-Library view O . O , O Quantcast B-Protocol estimates O that O ISFDB B-Library is O visited O by O over O 67,400 O people O monthly O . O One O of O the O restrictions O of O IRIS B-Library GL I-Library was O that O it O only O provided O access O to O features O supported O by O the O underlying O hardware O . O Originally O Movies O & O TV O was O known O as O Xbox B-Device Video O , O which O was O rebranded O from O Zune B-Library alongside O Xbox B-Device Music O with O the O launch O of O Windows B-Application 8 I-Application in O 2012 O . O The O design O of O the O Zune B-Library was O clean O and O simple O , O with O a O focus O on O large O lower O case O typography B-Application , O silhouette-style O logos O , O and O monochromatic O font O colors O . O Its O software O includes O early O Project O Reality O application O and O emulation O APIs O based O on O Performer B-Library and O OpenGL B-Application . O PortMidi B-Library is O part O of O the O PortMusic B-Application project O . O Google B-Application has O since O developed O a O new O library B-Library , O Tink O , O based O on O BoringSSL O . O A O Dialcat/DialPac O module O was O offered O , O allowing O patrons O with O a O modem B-Application and O terminal B-Application emulation I-Application software O to O dial O in O from O home O and O search O the O card B-Library catalog I-Library or O renew O books O . O Since O hardware O tessellation B-Algorithm is O available O in O base O Direct3D11 O ( O not O necessarily O 11.1 O ) O , O Microsoft O claimed O significant O performance O improvements O with O Direct2D B-Library in O Windows B-Device 8.1 I-Device ( O vs O . O Windows B-Application 8 I-Application ) O on O non-TIR O hardware O . O The O DirectMusic B-Library kernel O mode O synthesizer O that O supplies O the O DirectMusic B-Library components O with O a O high-resolution O timer O has O been O removed O . O Selenium B-Library WebDriver O accepts O commands O ( O sent O in O Selenese B-Library , O or O via O a O Client O API O ) O and O sends O them O to O a O browser B-Application . O The O include B-Language directive I-Language allows O libraries B-Library of O code O to O be O developed O which O help O to O : O Biography B-Library Index I-Library is O a O bibliographic B-Library index I-Library that O indexes O biographical O information O contained O in O books O and O magazines O . O A O variety O of O libraries B-Library are O directly O accessible O from O OCaml O . O There O is O also O other O software O that O uses O FAAC B-Operating_System libraries B-Library . O Several O parts O of O NetBSD B-Device are O also O integrated O in O the O release O , O including O the O bootloader O , O libc B-Language and O various O utilities B-Application and O other O libraries B-Library . O Standard B-Library libraries I-Library typically O include O definitions O for O commonly O used O algorithms O , O data B-General_Concept structures I-General_Concept , O and O mechanisms O for O input O and O output O . O More O advanced O functionality O such O as O linear B-Language algebra I-Language is O usually O provided O in O 3rd O party O libraries O , O such O as O a O linear B-Library algebra I-Library library I-Library or O vector O maths O library O . O The O company O has O corrected O this O in O the O 2007 O release O of O PowerWord B-Library . O If O this O is O not O possible O , O the O developer B-Application may O be O able O to O manually O create O a O filter B-Library graph I-Library from O a O source O file O , O possibly O with O the O addition O of O a O custom O filter B-Application , O and O then O let O DirectShow B-Library complete O the O filter B-Library graph I-Library by O connecting O the O filters B-Application together O . O This O is O a O list B-Library of I-Library numerical I-Library libraries I-Library , O which O are O libraries B-Library used O in O software O development O for O performing O numerical B-General_Concept calculations I-General_Concept . O If O a O bug O in O a O library B-Library function I-Library is O corrected O by O replacing O the O library B-Library or O performance O is O improved O , O all O programs O using O it O dynamically O will O benefit O from O the O correction O after O restarting O them O . O The O mission O of O ERIC B-Library is O to O provide O a O comprehensive O , O easy-to-use O , O searchable O , O Internet-based O bibliographic O and O full-text O database O of O education O research O and O information O for O educators O , O researchers O , O and O the O general O public O . O The O first O such O library B-Library was O FreeGLUT B-Application , O which O aims O to O be O a O reasonably O close O reproduction O , O though O introducing O a O small O number O of O new O functions O to O deal O with O GLUT O 's O limitations O . O The O system O finds O answers O by O using O a O combination O of O techniques O from O computational O linguistics O , O information B-Library retrieval I-Library , O and O knowledge O representation O . O A O guide O to O library O research O stated O that O " O religion O has O its O primary O indexes O in O Religion O Index O One O , O Religion O Index O Two O , O Religious B-Library and I-Library Theological I-Library Abstracts I-Library , O and O a O few O other O such O titles. O " O Web B-Library of I-Library Science I-Library includes O other O products O providing O data O , O analytics O , O insights O , O workflow O tools O , O and O professional O services O to O researchers O , O universities O , O research O institutions O , O governments O , O private O and O public O research O funding O organizations O , O publishers O , O and O research-intensive O corporations O . O Pailitao O ( O , O literally O means O shopping O through O a O camera O ) O allows O users O to O search O for O items O on O Alibaba O 's O E-commercial O platform O by O taking O a O photo O of O the O query B-Library object O . O In O Germany O , O X-ray B-Library images O as O well O as O MRI B-Algorithm , O medical B-Application ultrasound I-Application , O PET B-Application and O scintigraphy O images O are O protected O by O ( O copyright-like O ) O related O rights O or O neighbouring O rights O . O Almost O all O current O computer O media B-Device players I-Device include O built-in O decoders O for O AAC O , O or O can O utilize O a O library B-Library to O decode O it O . O At O Microsoft O 's O Win32 B-Library Professional O Developers O Conference O in O June O 1992 O , O Windows B-Device NT I-Device was O demonstrated O running O on O x86 B-Operating_System and O MIPS B-Device processors O , O while O a O beta O version O of O Windows B-Device NT I-Device and O an O updated O development B-Application kit I-Application were O also O made O available O . O Mesa B-Application Version O First O Release O Date O Last O update O Vulkan B-Application OpenCL B-Application OpenGL B-Application OpenGL B-Application ES I-Application OpenVG B-Library EGL B-Application GLX B-Device Direct3D B-Application 1.3.2462023-03-31 O 3.02020-11-30 O 4.62017-07-31 O 3.2.62019-07-10 O 1.12008-12-03 O 1.52014-03-19 O 1.42005-12-16 O 122015-07-29 O 2023-02-23 O 23.0.21.3.232 O : O 1.3 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O , O Lavapipe O , O Google B-Application Venus O ) O , O 1.1 O + O ( O Qualcomm O Turnip O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O , O ARM O Mali O PanVK O ) O 1.0 O , O 1.1 O , O 1.2 O ( O full O support O ) O , O 3.0 O ( O wip O , O some O functions O in O 21.1 O ) O , O OpenCL B-Application 3.0 O with O new O RustiCL O for O AMD O GCN O and O Intel O Xe O ( O Mesa B-Application 22.3 O + O ) O , O AMD O R600 O , O Nvidia B-Application Kepler+ O ( O Mesa B-Application 23.1 O + O ) O 4.6 O ( O 19.3 O : O Intel O Gen O 8+ O , O 20.0 O : O AMD O GCN O , O 21.1 O : O Zink O , O llvmpipe O , O 21.2 O : O Intel O Gen O 7.5 O ) O 3.2 O ( O 20.3 O : O Intel O i965 O , O AMD O radeonsi O , O llvmpipe O , O VirGL O , O freedreno O , O Zink O ( O 21.3 O ) O ; O 3.1 O : O AMD O r600 O , O Nvidia B-Application nvC0 O , O softpipe O , O Broadcom O v3d O , O ARM O Panfrost O ( O 21.3 O ) O , O d3d12 O ( O 22.0 O ) O rowspan O = O " O 30 O " O 1.5 O 1.4 O 9.0c O 2022-11-30 O 22.3.71.3.225 O : O mostly O equal O to O 23.0 O 2022-09-21 O 22.2.51.3.217 O : O 1.3 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O , O Lavapipe O ) O , O 1.2 O + O ( O Google B-Application Venus O ) O , O 1.1 O + O ( O Qualcomm O Turnip O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O , O ARM O Mali O PanVK O ) O 2022-05-20 O 22.1.71.3.211 O : O 1.3 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O , O Lavapipe O ) O , O 1.2 O + O ( O Google B-Application Venus O ) O , O 1.1 O + O ( O Qualcomm O Turnip O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O , O ARM O Mali O PanVK O ) O 2022-03-09 O 22.0.51.3.204 O : O 1.3 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.2 O + O ( O Google B-Application Venus O ) O , O 1.1 O + O ( O Lavapipe O , O Qualcomm O Turnip O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O , O ARM O Mali O PanVK O ) O 2021-11-17 O 21.3.91.2.190 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O , O Google B-Application Venus O , O Lavapipe O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O ) O , O 1.1 O + O ( O Qualcomm O Turnip O ) O 2021-08-04 O 21.2.61.2.175 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O , O Google B-Application Venus O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O ) O , O 1.1 O + O ( O Lavapipe O , O Qualcomm O Turnip O ) O 2021-05-05 O 21.1.8 O 1.2.168 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O ) O , O 1.1 O + O ( O Lavapipe O , O Qualcomm O Turnip O ) O 2021-03-11 O 21.0.31.2.162 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O ) O 2020-12-03 O 20.3.51.2.158 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.0 O + O ( O AMD O GCN1 O , O Broadcom O v3dv O ) O 2020-09-28 O 20.2.6 O 1.2.145 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.0 O + O ( O AMD O GCN1 O ) O 1.0 O , O 1.1 O , O 1.2 O ( O WIP O ) O some O failed O conformance O tests O 2020-05-27 O 20.1.10 O 1.2.139 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O , O 1.0 O + O ( O AMD O GCN1 O ) O 2020-02-19 O 20.0.81.2 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O 2019-12-11 O 19.3.51.1 O + O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O ( O 19.1 O : O 1.1.104 O 19.0 O : O 1.1.102 O , O 18.3 O : O 1.1.90 O , O 18.2 O : O 1.1.84 O ) O 2019-09-25 O 19.2.8 O 4.5 O 2019-06-11 O 19.1.8 O 2019-03-13 O 19.0.8 O 2018-12-07 O 18.3.6 O 2018-09-07 O 18.2.8 O 2018-05-18 O 18.1.9 O 1.1 O ( O Intel O Gen8+ O , O AMD O GCN O Gen2+ O ) O ( O 1.1.73 O ) O 2018-03-27 O 18.0.5 O 1.0 O + O ( O 1.0.66 O ) O 2017-12-08 O 17.3.9 O 1.0 O ( O PC O : O ANV O Intel O Gen7+ O Ivy O Bridge O , O RADV O AMD O GCN O only O ) O ( O header O : O 17.3 O : O 1.0.63 O , O 17.2 O : O 1.0.54 O , O 17.1 O : O 1.0.42 O , O 17.0 O : O 1.0.38 O , O 13.0 O : O 1.0.6 O , O 12.0 O : O 1.0.3 O ) O in O dev O . O The B-Library Khronos I-Library Group I-Library officially O announced O Vulkan B-Application API I-Application in O March O 2015 O , O and O officially O released O Vulkan B-Application 1.0 O on O 16 O February O 2016 O . O In O October O of O that O year O a O native O VP9 B-Algorithm decoder O was O added O to O FFmpeg B-Library , O and O to O Libav B-Language six O weeks O later O . O Most O of O the O classes O in O the O library B-Library are O actually O very O generalized O class O templates B-Application . O The O cross-linking O in O polydioctylfluorene B-Library structure O provides O an O efficient O technique O for O hole-transport O layers O to O emit O light O . O The O institute O is O home O to O 33 O faculty O with O the O primary O scholarly O research O of O the O institute O focused O on O machine B-Application translation I-Application , O speech B-Application recognition I-Application , O speech B-Application synthesis I-Application , O information B-Library retrieval I-Library , O parsing B-Language , O information B-General_Concept extraction I-General_Concept , O and O multimodal B-Application machine I-Application learning I-Application . O In O December O 2022 O , O Vulkan B-Application version O 1.3.236 O added O small O fixes O for O the O interaction O with O Apple B-Library Metal I-Library . O For B-Language example O , O the O GNU B-Application Multiple I-Application Precision I-Application Arithmetic I-Application Library I-Application , O the O GNU B-Application Scientific I-Application Library I-Application , O Mathematica B-Language , O and O MATLAB B-Language are O completely O or O partially O written O in O C B-Language . O Many O languages O support O calling O library B-Library functions I-Library in O C B-Language , O for B-Language example O , O the O Python-based O framework O NumPy B-Application uses O C B-Language for B-Language the O high-performance O and O hardware-interacting O aspects O . O QuickTime B-Application is O a O discontinued O extensible O multimedia B-Library framework I-Library created O by O Apple O , O which O supports O playing O , O streaming O , O encoding B-General_Concept , O and O transcoding B-Algorithm a O variety O of O digital O media O formats O . O An O asynchronous O method O , O in O Cω B-Language and O Joins B-Library parlance O , O is O one O which O does O not O block O the O caller O method O , O nor O does O it O return O any O result O , O whereas O a O synchronous O method O blocks O the O caller O method O . O , O it O was O optimized O to O work O with O Amazon O , O Google O Scholar O , O PubMed B-Library , O Wikipedia O , O the O BBC O , O USA O TODAY O , O The O New O York O Times O , O and O the O Los O Angeles O Times O . O This O is O a O list B-Library of I-Library online I-Library digital I-Library musical I-Library document I-Library libraries I-Library . O For O example O , O there O is O a O library B-Library for O highlighting O keywords O in O program O source O code O , O and O a O library B-Library for O playing O the O game O of O Tetris B-Device . O A O notable O behavior O of O static O members O in O a O generic O .NET B-Application class O is O static O member O instantiation O per O run-time B-Library type O ( O see O example O below O ) O . O OpenWire B-Language is O designed O as O thread-safe B-Operating_System and O well O suited O for O multi-threading B-Operating_System VCL B-Library and O FireMonkey B-Language component O development O . O Metasearch B-Application engines I-Application are O not O capable O of O parsing B-Language query B-Library forms O or O able O to O fully O translate O query B-Library syntax O . O The O structure O of O a O protein O can O precisely O be O determined O through O a O process O known O as O X-ray B-Library crystallography O . O Part O of O the O Babel B-Application Scientific O Programming O Language O Interoperability O System B-General_Concept ( O SIDL O and O Babel B-Application are O core O technologies O of O the O CCA B-Library and O the O SciDAC O TASCS O Center O - O see O above O . O ) O CP/M B-Operating_System -86 I-Operating_System instead O supported O a O relocatable B-Library format O using O the O file O extension O .CMD O to O avoid O name O conflicts O with O CP/M B-Application -80 I-Application and O MS-DOS B-Application .COM O files O . O MS-DOS B-Application version O 1.0 O added O a O more O advanced O relocatable B-Library .EXE O executable B-Application file I-Application format I-Application . O In O 2000 O , O the O ANSI/ISA O -95 O standard O merged O this O model O with O the O Purdue B-Library Reference I-Library Model I-Library ( O PRM O ) O . O Many O memory B-General_Concept debuggers I-General_Concept such O as O Purify B-General_Concept , O Valgrind B-Application , O Insure++ B-General_Concept , O Parasoft B-Library C/C I-Library ++test I-Library , O AddressSanitizer B-Application are O available O to O detect O memory B-General_Concept corruption I-General_Concept errors O . O When O first O adopted O by O distributions O , O PulseAudio B-Library developer O Lennart O Poettering O ( O also O the O creator O of O systemd B-Application ) O described O it O as O " O the O software O that O currently O breaks O your O audio O " O . O KImageFormats O 1 O kimageformats.git O Plugins O to O allow O QImage O to O support O extra O file O formats O . O As O such O it O is O not O required O for O the O compilation O of O any O other O software O , O but O may O be O a O runtime O requirement O for O Qt-based O software O to O support O certain O image O formats.The O following O image O formats O have O read-only O support O : O XView B-Library ( O xv O ) O <-- O ! O HoloBuilder B-Algorithm leverages O HTML5 B-Application and O WebGL B-Library to O be O usable O in O browsers O without O the O need O of O plugins B-Application such O as O Adobe B-Operating_System Flash I-Operating_System , O and O in O mobile O browsers O . O The O queries B-Library differ O from O non-spatial O SQL B-Language queries B-Library in O several O important O ways O . O A O standard O for O persistent B-Library memory I-Library known O as O NVDIMM-P O has O been O published O in O 2021 O . O More O advanced O rules O can O be O set O up O using O Windows B-Library Management I-Library Instrumentation I-Library expressions O . O If O Bacon O did O not O create O the B-Library Voynich I-Library manuscript I-Library , O a O supposed O connection O to O Dee O is O much O weakened O . O The O Windows B-Library API I-Library used O in O Microsoft B-Application Windows I-Application . O Caldera O , O Inc O . O wanted O to O relocate B-Library the O DR-DOS O business O into O the O US O and O closed B-Application the O highly O successful O UK O operation O in O February O 1999 O after O Gross O resigned O and O set O up O iCentrix B-Protocol to O develop O the O MarioNet B-Protocol split I-Protocol web I-Protocol browser I-Protocol . O Development O was O then O moved O into O the O US O ( O which O never O worked O out O due O to O a O total O lack O of O expertise O in O this O field O at O Caldera O US O ) O , O and O the O DR-DOS O line O fell O to O its O branch O company O , O Caldera O Thin O Clients O , O which O was O renamed O Lineo O , O Inc O . O on O 20 O July O 1999 O . O DR-WebSpyder B-Application was O renamed O Embrowser B-Protocol and O was O said O to O be O ported O to O Linux B-Application . O NUnitAsp B-Library is O a O tool O for O automatically O testing O ASP.NET B-Application web O pages O . O libHaru B-Language is O a O free B-License , O open-source B-Application , O cross B-Operating_System platform I-Operating_System library B-Library for O generating O PDF B-Application files I-Application for O applications O written O in O C O or O C++ B-Language . O On O June O 8 O , O 2016 O , O Google B-Application showed O " O Explicit O web O graphics O API B-General_Concept " O presentation O to O the O WebGL B-Library working O group O ( O during O the O bi-annual O face O to O face O meeting O ) O . O The O DirectX O software B-Application development I-Application kit I-Application ( O SDK O ) O consists O of O runtime B-Library libraries I-Library in O redistributable O binary O form O , O along O with O accompanying O documentation O and O headers B-Language for O use O in O coding O . O Windows B-Application 95 I-Application did O not O launch O with O DirectX O , O but O DirectX O was O included O with O Windows B-Application 95 I-Application OEM O Service O Release O 2 O . O C++test O helps O you O create O unit O tests O that O are O compatible O with O xUnit B-Library testing B-Application frameworks O . O Google B-Library Scholar I-Library arose O out O of O a O discussion O between O Alex O Verstak O and O Anurag O Acharya O , O both O of O whom O were O then O working O on O building O Google B-Application 's I-Application main O web O index O . O DirectMusic B-Library addresses O the O problems O of O Windows O ' O legacy O MidiOut O API B-General_Concept , O which O has O shaky O timing O and O limited O real-time O control O . O " O Weak O copyleft B-License " O licenses O are O often O used O to O cover O software B-Library libraries I-Library . O Wherever O possible O , O Biopython B-Library follows O the O conventions O used O by O the O Python B-Language programming I-Language language I-Language to O make O it O easier O for O users O familiar O with O Python B-Language . O Many O products O and O services O fall O into O the O broad O category O of O ERAMS B-Library : O A-to-Z O title O lists O , O OpenURL O link O resolvers O , O federated B-Operating_System search I-Operating_System services O , O MARC O records O services O , O electronic O resource O management O ( O ERM O ) O applications O , O and O more O . O The O client O can O also O optionally O use O other O specialized O libraries B-Library to O perform O specific O tasks O , O such O as O Freetype B-Application for O font O rendering O . O If O the O client O uses O a O software O ( O CPU O ) O renderer O and O the O result O is O stored O in O the O system O memory O , O then O client O and O compositor O can O use O shared B-Operating_System memory I-Operating_System to O implement O the O buffer O communication O without O extra O copies O . O The O Wayland B-Language protocol O already O natively O provides O this O kind O of O shared B-Operating_System memory I-Operating_System buffer O through O the O wl_shm O and O wl_shm_pool O interfaces O . O The O wire O protocol O ( O called O ' O Selenese B-Library ' O in O its O day O ) O was O reimplemented O in O each O language O port O . O Some O typical O questions O asked O by O bibliometricians O that O can O be O answered O by O HistCite B-Library analysis O are O : O Broad O software O compatibility O was O initially O achieved O with O support O for O several O API B-Application " O personalities O " O , O including O Windows B-Library API I-Library , O POSIX B-Device , O and O OS/2 B-Application APIs I-Application – O the O latter O two O were O phased O out O starting O with O Windows B-Application XP I-Application . O In O computing O , O Xerces O is O Apache O 's O collection O of O software B-Library libraries I-Library for O parsing O , O validating O , O serializing O and O manipulating O XML B-Protocol . O On O November O 11 O , O 2009 O , O the O FFmpeg B-Library open B-Application source I-Application project O gained O an O MPEG-4 B-Algorithm ALS I-Algorithm decoder O in O its O development O version O . O One O can O also O use O PowerShell O embedded O in O a O management O application O , O which B-Device uses O the O PowerShell O runtime B-Library to O implement O the O management O functionality O . O But O , O as O Theodore O Ts'o O points O out O , O while O it O is O easy O to O add O an O extra O creation-date O field O in O the O inode B-Application ( O thus O technically O enabling O support O for O these O timestamps O in O ext4 B-Application ) O , O it O is O more O difficult O to O modify O or O add O the O necessary O system B-Operating_System calls I-Operating_System , O like O stat( ) O ( O which O would O probably O require O a O new O version O ) O and O the O various O libraries B-Library that O depend O on O them O ( O like O glibc B-Language ) O . O X B-Language Toolkit I-Language Intrinsics I-Language ( O also O known O as O Xt O , O for O X B-Language toolkit I-Language ) O is O a O library B-Library that O implements O an O API B-Application to O facilitate O the O development O of O programs O with O a O graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O for O the O X B-Operating_System Window I-Operating_System System I-Operating_System . O Not O only O is O Watir-webdriver O derived O from O Selenium B-Library 2.0 O , O it O is O also O built O from O the O HTML B-Language specification O , O so O Watir-webdriver O should O always O be O compatible O with O existing O W3C O specifications O . O The O national O ISBN B-Library agency O assigns O the O registrant O element O ( O cf O . O PsychoPy B-Library is O an O open B-Application source I-Application software I-Application package O written O in O the O Python B-Language programming I-Language language I-Language primarily O for O use O in O neuroscience O and O experimental O psychology O research O . O A O federal B-Library enterprise I-Library architecture I-Library is O a O work O in O progress O to O achieve O these O goals O . O Library B-Library source O code O is O maintained O separately O for O Java B-Language and O C# B-Application , O providing O the O same O API B-Application for O Java/JVM B-Language , O Android B-Application , O .NET B-Application and O Mono B-Application ( O Common O Language O Specification O Compliant O ) O . O This O article O applies O in O general O to O reconstruction O methods O for O all O kinds O of O tomography B-Algorithm , O but O some O of O the O terms O and O physical O descriptions O refer O directly O to O the O reconstruction O of O X-ray B-Library computed O tomography B-Algorithm . O AHI B-Library became O a O widely O supported O standard O for O audio O hardware O and O audio O software O on O Amiga B-Device systems O and O was O officially O included O in O later O operating B-General_Concept system I-General_Concept releases O . O NamexUnitSourceRemarksgo O test'Go O test O ' O automates O testing O the O packages O named O by O the O import O paths.go2xunitConverts O go O test O -v O ( O or O gocheck O -vv O ) O output O to O xunit B-Library or O xunit.net B-Language compatible O XML B-Protocol output O ( O used O in O Jenkins/Hudson O ) O . O The O inclusion O in O the O SQL B-Language syntax O of O statements O such O as O , O and O the O implementation O of O the O object B-Language type O ( O like O any O OO O language O ) O , O completed O the O minimum O requisites O to O a O mapping O approach O in O an O extended O SQL B-Language language I-Language without O use O of O specific B-Library mapping I-Library software I-Library . O While O PubMed B-Library has O its O own O wide O range O of O search O options O to O identify O sets O of O records O relevant O to O a O researchers O query O it O lacks O the O ability O to O analyse O these O sets O of O records O further O , O a O process O for O which O the O terms O text B-Algorithm mining I-Algorithm and O drill O down O have O been O used O . O The O FFmpeg B-Library framework O needs O to O be O present O on O the O computer O already O . O Among O these O are O the O Vision O Library B-Library , O which O can O perform O advanced O facial O recognition/analysis O and O CV-based O head O tracking O , O and O PSVR O ( O PlayStation B-Device Voice O Recognition O ) O , O a O speech B-Application recognition I-Application library B-Library intended O to O support O about O 20 O different O languages O . O It O also O converted O Clipper B-Application from O a O p-code B-Language system O to O being O a O true O native O compiler O and O introduced O more O elements O of O the O C B-Language language I-Language ( O such O as O typed O variables O ) O , O while O including O Windows B-Application extensions O ( O such O as O COM B-Application , O ODBC B-Application , O and O later O ADO B-Library ) O . O ALGLIB-a O cross-platform O numerical O analysis O and O data O processing O library O . O ALGLIB B-Library Project O . O The O libavcodec B-Language native O AAC B-Application encoder B-General_Concept ( O separate O versions O maintained O by O FFmpeg B-Library and O Libav B-Language ) O was O experimental O but O considered O " O better O than O vo-aacenc O " O in O at O least O some O tests O . O Other O administrative O uses O include O Windows B-Library Management I-Library Instrumentation I-Library and O Active B-Protocol Directory I-Protocol Service I-Protocol Interfaces I-Protocol . O Apple O announced O that O they O have O worked O with O Hello O Games O to O bring O the O title O to O macOS B-Application and O iPadOS B-Operating_System , O which O will O utilize O the O Metal B-Library framework I-Library with O the O MetalFX O enhanced O that O Apple O unveiled O at O the O 2022 O WWDC O . O mpv B-Language has O supported O NVDEC B-General_Concept since O 2017 O by O the O use O of O FFmpeg B-Library . O Intel B-Application Array I-Application Building I-Application Blocks I-Application ( O also O known O as O ArBB B-Application ) O was O a O C++ B-Language library B-Library developed O by O Intel O Corporation O for O exploiting O data O parallel O portions O of O programs O to O take O advantage O of O multi-core B-Architecture processors I-Architecture , O graphics B-Architecture processing I-Architecture units I-Architecture and O Intel B-General_Concept Many I-General_Concept Integrated I-General_Concept Core I-General_Concept Architecture I-General_Concept processors B-Device . O Name O License B-License xUnit B-Library Fixtures O Group O fixtures O Generators O Mocks O Exceptions O Macros O Templates O Grouping O Source O Remarks O Aeryn O API B-Application Sanity I-Application Checker I-Application ( O spectypes O ) O ( O spectypes O ) O Unit O test O generator O for O C/C O ++ O libraries O . O The O DRM O core O exports O several O interfaces O to O user-space B-Operating_System applications O , O generally O intended O to O be O used O through O corresponding O libdrm O wrapper B-Library functions O . O In O addition O , O drivers O export O device-specific O interfaces O for O use O by O user-space B-Operating_System drivers O and O device-aware O applications O through O ioctls B-Operating_System and O sysfs B-Application files O . O For O example O , O for O an O ISBN B-Library of O 0-306-40615-2 O : O At O execution B-Library time I-Library overlays B-General_Concept A O and O B O will O both O utilize O the O same O memory O locations O ; O AA O and O AB O will O both O utilize O the O same O locations O following O the O end O of O MOD3 O . O Its O content O can O also O be O found O in O the O bibliographic B-Library databases I-Library Biography B-Library Index I-Library : O Past O and O Present O and O Biography B-Library Index I-Library Retrospective O . O SolveSpace B-Algorithm depends O upon O ANGLE B-Language , O OpenGL B-Library Utility I-Library Library I-Library , O zlib B-Language , O libpng B-Language , O libdxfrw O , O cairo B-Language , O mimalloc B-General_Concept , O libsigc++ B-Language and O some O other O C++ B-Language libraries O , O as O well O as O freetype2 B-Application , O harfbuzz B-Language , O and O Pango B-Language for O text O rendering O . O When O run O with O the O " O -R O " O option O , O prelink B-Library will O randomly O select O the O address O base O where O libraries O are O loaded O . O RefWorks B-Library – O Web-based O commercial O citation O manager O , O supports O uploading O DOCX O files O for O citation O formatting O . O Query B-Library operations O : O FFmpeg B-Library is O also O capable O of O decoding O and O encoding O CineForm B-Algorithm files O . O CATCH O A O modern O , O fully O featured O , O unit O test O framework O with O no O external O dependencies O - O all O implemented O in O headers O Cedar O BDD O for O Objective-C O Kiwi O RSpec-style O BDD O for O Objective-C O with O support O for O mocks O and O stubs O . O Name O xUnit B-Library TAP O Source O Remarks O FPCUnit O This O is O a O port O to O Free B-Operating_System Pascal I-Operating_System of O the O JUnit B-Language core O framework O . O The O library B-Library allows O developers O an O alternative O to O a O full O X B-Operating_System Window I-Operating_System System I-Operating_System ( O X11 B-Operating_System ) O server O used O in O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O 1950 O : O The O term O " O information B-Library retrieval I-Library " O was O coined O by O Calvin O Mooers O . O Object-relational B-General_Concept mapping I-General_Concept ( O ORM O ) O Database O integration O through O Hibernate B-Library ( O Java B-Device ) O . O Also O , O the O retrieval O units O resulting O from O an O XML B-Protocol query B-Library may O not O always O be O entire O documents O , O but O can O be O any O deeply O nested O XML B-Protocol elements O , O i.e. O FFmpeg B-Library ’s O native O AAC O encoder O does O not O support O HE-AAC O and O HE-AACv2 O , O but O GPL O 2.0 O + O of O ffmpeg B-Library is O not O compatible O with O FDK B-Operating_System AAC I-Operating_System , O hence O ffmpeg B-Library with O libfdk-aac O is O not O redistributable O . O Iterated O Systems O ClearVideo O ) O , O 1 O , O 2 O , O 3 O and O 4 O Audio O RealAudio B-Algorithm v1 O – O v10 O , O and O RealAudio B-Algorithm Lossless O Subtitle O RealText O Apple O / O Spruce O Technologies O Video O Cinepak B-Algorithm ( O Apple O Compact O Video O ) O , O ProRes O , O Sorenson O 3 O Codec B-General_Concept , O QuickTime B-Algorithm Animation I-Algorithm ( O Apple O Animation O ) O , O QuickTime B-Algorithm Graphics I-Algorithm ( O Apple B-Algorithm Graphics I-Algorithm ) O , O Apple B-Algorithm Video I-Algorithm , O Apple B-Algorithm Intermediate I-Algorithm Codec I-Algorithm and O Pixlet B-Algorithm Audio O ALAC B-Algorithm Image O QuickDraw B-Operating_System PICT B-Language Subtitle O Spruce O subtitle O ( O STL O ) O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System ( O SWF O ) O Video O Screen O video O , O Screen O video O 2 O , O Sorenson O Spark O and O VP6 B-Algorithm Audio O Adobe O SWF O ADPCM B-Algorithm and O Nellymoser B-Algorithm Asao I-Algorithm Adobe O / O Aldus O Image O TIFF O , O PSD O , O FFmpeg B-Library 3.3 O Brings O Native O Opus B-Algorithm Encoder O , O Support O For O Spherical O Videos O . O Enterprise B-Library architecture I-Library framework I-Library defines O how O to O organize O the O structure O and O views O associated O with O an O enterprise O architecture O . O Subsequently O , O the O graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O backend O was O rewritten O in O Racket O from O C++ B-Language in O Version O 5.1 O using O native O UI B-Library toolkits I-Library on O all O platforms O . O In O a O compiled B-Language language I-Language that O supports O runtime B-Library creation O of O functions O , O such O as O Common B-Language Lisp I-Language , O the O runtime B-Library environment O must O include O a O compiler O or O an O interpreter B-Application . O One O of O the O first O appearances O of O the O notion O of O radical B-Library trust I-Library appears O in O an O info O graphic O outlining O the O base O principles O of O web O 2.0 O in O Tim O Reilly O 's O weblog O post O " O What O is O Web O 2.0 O " O . O The O project O has O also O experimented O with O using O the O FullFAT O library B-Library in O its O rewrite O of O its O FAT B-Application Installable B-Application File I-Application System I-Application . O Kilgard O 's O GLUT O library B-Library is O no O longer O maintained O , O and O its O license O did O not O permit O the O redistribution O of O modified O versions O of O the O library B-Library . O The O Natural B-General_Concept Language I-General_Concept Toolkit I-General_Concept , O or O more O commonly O NLTK B-General_Concept , O is O a O suite O of O libraries B-Library and O programs O for O symbolic O and O statistical O natural B-Language language I-Language processing I-Language ( O NLP B-Language ) O for O English O written O in O the O Python B-Language programming I-Language language I-Language . O not O mapped O on O Win32 B-Library API I-Library but O built O directly O on O the O operating B-General_Concept system I-General_Concept syscall B-Operating_System interface O . O In O 1997 O , O a O Japanese O counterpart O of O TREC O was O launched O ( O first O workshop O in O 1999 O ) O , O called O ( O NII O Test O Collection O for O IR B-Library Systems O ) O , O and O in O 2000 O , O CLEF B-Application , O a O European O counterpart O , O specifically O vectored O towards O the O study O of O cross-language B-General_Concept information I-General_Concept retrieval I-General_Concept was O launched O . O As O one O of O the O earlier O reviews O noted O “ O EndNote B-Library is O a O citation B-Application manager I-Application , O not O a O personal O online O catalog O . O xaitMap O provides O runtime B-Library libraries I-Library and O graphical O tools O for O navigation B-Algorithm mesh I-Algorithm generation O ( O also O called O NavMesh B-Algorithm generation O ) O , O pathfinding B-Algorithm , O dynamic O collision O avoidance O , O and O individual O and O crowd O movement O . O enhanced O keyword O tagging O and O search O capabilities O , O support O for O semantic B-General_Concept mapping I-General_Concept using O ontologies B-Language , O expanded O search O of O online O resources O such O as O Flickr B-Algorithm , O Yahoo B-Application , O Twitter B-Application , O or O PubMed B-Library . O The O library B-Library requires O programmers O to O call O glutMainLoop( ) O , O a O function O which O never O returns O . O StormEngineC B-Application is O a O 3D O graphics O library O written O in O JavaScript B-Language utilizing O several O HTML5 B-Application features O such O as O WebGL B-Library , O WebCL B-Library , O and O WebSockets B-Protocol . O Radical B-Library Trust I-Library is O listed O as O the O guiding O example O of O trusting O the O validity O of O consumer O generated O media O . O Redesigned O to O use O the O new O free O Mitov.Runtime O library B-Library which O significantly O reduces O the O code O . O Grouping O : O Parentheses O can O be O used O to O group O query B-Library components O . O is O an O open B-License source I-License numerical O Python B-Language library B-Library for O doing O UQ O using O advanced O method O of O Monte O Carlo O and O polynomial O approximation O , O with O an O emphasis O on O composability O and O polynomial O chaos O expansion O . O In O August O 1990 O , O as O a O response O to O the O popularity O of O Windows B-Application 3.0 I-Application , O the O NT B-Device OS/2 I-Device team O decided O to O re-work O the O operating B-General_Concept system I-General_Concept to O use O an O extended O 32-bit O port O of O the O Windows B-Library API I-Library known O as O Win32 B-Library . O Indexing B-Library service I-Library helped O by O using O Microsoft O web O servers O to O index O files O on O the O desired O hard O drives O . O In O Hibernate B-Library and O other O persistence O systems O , O transient B-Device describes O an O object O that O has O been O instantiated O , O but O is O not O associated O with O a O Hibernate B-Library session O , O i.e. O Accessibility B-Language Toolkit I-Language ( O ATK O ) O is O an O open O source O software B-Library library I-Library , O part O of O the O GNOME B-Application project O , O which O provides O application B-Application programming I-Application interfaces I-Application ( O APIs B-Application ) O for O implementing O accessibility O support O in O software O . O Cmdlets O derive O either O from O Cmdlet O or O from O PSCmdlet O , O the O latter O being O used O when O the O cmdlet O needs O to O interact O with O the O PowerShell O runtime B-Library . O The O operating O environment O was O also O given O limited O compatibility O with O the O then-new O 32-bit B-Application Windows I-Application API O , O by O introducing O Win32s B-Library , O an O enabling O technology O . O Therefore O , O a O DSMS B-General_Concept needs O some O plan O migration O strategies O to O replace O a O running O query B-Library plan O with O a O new O one O . O Many O XAA O drivers O had O EXA B-Library support O added O for O X11R6.9/7.0 O and O support O continues O to O be O added O to O more O drivers O . O However O , O while O some O systems O such O as O Flavors O and O CLOS B-Application provide O a O capability O for O more O than O one O parent O to O do O so O at O run B-Library time I-Library introduces O complexity O that O many O in O the O object-oriented B-Language community O consider O antithetical O to O the O goals O of O using O object O classes O in O the O first O place O . O MLton B-Language includes O several O libraries O in O addition O to O the O basis B-Library including O ML O Language O Processing O Tools O with O an O implementation O of O ANTLR B-Application , O and O MLRISC O with O code B-Application generators I-Application for O reduced B-Architecture instruction I-Architecture set I-Architecture CPUs O . O Registry O values O may O contain O backslashes O in O their O names O , O but O doing O so O makes O them O difficult O to O distinguish O from O their O key O paths O when O using O some O legacy O Windows B-Protocol Registry I-Protocol API B-Application functions I-Application ( O whose O usage O is O deprecated O in O Win32 B-Library ) O . O The O philosophy O of O SageMath B-Application is O to O use O existing O open-source O libraries B-Library wherever O they O exist O . O The O C B-Language programming I-Language language I-Language provides O many O standard B-Library library I-Library functions O for O file B-Operating_System input B-General_Concept and I-General_Concept output I-General_Concept . O These O functions O make O up O the O bulk O of O the B-Language C I-Language standard I-Language library I-Language header B-Language . O The O functionality O descends O from O a O " O portable O I/O B-General_Concept package O " O written O by O Mike O Lesk O at O Bell O Labs O in O the O early O 1970s O , O and O officially O became O part O of O the O Unix B-Application operating I-Application system I-Application in O Version B-Operating_System 7 I-Operating_System . O Once O the O attention O of O the O information B-Library retrieval I-Library field O moved O to O languages O other O than O English O , O it O was O found O that O for O some O languages O there O were O obvious O gains O to O be O found O . O The O UML B-Language sequence O diagram O shows O the O runtime B-Library interactions O . O This O value O exists O in O getopts B-Library but O is O rarely O used O , O since O it O can O just O access O the O shell O 's O parameters O . O A O Nim B-Application program O can O use O any O library B-Library which O can O be O used O in O a O C B-Language , O C++ B-Language , O or O JavaScript B-Language program O . O AVFoundation B-Operating_System is O a O multimedia B-Library framework I-Library with O APIs B-Application in O Objective-C B-Language and O Swift B-Application , O which O provides O high-level O services O for O working O with O time-based O audiovisual O media O on O Apple O Darwin-based O operating B-General_Concept systems I-General_Concept : O iOS B-Application , O macOS B-Application , O tvOS B-Operating_System , O and O watchOS B-Device . O In O other O databases O , O alternatives O to O express O the O same O query B-Library ( O other O queries B-Library that O return O the O same O results O ) O can O be O tried O . O Some O query B-Library tools O can O generate O embedded O hints B-Language in O the O query B-Library , O for O use O by O the O optimizer O . O In O contrast O to O library B-Library catalogue I-Library entries O , O a O large O proportion O of O the O bibliographic B-Library records I-Library in O bibliographic B-Library databases I-Library describe O articles O , O conference O papers O , O etc. O , O rather O than O complete O monographs O , O and O they O generally O contain O very O rich O subject O descriptions O in O the O form O of O keywords O , O subject O classification O terms O , O or O abstracts O . O A O TRAK B-Library view O presents O a O set O of O Architecture O Description O Tuples B-Application in O accordance O with O its O governing O viewpoint O . O marker B-Language interfaces I-Language which O also O have O no O methods O but O are O useful O at O run-time B-Library ) O . O ArangoDB B-Operating_System - O a O multi-model O database O which O provides O geoindexing O capability O . O Apache B-General_Concept Drill I-General_Concept - O A O MPP O SQL B-Language query B-Library engine O for O querying B-Library large O datasets O . O The O libwww B-Protocol library B-Library made O by O the O World O Wide O Web O Consortium O ( O W3C O ) O , O supports O pipelining O since O version O 5.1 O released O at O 18 O February O 1997 O . O The O evaluation O of O an O information B-Library retrieval I-Library system I-Library ' O is O the O process O of O assessing O how O well O a O system O meets O the O information O needs O of O its O users O . O In O many O more O languages O , O they O are O available O as O library B-Library functions I-Library without O special O syntax O . O In O the O 1980s O , O UMI O began O producing O CD-ROMs B-Device that O stored O databases B-Library of O periodicals O abstracts O and O indexes O . O Winsock B-Application 2 I-Application is O extensible O by O a O mechanism O known O as O a O Layered B-Library Service I-Library Provider I-Library ( O LSP O ) O . O OpenGL B-Library Utility I-Library Toolkit I-Library ( O GLUT O ) O – O An O old O windowing O handler O , O no O longer O maintained O . O The O main O goal O of O the O DotGNU B-Application project O code O base O was O to O provide O a O class O library B-Library that O is O 100% O Common O Language O Specification O ( O CLS O ) O compliant O . O PETSc B-Language has O an O interface O to O call O Hypre B-Library preconditioners O . O Both O templating O languages O are O text-based O ( O as O opposed O to O XML-based O ) O , O and O support O includes O , O inheritance O and O embedding O arbitrary O Python B-Language code I-Language . O Genshi B-Language , O an O XML-based O templating O language O , O can O be O used O in O lieu O of O either O Mako B-Library or O Myghty O . O The O use O of O pointers O and O the O run-time B-Library manipulation O of O these O means O there O may O be O two O ways O to O access O the O same O data O ( O aliasing O ) O , O which O is O not O determinable O at O compile B-Language time O . O The O linking B-Application process B-Operating_System is O usually O automatically O done O by O a O linker B-Application or O binder O program O that O searches O a O set O of O libraries O and O other O modules B-Architecture in O a O given O order O . O Linking B-Application may O be O done O when O an O executable B-Application file I-Application is O created O ( O static B-Library linking I-Library ) O , O or O whenever O the O program O is O used O at B-Library runtime I-Library ( O dynamic B-Application linking I-Application ) O . O COBOL O ( O ; O an O acronym O for O " O common O business-oriented O language O " O ) O is O a O compiled B-Language English-like O computer O programming O language O designed O for O business O use O . O It O is O an O imperative B-Application , O procedural B-Application and O , O since O 2002 O , O object-oriented B-Language language I-Language . O COBOL O is O still O widely O used O in O applications O deployed O on O mainframe B-Architecture computers I-Architecture , O such O as O large-scale O batch B-General_Concept and O transaction B-General_Concept processing I-General_Concept jobs O . O However O , O due O to O its O declining O popularity O and O the O retirement O of O experienced O COBOL O programmers O , O programs O are O being O migrated O to O new O platforms O , O rewritten O in O modern O languages O or O replaced O with O software B-Architecture packages I-Architecture . O COBOL O was O designed O in O 1959 O by O CODASYL B-Language and O was O partly O based O on O the O programming O language O FLOW-MATIC B-Language designed O by O Grace O Hopper O . O It O was O created O as O part O of O a O US O Department O of O Defense O effort O to O create O a O portable B-Architecture programming O language O for O data O processing O . O Expansions O include O support O for O structured B-Language and O object-oriented B-Language programming I-Language . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O COBOL O has O been O criticized O throughout O its O life O for O its O verbosity O , O design O process O , O and O poor O support O for O structured B-Language programming I-Language . O For O years O , O COBOL O has O been O assumed O as O a O programming B-Language language I-Language for I-Language business I-Language operations O in O mainframes B-Architecture , O although O in O recent O years O an O increasing O interest O has O surged O on O migrating O COBOL O operations O to O cloud B-Architecture computing I-Architecture . O At O a O time O when O new B-Language programming I-Language languages I-Language were O proliferating O at O an O ever-increasing O rate O , O the O same O survey O suggested O that O if O a O common O business-oriented O language O were O used O , O conversion O would O be O far O cheaper O and O faster O . O Representatives O included O Grace O Hopper O ( O inventor O of O the O English-like O data O processing O language O FLOW-MATIC B-Language ) O , O Jean O Sammet O and O Saul O Gorn O . O Portable B-Architecture programs O would O save O time O , O reduce O costs O and O ease O modernization O . O On O 28 O and O 29 O May O 1959 O ( O exactly O one O year O after O the O Zürich O ALGOL B-Language 58 I-Language meeting O ) O , O a O meeting O was O held O at O the O Pentagon O to O discuss O the O creation O of O a O common O programming B-Language language I-Language for I-Language business I-Language . O FORTRAN B-Application , O the O only O mainstream O language O at O the O time O , O lacked O the O features O needed O to O write O such O programs O . O The O steering O committee O met O on O 4 O June O and O agreed O to O name O the O entire O activity O as O the O Committee O on O Data O Systems O Languages O , O or O CODASYL B-Language , O and O to O form O an O executive O committee O . O The O committee O mainly O examined O the O FLOW-MATIC B-Language , O AIMACO B-Language and O COMTRAN B-Language programming O languages O . O The O FLOW-MATIC B-Language language O was O particularly O influential O because O it O had O been O implemented O and O because O AIMACO B-Language was O a O derivative O of O it O with O only O minor O changes O . O As O of O version O 10.0.17134.0 O ( O Windows O 10 O , O version O 1803 O ) O , O the O Microsoft B-Application Windows I-Application SDK I-Application contains O a O header-file-based O standard O C++ B-Language library O for O consuming O first-party O Windows B-Library APIs I-Library ( O that O is O , O Windows O Runtime O APIs B-General_Concept in O Windows O namespaces O ) O . O The O library B-Library also O ships O with O executables B-Application for O performing O these O transformations O from O the O command B-Application line I-Application . O The O default O builds O do O not O implement O cross-architecture O emulation B-Application via O QEMU B-Application , O and O as O a O result O ARM B-Architecture versions O will O only O run O ARM B-Architecture applications O that O use O the O Win32 B-Library API I-Library . O Wine O , O by O default O , O uses O specialized O Windows O builds O of O Gecko B-Language and O Mono B-Application to O substitute O for O Microsoft O 's O Internet B-Application Explorer I-Application and O .NET B-Application Framework I-Application . O Users O ( O or O programs O ) O request O data O from O a O relational B-Application database I-Application by O sending O it O a O query B-Library that O is O written O in O a O special O language O , O usually O a O dialect O of O SQL B-Language . O libsecret O library B-Library which O replaces O the O deprecated O libgnome-keyring O library B-Library . O Eigen B-Language is O a O high-level O C++ B-Language library B-Library of O template B-Application headers I-Application for O linear B-Language algebra I-Language , O matrix B-Architecture and O vector O operations O , O geometrical O transformations O , O numerical B-General_Concept solvers I-General_Concept and O related O algorithms O . O Views O : O They O are O objects O created O by O Newton B-Device View B-Architecture System O , O which O are O created O on O run-time B-Library to O render O views O . O Programmers O using O the O Windows B-Library API I-Library can O intercept O this O key O by O looking O for O a O WM_KEYDOWN O message O with O wParam O VK_APPS O ( O defined O as O 0x5D O in O winuser.h O ) O . O Most O application B-Application frameworks I-Application for O Windows B-Application ( O at O least O partly O ) O wrap O the O Windows B-Library API I-Library . O Cartopy O : O a O mapping O library B-Library featuring O object-oriented B-Language map B-Application projection I-Application definitions O , O and O arbitrary O point O , O line O , O polygon B-General_Concept and O image O transformation O capabilities O . O This O means O that O Cygwin B-Language programs O have O full O access O to O the O Windows B-Library API I-Library and O other O Windows O libraries O , O which O allows O gradual O porting O of O programs O from O one O platform O to O the O other O . O TRAK B-Library is O a O general O enterprise B-Library architecture I-Library framework I-Library aimed O at O systems O engineers O . O The O Harmony B-Library project O did O n't O make O much O progress O , O but O GNOME B-Application developed O very O well O . O FreeImage O Image O codec O based O on O the O FreeImage O library B-Library . O Most O books O in O the O Shelfari B-Library catalog O came O from O the O large O Amazon B-Application catalog O , O including O Amazon B-Application Marketplace O listings O added O by O independent O resellers O . O Distributed B-Application Codec I-Application Engine I-Application ( O DCE O ) O is O an O API B-Application and O its O implementation O as O software B-Library library I-Library ( O " O libdce O " O ) O by O Texas O Instruments O . O The O library B-Library was O released O under O the O Revised B-Operating_System BSD I-Operating_System License I-Operating_System and O some O additional O terms O . O Cataloging B-Library provides O information O such O as O author O 's O names O , O titles O , O and O subject O terms O that O describe O resources O , O typically O through O the O creation O of O bibliographic B-Library records I-Library . O The O largest O project O currently O using O the O Fyne B-Library toolkit O is O the O FyneDesk O project O , O a O complete O desktop O environment O for O Linux B-Application . O The O lab O was O motivated O by O the O fact O that O 20% O of O mathematical O queries B-Library in O general-purpose O search O engines O are O expressed O as O well-formed O questions O . O Image O Codec O Module O Simple O Image O Loading O LibrarY B-Library ( O SILLY O ) O Default O image O codec O , O which O is O based O on O the O SILLY O library B-Library . O In O 2018 O SOAtest B-Library won O an O award O for O " O Best O in O DevOps O APIs B-Application " O in O the O 2018 O API B-Application Awards O from O API:WORLD O . O In O the O wake O of O the O Australian O Government O 's O 2015 O Mid-Year O Economic O and O Fiscal O Outlook O Statement O , O Trove B-Library funding O was O cut O with O the O result O that O the O National O Library O of O Australia O would O cease O " O aggregating O content O in O Trove B-Library from O museums O and O universities O unless O ... O fully O funded O to O do O so O " O . O It O included O a O new O programming O language O , O a O virtual O machine O , O and O a O set O of O libraries B-Library for O use O with O the O language O . O An O example O is O an O audio O pipeline O in O the O PulseAudio B-Library sound O system O . O Somewhere O in O between O the O VA O Zachman B-Library Framework I-Library Portal O was O constructed O . O These O comprise O the O " O standard O library B-Library " O , O and O are O provided O on O the O official O website O and O included O in O the O official O documentation O : O The O ROS-Industrial O repository O includes O interfaces O for O common O industrial O manipulators O , O grippers O , O sensors O , O and O device O networks O . O It O also O provides O software B-Library libraries I-Library for O automatic O 2D/3D O sensor O calibration O , O process O path/motion O planning O , O applications O like O Scan-N-Plan O , O developer O tools O like O the O Qt O Creator O ROS B-Application Plugin O , O and O training O curriculum O that O is O specific O to O the O needs O of O manufacturers O . O The O latest O version O is O CyberGraphX B-Library V5 O used O in O MorphOS B-Operating_System . O As O a O result O , O getopts B-Library is O now O available O in O shells O including O the B-Device Bourne I-Device shell I-Device , O KornShell B-Language , O Almquist B-Operating_System shell I-Operating_System , O Bash B-Operating_System and O Zsh B-Application . O Factories O , O specifically O factory B-Language methods I-Language , O are O common O in O toolkits B-Library and O frameworks B-Architecture , O where O library O code O needs O to O create O objects O of O types O that O may O be O subclassed O by O applications O using O the O framework O . O These O functions O reside O in O kernel.exe O , O krnl286.exe O or O krnl386.exe O files O on O 16-bit B-Library Windows I-Library , O and O kernel32.dll O and O KernelBase.dll O on O 32 O and O 64 B-Device bit I-Device Windows B-Application . O MS-DOS O , O 16-bit B-Library Windows I-Library , O Windows O 2000 O , O Windows O XP O and O Windows O 7 O environments O are O no O longer O supported O . O , O PubMed B-Library has O more O than O 30 O million O citations O and O abstracts O dating O back O to O 1966 O , O selectively O to O the O year O 1865 O , O and O very O selectively O to O 1809 O . O , O 20 O million O of O PubMed B-Library 's O records O are O listed O with O their O abstracts O , O and O 21.5 O million O records O have O links O to O full-text O versions O ( O of O which O 7.5 O million O articles O are O available O , O full-text O for O free O ) O . O A O stand-alone O executable O of O compact O size O is O required O that O must O execute O without O recourse O to O the O run-time B-Device components O or O libraries B-Library associated O with O a O high-level B-Language language I-Language . O Programs O with O performance-sensitive O inner O loops O , O where O assembly O language O provides O optimization B-Application opportunities O that O are O difficult O to O achieve O in O a O high-level B-Language language I-Language . O First O available O in O 2004 O as O a O compiler O preview O , O Cω B-Language 's O features O were O subsequently O used O by O Microsoft O in O the O creation O of O the O LINQ B-Language features O released O in O 2007 O in O .NET B-Application version O 3.5 O The O concurrency B-Architecture constructs O have O also O been O released O in O a O slightly O modified O form O as O a O library B-Library , O named O Joins B-Library Concurrency B-Architecture Library B-Library , O for O C# B-Application and O other O .NET B-Language languages I-Language by O Microsoft O Research O . O Some O other O libraries B-Library implement O elementary O functions O with O correct O rounding B-Algorithm in O double O precision B-Architecture : O In O computer B-General_Concept programming I-General_Concept , O an O opaque B-General_Concept predicate I-General_Concept is O a O predicate B-Algorithm , O an O expression O that O evaluates O to O either O " O true O " O or O " O false O " O , O for O which O the O outcome O is O known O by O the O programmer O a O priori O , O but O which O , O for O a O variety O of O reasons O , O still O needs O to O be O evaluated O at O run B-Library time I-Library . O Also O , O it O allows O the O system O to O perform O better O analysis O during O runtime B-Library . O The O libcurl B-Protocol library B-Library supports O GnuTLS B-Application , O mbed B-Language TLS I-Language , O NSS B-Protocol , O gskit O on O IBM B-Application i I-Application , O SChannel B-Protocol on O Windows O , O Secure O Transport O on O macOS B-Application and O iOS B-Application , O SSL/TLS B-Protocol through O OpenSSL B-Language , O BoringSSL B-Protocol , O libreSSL B-Language , O AmiSSL O , O wolfSSL B-Protocol , O BearSSL O and O rustls O . O The O effectiveness O of O stemming B-General_Concept for O English O query B-Library systems I-Library were O soon O found O to O be O rather O limited O , O however O , O and O this O has O led O early O information B-Library retrieval I-Library researchers O to O deem O stemming B-General_Concept irrelevant O in O general.Baeza-Yates O , O Ricardo O ; O and O Ribeiro-Neto O , O Berthier O ( O 1999 O ) O ; O Modern O Information B-Library Retrieval I-Library , O ACM O Press/Addison O Wesley O An O alternative O approach O , O based O on O searching O for O n-grams B-Language rather O than O stems O , O may O be O used O instead O . O Early O work O on O interactive O information B-Library retrieval I-Library , O such O as O Juergen O Koenemann O and O Nicholas O J O . O Belkin O 's O 1996 O study O of O different O levels O of O interaction O for O automatic B-Algorithm query I-Algorithm reformulation I-Algorithm , O leverage O the O standard O IR O measures O of O precision O and O recall O but O apply O them O to O the O results O of O multiple O iterations O of O user O interaction O , O rather O than O to O a O single O query B-Library response O . O LAM/MPI B-Operating_System is O one O of O the O predecessors O of O the O Open B-Library MPI I-Library project O . O Adaptive B-Language Communication I-Language Environment I-Language ( O ACE O ) O is O an O object-oriented O library B-Library written O in O C++ O similar O in O functionality O to O APR O . O One O field O for O which O DejaGnu B-Library is O particularly O well O suited O is O that O of O embedded B-Architecture system I-Architecture design I-Architecture . O Position O information O enables O the O search O algorithm O to O identify O word O proximity O to O support O searching O for O phrases O ; O frequency O can O be O used O to O help O in O ranking O the O relevance O of O documents O to O the O query B-Library . O It O was O created O as O part O of O a O US O Department O of O Defense O effort O to O create O a O portable B-Architecture programming O language O for O data O processing O . O Expansions O include O support O for O structured B-Language and O object-oriented B-Language programming I-Language . O The O current O standard O is O ISO/IEC O 1989:2014 O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O Queries B-Library are O either O entered O in O the O Command B-Application Line I-Application Interface I-Application or O through O the O Web B-Application browser I-Application client O shown O below O . O This O combination O produces O Win32 B-Library executables O that O can O run O on O Windows B-Application 3.1 I-Application with O Win32s B-Library . O Access O to O variables O is O also O slower O in O an O interpreter B-Application because O the O mapping O of O identifiers O to O storage O locations O must O be O done O repeatedly O at O run-time B-Library rather O than O at O compile B-Application time I-Application . O The O command B-Application is O available O as O a O separate O package O for O Microsoft B-Application Windows I-Application as O part O of O the O UnxUtils B-Application collection O of O native B-Language Win32 B-Library ports O of O common O GNU B-Operating_System Unix-like B-Operating_System utilities O . O In O its O most O basic O use O case O , O seq B-Device N O prints O out O all O the O integers O from O 1 O to O N O in O sequence O . O GLScene B-Application is O a O free B-Application OpenGL-based O library B-Library for O Delphi B-Language , O C++ B-Language and O Free B-Operating_System Pascal I-Operating_System . O It O contains O articles O dating O to O 1920 O and O is O published O by O Chadwick-Healy O which O is O now O part O of O ProQuest B-Library on O behalf O of O the O Modern O Humanities O Research O Association O ( O MHRA O ) O . O ALGLIB B-Library Project O C++ O , O C# O , O Python O , O FreePascal O 2006 O 3.19.0 O / O 06.2022 O GPL/commercial O General O purpose O numerical O analysis O library O with O C++ O , O C# O , O Python O , O FreePascal O interfaces O . O On O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O GNU B-Operating_System Emacs B-Application can O use O the O X B-Operating_System Window I-Operating_System System I-Operating_System to O produce O its O GUI B-Application either O directly O using O Athena B-Library widgets I-Library or O by O using O a O " O widget O toolkit O " O such O as O Motif B-Application , O LessTif B-Application , O or O GTK+ B-Application . O Library B-Library and O stand-alone O ( O via O the O Python B-Language shell O ) O . O This O includes O code O from O other O companies O such O as O Oracle B-Application Corporation I-Application for O TopLink B-Library Essentials O . O It O can O be O integrated O with O Selenium B-Library and O other O browser O emulators O to O generate O screenshots O of O failures O . O ONScripter O relies O on O the O SDL B-Operating_System software B-Library library I-Library , O which O makes O it O compatible O with O a O wide O range O of O platforms O . O Full O interoperability O with O Erlang B-Operating_System code O , O without O runtime B-Library impact O . O FreeGLUT B-Application contains O a O few O enhancements O over O the O original O GLUT B-Library - O but O as O a O matter O of O policy O , O no O further O significant O features O will O be O added O . O The O English-speaking O libraries B-Library have O shared O cataloging B-Library standards O since O the O early O 1800s O . O The O literature O of O library O and O information O science O is O dominated O by O library B-Library cataloging I-Library , O but O it O is O important O to O consider O other O forms O of O cataloging B-Library . O It O also O allows O programs O to O be O easily O relocated B-Library in O memory O , O since O only O the O base B-General_Concept and I-General_Concept bounds I-General_Concept registers O have O to O be O modified O when O the O program O is O moved O . O OCaml O also O supports O creating O libraries B-Library of O OCaml O functions O that O can O be O linked O to O a O main O program O in O C B-Language , O so O that O an O OCaml O library B-Library can O be O distributed O to O C B-Language programmers O who O have O no O knowledge O or O installation O of O OCaml O . O This O collection B-Library of O browser B-Application objects O is O collectively O known O as O the O Browser B-General_Concept Object I-General_Concept Model I-General_Concept , O or O BOM O . O Bounds-checking B-Error_Name elimination I-Error_Name could O eliminate O the O second O check O if O the O compiler O or O runtime B-Library can O determine O that O neither O the O array B-Data_Structure size O nor O the O index O could O change O between O the O two O array B-Data_Structure operations O . O The O company O 's O scholarly O content O includes O dissertations B-Library and I-Library theses I-Library , O primary O source O material O , O ebooks O , O scholarly O journals O , O historical O and O current O newspapers O and O periodicals O , O data O sources O , O and O other O content O of O interest O to O researchers O . O libraries B-Library , O archives O and O museums O ) O and O about O different O kinds O of O materials O , O such O as O books O , O pictures O , O museum O objects O etc O . O Relative O to O Framewave B-Library 1.0 O , O noticeable O performance O gains O occurred O in O several O APIs B-Application , O including O JPEG O . O The O principal O other O product O in O the O area O are O Google B-Library Scholar I-Library , O Elsevier O 's O Scirus B-Application , O and O the O open O source O project O CiteSeer B-Application . O Implementing O software O reuse O entails O more O than O creating O and O using O libraries B-Library of O assets O . O A O JavaScript B-Language library I-Language is O a O library B-Library of O pre-written O JavaScript B-Language code O that O allows O for O easier O development O of O JavaScript-based O applications O , O especially O for O AJAX B-General_Concept and O other O web-centric O technologies O . O Sysquake B-Language supports O two O kinds O of O codes O : O libraries B-Library ( O collections O of O related O functions O which O extend O Sysquake B-Language capabilities O ) O , O and O SQ O files O , O applications O with O interactive O graphics O which O can O have O their O own O menus O . O FFmpeg B-Library supports O decoding O of O Sorenson O Video O since O 2002 O , O encoding O of O SVQ1 O was O added O in O 2004 O for O 0.4.9-pre1 O . O Many O search B-Application engines I-Application incorporate O an O inverted B-Algorithm index I-Algorithm when O evaluating O a O search O query B-Library to O quickly O locate O documents O containing O the O words O in O a O query B-Library and O then O rank O these O documents O by O relevance O . O In O 2021 O , O pvlib B-Library python I-Library participated O under O the O NumFOCUS O umbrella O GSoC O application O with O a O project O to O add O more O solar O resource O data O . O The O 4th O Prix O Babelio B-Library was O awarded O on O 15 O June O 2022 O as O the O result O of O 51,000 O votes O by O 10,000 O voters O participating O users O . O The O first O card B-Library catalogs I-Library appeared O in O the O late O 19th O century O after O the O standardization O of O the O 5 O in O . O In O other O words O , O this O library B-Library offers O a O threading O API B-Application for O structuring O an O Internet O application O as O a O state O machine O . O PubMed B-Library , O first O released O in O January O 1996 O , O ushered O in O the O era O of O private O , O free O , O home O - O and O office-based O MEDLINE O searching O . O R+ B-Data_Structure trees I-Data_Structure are O a O compromise O between O R-trees B-Library and O kd-trees B-Data_Structure : O they O avoid O overlapping O of O internal O nodes O by O inserting O an O object O into O multiple O leaves O if O necessary O . O Direct O current O machines O like O dynamos B-Library and O commutated O DC O motors O have O higher O maintenance O costs O and O power O limitations O than O alternating O current O ( O AC O ) O machines O due O to O their O use O of O the O commutator O . O Run-time B-Library access O to O memory B-General_Concept allocation I-General_Concept administration O . O ( O Jersey O ) O is B-Application often O used O as B-Library a O diminutive O in O Dutch O ( O e.g. O Pschyrembel B-Library most O commonly O refers O to O a O popular O medical O dictionary O in O German O , O the O Pschyrembel B-Library Clinical O Dictionary O ( O Pschyrembel B-Library Klinisches I-Library Wörterbuch I-Library ) O . O In O Windows O , O EndNote B-Library creates O a O file O with O an O * O .enl B-Library extension O , O along O with O a O * O .data O folder O containing O two O MySQL B-Application files O pdb.eni O and O sdb.eni O . O DirectShow B-Library , O which O builds O and O runs O generic O multimedia O pipelines O . O HistCite B-Library is O a O software O package O used O for O bibliometric O analysis O and O information B-Application visualization I-Application . O This O version O adds O a O C++ B-Language parallel O computing O library O called O the O Parallel B-Library Patterns I-Library Library I-Library , O partial O support O for O C++11 B-Language , O significantly O improved O IntelliSense B-Application based O on O the O Edison B-Language Design I-Language Group I-Language front O end O , O and O performance O improvements O to O both O the O compiler B-Language and O generated O code O . O Any O library B-Library function I-Library can O alter O the O value O stored O before O return O , O whether O or O not O they O detect O errors O . O \SysWOW64These O folders O store O dynamic-link O library O ( O DLL O ) O files B-Operating_System that O implement O the O core O features O of O Windows B-Application and O Windows B-Library API I-Library . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O libsndfile B-Language is O a O widely O used O C B-Language library B-Library written O by O Erik O de O Castro O Lopo O for O reading O and O writing O audio O files O . O One O of O the O most O commonly O used O is O meshing O , O and O the O PCL B-Language library B-Library has O two O algorithms O : O very O fast O triangulation O of O original O points O and O slower O networking O , O which O also O smooths O and O fills O holes O . O TRE B-Algorithm is O an O open-source B-Application library B-Library for O pattern B-Language matching I-Language in O text O , O which O works O like O a O regular B-Language expression I-Language engine O with O the O ability O to O do O approximate B-Algorithm string I-Algorithm matching I-Algorithm . O In O addition O to O source O compatibility O with O Qt B-Language , O the O Harmony B-Library project O also O aimed O to O add O functionality O such O as O multi-threaded B-Operating_System applications O and O pluggable O themes O , O features O that O Qt B-Language itself O later O added O . O For O video O editing O and O video O capture O , O Microsoft O recommends O using O DirectShow B-Library as O they O are O not O the O primary O focus O of O Media B-Device Foundation I-Device in O Windows B-Application Vista I-Application . O For O several O years O , O SEO O has O also O been O applied O to O academic B-Library search I-Library engines I-Library such O as O Google B-Library Scholar I-Library . O Routing B-Library and I-Library Remote I-Library Access I-Library Service I-Library ( O RRAS O ) O is O a O Microsoft O API B-General_Concept and O server B-Application software I-Application that O makes O it O possible O to O create O applications O to O administer O the O routing B-Library and I-Library remote I-Library access I-Library service I-Library capabilities O of O the O operating B-General_Concept system I-General_Concept , O to O function O as O a O network B-Protocol router I-Protocol . O Libraries B-Library in O ALGOL B-General_Concept 68RS I-General_Concept are O written O using O declaration O modules O which O consist O of O a O sequence O of O MODE O , O variable O , O operator O and O procedure O declarations O followed O by O a O keep O list O which O defines O which O declarations O are O visible O to O other O segments O . O From O the O time O of O this O sale O , O this O article O follows O the O history O of O ProQuest B-Library Information O and O Learning O , O not O ProQuest B-Library Company O . O A O GUI B-Library toolkit I-Library called O GTK B-Application ( O at O the O time O known O as O the B-Application GIMP I-Application ToolKit I-Application ) O was O developed O to O facilitate O the O development O of O GIMP O . O The O development O of O the B-Application GIMP I-Application ToolKit I-Application has O been O attributed O to O Peter O Mattis O becoming O disenchanted O with O the O Motif B-Application toolkit I-Application GIMP O originally O used O . O One O of O the O earliest O languages O to O support O sets O was O Pascal B-Application ; O many O languages O now O include O it O , O whether O in O the O core O language O or O in O a O standard B-Library library I-Library . O The O competing O package O EndNote B-Library does O not O offer O this O functionality O . O Online O search O in O thousands O of O databases B-Library ( O among O others O , O in O PubMed B-Library , O Web B-Library of I-Library Science I-Library , O etc O . O ) O Object O models O are O presented O to O automation O controllers O as O type O libraries O , O with O their O interfaces O described O in O ODL B-Library . O Although O Windows B-Device 98 I-Device does O not O fully O support O Unicode O , O certain O Unicode O applications O can O run O if O the O Microsoft B-Library Layer I-Library for I-Library Unicode I-Library is O installed O . O The O primary O difference O between O kGraft B-Application and O kpatch B-Application is O the O way O they O ensure O runtime B-Library consistency O of O the O updated O code O sections O while O hot O patches O are O applied O . O It O was O written O in O the O first O version O of O Delphi B-Language VCL B-Library , O as O a O 16-bit O Charting O Library O named O TeeChart B-Application version O 1 O . O EndNote B-Library 7 O for O Windows O , O released O 24 O June O 2003 O . O The O access O to O the O query B-Library histories O is O immediate O and O interactive O , O as O clicking O on O a O query B-Library brings O back O the O results O of O that O query B-Library from O when O it O was O executed O . O Open B-Library MPI I-Library ( O not O to O be O confused O with O OpenMP B-Application ) O was O formed O by O the O merging O FT-MPI O , O LA-MPI O , O LAM/MPI B-Operating_System , O and O PACX-MPI O , O and O is O found O in O many O TOP-500 B-Operating_System supercomputers B-Architecture . O Absoft O offers O support O for O MPI B-Application ( O MPICH2 B-Library and O Open B-Library MPI I-Library ) O . O mock/spy/stub O ) O library O , O compatible O with O any O test O framework O jsUnitTest O Based O on O TestCase O but O without O the O Prototype O dependency O JSTest O Light-weight O , O non-polluting O browser-based O framework O JSTest.NET O Browserless O JavaScript O unit O test O runner O for O use O with O MsTest O , O XUnit B-Library , O NUnit B-Application , O etc O . O As O the O Factor O implementation O and O standard B-Library libraries I-Library grew O more O detailed O , O the O need O for O certain O language O features O became O clear O , O and O they O were O added O . O In O broad O terms O ALSA B-Application is O a O kernel O subsystem O that O provides O the O sound O hardware O driver O , O and O PulseAudio B-Library is O the O interface O engine O between O applications O and O ALSA B-Application . O Using O DirectMusic B-Library , O it O is O possible O to O : O The O Chemistry B-Library Citation I-Library Index I-Library was O first O introduced O by O Eugene O Garfield O , O a O chemist O by O training O . O It O generates O C B-Language files O which O binaries O can O be O dynamically B-Application or O statically B-Library linked O with O an O SCM B-Language executable O . O The O areas O covered O by O the O library B-Library are O unconstrained O and O bound-constrained B-Application optimization I-Application , O quadratic B-Algorithm programming I-Algorithm , O nonlinear B-Algorithm programming I-Algorithm , O systems O of O nonlinear O equations O and O inequalities O , O and O non-linear B-Algorithm least I-Algorithm squares I-Algorithm problems O . O Apart O from O standard O X O libraries O , O the O only O software B-Library library I-Library it O depends O on O is O X O PixMap O ( O libxpm O ) O . O In O August O 2011 O , O AMD O released O version O 2.5 O of O the O ATI O APP O Software B-Application Development I-Application Kit I-Application , O which O includes O support O for O OpenCL B-Application 1.1 I-Application , O a O parallel B-Operating_System computing I-Operating_System language O developed O by O the B-Library Khronos I-Library Group I-Library . O It O is O free B-Application software I-Application released O under O the O GNU B-License General I-License Public I-License License I-License , O with O that O allow O static O linking O against O its O runtime B-Library libraries I-Library and O packages O for O any O purpose O in O combination O with O any O other O software O license O . O X-Ray B-Library is O a O reference O tool O , O introduced O in O September O 2011 O , O that O is O incorporated O in O the B-General_Concept Amazon I-General_Concept Kindle I-General_Concept Touch O and O later O models O , O Kindle B-Application Fire I-Application tablets O , O Kindle O apps O for O mobile O platforms O , O Fire B-Application Phones I-Application , O and O Fire B-Application TVs I-Application . O A O multi-dimensional O control B-Application table I-Application will O normally O , O as O a O minimum O , O contain O value/action O pairs O and O may O additionally O contain O operators O and O type O information O such O as O , O the O location O , O size O and O format O of O input O or O output O data O , O whether O data B-General_Concept conversion I-General_Concept ( O or O other O run-time B-Library processing O nuances O ) O is O required O before O or O after O processing O ( O if O not O already O implicit O in O the O function O itself O ) O . O The O same O is O true O of O most O of O the O class B-Library libraries I-Library , O but O in O this O case O some O code O is O drawn O from O the O GNU B-Language Classpath I-Language project O . O Shelfari B-Library was O founded O by O RealNetworks O alumni O Josh O Hug O and O Kevin O Beukelman O ( O both O software B-Application developers I-Application ) O , O and O Mark O Williamson O ( O who O never O joined O the O company O full-time O ) O under O the O name O Tastemakers O , O Inc. O , O along O with O designer O Ian O Patterson O . O The O background O process O then O redirects O these O sound O sources O to O one O or O more O sinks O ( O sound B-Device cards I-Device , O remote O network O PulseAudio B-Library servers O , O or O other O processes O ) O . O The O libSBML B-Language library B-Library is O free B-Application software I-Application released O under O the O terms O of O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application as O published O by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System ; O either O version O 2.1 O of O the O License O , O or O any O later O version O . O Thus O , O many O of O the O features O originally O presented O in O third-party O persistence B-Application frameworks O were O incorporated O into O the O Java B-Language Persistence I-Language API I-Language , O and O projects O such O as O Hibernate B-Library and O TopLink B-Library Essentials I-Library have O become O implementations O of O the O Java B-Language Persistence I-Language API I-Language specification O . O MVAPICH B-Library , O also O known O as O MVAPICH2 O , O is O a O BSD-licensed B-Operating_System implementation O of O the O MPI B-Application standard I-Application developed O by O Ohio O State O University O . O Name O xUnit B-Library Source O Remarks O XojoUnit O Unit O testing O framework O for O Xojo O that O works O with O Desktop O , O Web O and O iOS O project O types O . O How O to O use O this O principle O for O an O universal O index B-Data_Structure for O database O and O Information B-Library retrieval I-Library applications O is O described O in O . O ReAction B-Library : O object-oriented O GUI B-Library toolkit I-Library and O the O official O toolkit O for O AmigaOS B-Application . O More O sophisticated O DICT B-Library clients I-Library include O : O Because O the O translations O in O PowerWord B-Library 's O dictionaries B-Operating_System are O brief O , O the O application O works O best O when O dealing O with O well-defined O , O unambiguous O technical O words O rather O than O normal O words O . O All O older O VSTO O solutions O will O continue O to O run O in O newer O versions O of O Office O as O long O as O the O runtime B-Library against O which O they O were O developed O is O installed O . O Microsoft B-Application Academic I-Application was O a O free O internet-based O academic B-Library search I-Library engines I-Library for O academic O publications O and O literature O , O developed O by O Microsoft O Research O , O shut O down O in O 2022 O . O HTree B-Library indexing O improved O the O scalability O of O Linux B-Application ext2 B-Application based O filesystems B-Application from O a O practical O limit O of O a O few O thousand O files O , O into O the O range O of O tens O of O millions O of O files O per O directory O . O At O one O point O , O Dynix B-Library was O benchmarked O supporting O 1,600 O terminals O on O a O single O system O . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Thus O , O CIDOC B-Library CRM I-Library is O well O placed O to O become O an O important O information O standard O and O reference O model O for O Semantic O Web O initiatives O , O and O serves O as O a O guide O for O data B-Application , O or O database B-General_Concept , O modeling O more O generally O . O Lacking O a O large O standard B-Library library I-Library , O the O standard O specifies O 43 O statements O , O 87 O functions O and O just O one O class O . O The B-Operating_System Xbox I-Operating_System 360 I-Operating_System offers O movie O and O music O video O downloads O , O as O well O as O Zune B-Library Pass O streaming O . O This O allows O the O library B-Library to O be O used O in O virtually O any O operating O environment O . O The O core O class O in O RDFLib B-Library is O which O is O a O Python B-Language dictionary O used O to O store O collections O of O RDF O triples O in O memory O . O The O settlement O required O Reed B-Library Elsevier I-Library and O Seisint B-Library to O establish O and O maintain O a O comprehensive O security O program O to O protect O nonpublic O personal O information O . O As O tools O represent O an O implementation O of O the O logical O definition O of O TRAK B-Library they O may O contain O limitations O or O errors O owing O to O the O notation O language O ( O architecture B-Architecture description I-Architecture language I-Architecture ) O used O and O tool-specific O capabilities O . O Unlike O the O existing O x-ray B-Library scanners O used O at O borders O , O these O would O use O automated O processing O of O the O x-ray B-Library images O themselves O , O which O the O DoA O expected O to O yield O more O thorough O results O . O While O the O library B-Library uses O a O desktop O software O development O process O , O it O does O support O some O web-specific O features O , O including O : O In O January O 2021 O , O WorldCat B-Library had O over O 500,000,000 O catalog O records O and O over O 3 O billion O library O holdings O . O Both O library O systems O ( O Dynix B-Library and O ALII O ) O were O based O on O these O PICK O based O search O engine O tools O . O Online O platforms O such O as O Sketchfab B-Application and O Clara.io B-Application allow O users O to O directly O upload O their O 3D O models O and O display O them O using O a O hosted O WebGL B-Library viewer O . O Although O Infogami O 's O platform O was O abandoned O after O Not O a O Bug O was O acquired O , O Infogami O 's O software O was O used O to O support O the O Internet O Archive O 's O Open B-Library Library I-Library project O and O the O web.py O web B-Application framework I-Application was O used O as O the O basis O for O many O other O projects O by O Swartz O and O many O others O . O It O is O influenced O by O ALGLIB B-Library , O JAMA B-Language and O Boost B-Language , O among O others O , O and O has O accepted O numerous O code O contributions O . O This O variable O adjusts O the O runtime B-Library linking B-Application process B-Operating_System by O searching O for O shared O libraries O at O alternate O locations O and O by O forcibly O loading O and O linking B-Application libraries O that O would O otherwise O not O be O , O respectively O . O Abacus O C B-Language , O Win32 B-Library ASUE O Mathematica B-Application App::ErrorCalculator O Perl B-Language Chaospy O Python B-Language Colby O College O Uncertainty O Calculator O JavaScript B-Language Dempster O Shafer O with O Intervals O ( O DSI O ) O Toolbox O MATLAB B-Language EasyVVUQ O Python B-Language Experimental O Data O Analyst O ( O EDA O ) O Mathematica B-Application EPC O : O error-propagating O calculator O Perl B-Language ErrorCalc O iPhone/iPad O calculator O app O Error B-General_Concept Propagation I-General_Concept Calculator O Python B-Language FuncDesigner O Python B-Language fussy O C B-Language GUM_MC O Lazarus B-Language GUMsim O Object B-Language Pascal I-Language ( O Delphi B-Language ) O GUM O Tree O Calculator O ( O GTC O ) O , O freeware B-License single-user O , O nontransferable O Python B-Language GUM O Workbench O Object B-Language Pascal I-Language ( O Delphi B-Language ) O Gustavus O Adolphus O error B-General_Concept propagation I-General_Concept calculator O gvar O Python B-Language laffers.net O error B-General_Concept propagation I-General_Concept calculator O JavaScript B-Language LNE-MCM O MATLAB B-Language MCM O Alchimia O Object B-Language Pascal I-Language ( O Delphi B-Language ) O Measurement O Software O Toolkit O , O freeware B-License noncommercial O use O R B-Language , O Excel B-Application plug-in O Measurements.jl O Julia B-Application MonteCarloMeasurements.jl O Julia B-Application metRology O package O for O R B-Language , O GPL B-License R B-Language MetroloPy O Python B-Language MUSE O , O freeware B-License noncommercial O use O C++ B-Language METAS O UncLib O freeware B-License , O no O redistribution O C# B-Application , O MATLAB B-Language wrapper O and O Python B-Language wrapper O but O you O can O use O NI O VISA O for O example O . O The O command B-Application is O available O as O a O separate O package O for O Microsoft B-Application Windows I-Application as O part O of O the O UnxUtils B-Application collection O of O native B-Language Win32 B-Library ports O of O common O GNU B-Operating_System Unix-like B-Operating_System utilities O . O Here O the O echo B-Application command I-Application prints O a O string O of O text O that O includes O a O tab O character O , O then O the O output O is O directed O into O the O expand O command B-Application . O Research O has O shown O that O Google B-Library Scholar I-Library puts O high O weight O especially O on O citation O counts O , O as O well O as O words O included O in O a O document O 's O title O . O Windows B-Application PowerShell O also O includes O various O cmdlets O for B-Language managing O various O Windows B-Application systems O , O including O the O file B-Application system I-Application , O or O using O Windows B-Library Management I-Library Instrumentation I-Library to O control O Windows B-Device components I-Device . O Immediate B-Application mode I-Application GUI I-Application widget B-Library toolkits I-Library are O a O good O choice O for O those O who O prefer O a O simple O , O easily O changeable O , O and O extendable O GUI B-Library toolkit I-Library . O It O also O provides O several O basic O layout B-Library managers I-Library , O a O datatransfer O package O for O use O with O the O Clipboard O and O Drag O and O Drop O , O the O interface O to O input B-Device devices I-Device such O as O mice B-Device and O keyboards B-Device , O as O well O as O access O to O the O system O tray O on O supporting O systems O . O Apple O chose O the O game O to O demonstrate O the O graphics O capabilities O of O their O iPhone B-Operating_System 6 I-Operating_System and O Metal B-Library graphics O API B-General_Concept at O the O iPhone B-Operating_System 6 I-Operating_System 's O announcement O event O . O Appium B-Library was O originally O developed O by O Dan O Cuellar O in O 2011 O under O the O name O " O iOSAuto O " O , O written O in O the O C# B-Application programming O language O . O Windows B-Application Forms I-Application is O built O on O the O existing O Windows B-Library API I-Library and O some O controls O merely O wrap O underlying O Windows O components O . O The O library B-Library is O based O on O the O DTS O Coherent O Acoustics O standard O ( O ETSI O 102 O 114 O v1.2.1 O ) O . O It O hides O the O differences O between O computing B-Device platforms I-Device for O the O commands O which O compile B-Language shared O libraries B-Library . O In O what O was O called O the O " O Java-tization O of O CORBA B-Architecture " O , O the O group O was O positioning O Java B-Language to O be O a O distributed O object O architecture O , O similar O to O what O Microsoft O had O intended O with O OLE B-Operating_System in O Blackbird B-Library . O Furthermore O their O basic O representations O as O rectangular O regions O on O a O 2D O flat O screen O make O them O a O good O fit O for O system O programmers O , O thus O favoring O the O abundance O of O commercial O widget B-Library toolkits I-Library in O this O style O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Many O languages O serve O a O similar O purpose O , O e.g. O , O the O Lexical B-General_Concept Markup I-General_Concept Framework I-General_Concept ( O XML B-Protocol and O other O serializations O ) O , O OntoLex O ( O RDF O ) O , O DICT B-Library ( O text O format O ) O , O or O the O dicML O markup O languages O . O Armadillo B-Language : O An O open O source O C++ O linear B-Library algebra I-Library library I-Library for O fast O prototyping O and O computationally O intensive O experiments O ( O p O . O 84 O ) O . O This O somehow O reduced O significance O and O popularity O of O third-party O object O – O relational O libraries B-Library . O Additionally O , O the O review O notes O that O Cubes B-Library is O well-suited O for O smaller O organizations O or O teams O that O do O n't O require O the O complexity O and O scalability O of O enterprise-level O OLAP B-Application solutions O . O BRRips B-Library , O which O are O often O mistaken O for O BDRips B-Library , O are O an O already O encoded O video O at O HD O resolution O that O is O then O transcoded B-Algorithm to O another O resolution O ( O usually O SD B-Device ) O . O Although O PHIGS B-Library ultimately O expanded O to O contain O advanced O functions O ( O including O the O more O accurate O Phong O lighting O model O and O Data O Mapping O ) O , O other O features O considered O standard O by O the O mid-1990s O were O not O supported O ( O notably O texture O mapping O ) O , O nor O were O many O machines O of O the O era O physically O capable O of O optimizing O it O to O perform O in O real O time O . O In O 2004 O , O market O research O by O LexisNexis B-Library indicated O that O most O attorneys O and O librarians O conduct O the O majority O of O their O research O online O , O but O " O that O there O are O a O number O of O experienced O attorneys O , O principally O in O smaller O firms O , O who O still O prefer O print O and O who O are O extremely O unlikely O to O change O their O ways O " O . O The O key O features O of O TouchToolkit B-Library are O : O On O December O 3 O , O 2015 O , O the O Swift B-Application language I-Application , O supporting O libraries O , O debugger O , O and O package O manager O were O open-sourced O under O the O Apache B-Application 2.0 I-Application license I-Application with O a O Runtime B-Library Library I-Library Exception O , O and O was O created O to O host O the O project O . O The O Win32 B-Library version O also O supports O a O dialup O connection O . O However O , O the O dose O delivered O by O older O DEXA B-Algorithm radiation O sources O ( O that O used O radioisotopes O rather O than O x-ray B-Library generators O ) O could O be O as O high O as O 35 O mGy O , O considered O a O significant O dose O by O radiological O health O standards O . O On O June O 16 O , O 2010 O Apache O announced O that O iBATIS B-Library was O retired O and O moved O to O the O Apache B-Application Attic I-Application . O Remote B-Library Data I-Library Services I-Library ( O RDS O ) O allowed O the O retrieval O of O a O set O of O data O from O the O server O , O which O the O client O then O altered O in O some O way O and O then O sent O back O to O the O server O for O further O processing O . O It O can O also O import O MuseData B-Library ( O .md O ) O , O which O has O been O superseded O by O MusicXML O . O Name O xUnit B-Library Fixtures O Group O fixtures O Generators O MPI O OpenMP O Source O Remarks O FUnit B-Library Minimum O Fortran O plus O assertions O and O boiler O plate O expanded O via O Ruby O . O The O Federal B-Library Enterprise I-Library Architecture I-Library Framework I-Library ( O FEAF O ) O is O based O on O the O Zachman B-Library Framework I-Library but O only O addresses O the O first O three O columns O of O Zachman O , O using O slightly O different O names O , O and O focuses O in O the O top O of O the O three O rows O . O Parasoft B-Library C/C I-Library ++test I-Library is O a O combined O set O of O tools O that O helps O developers O test O their O software O . O ProQuest B-Library Dissertations I-Library and I-Library Theses I-Library ( O PQDT B-Library ) O is O an O online O database O that O indexes O , O abstracts O , O and O provides O full-text O access O to O dissertations O and O theses O . O νb2 O , O νs2 O and O νf2 O are O the O x-ray B-Library attenuation O coefficients O for O each O component O at O the O high O x-ray B-Library energy O level O . O Many O programming O languages O with O language-specific O APIs B-Application include O libraries B-Library for O accessing O MySQL B-Application databases O . O Note O that O fudget B-Library composition O must O be O read O from O right O to O left O , O as O a O simple O function O composition O . O With O the O advent O of O WebGL B-Library , O Paul O Brunt O was O able O to O implement O the O new O rendering O technology O quite O easily O as O Three.js B-Language was O designed O with O the O rendering O code O as O a O module O rather O than O in O the O core O itself O . O TopLink B-Library is O produced O by O Oracle B-Application and O is O a O part O of O Oracle B-Application 's O OracleAS B-Language , O WebLogic B-Language , O and O OC4J O servers O . O This O results O in O a O factor O thirty O reduction O of O the O compiled O library B-Library size O ( O as O of O 2004 O ) O . O A O pivot O query B-Library allows O multiple O representations O of O data O according O to O different O dimensions O . O Include O files O and O development O tools O such O as O cc(1 ) O , O yacc(1 ) O , O lex(1 ) O , O and O make(1 ) O . O ksh(1 ) O ( O the O Korn O Shell O ) O and O over O 250 O utilities O such O as O ls(1 ) O , O sed(1 ) O , O cp(1 ) O , O stty(1 ) O , O etc O . O Most O of O the O Unix B-Application API B-Application is O implemented O by O the O POSIX.DLL O dynamically O loaded O ( O shared O ) O library B-Library . O He O thought O it O would O be O fun O to O implement O a O simple O 3D O graphics B-Library library I-Library using O the O OpenGL B-Application API B-Application , O which O he O might O then O use O instead O of O VOGL O ( O very O ordinary O GL O Like O Library O ) O . O Mesa B-Application started O off O by O rendering O all O 3D O computer O graphics O on O the O CPU B-General_Concept . O In O the O late O 1990s O , O mature O , O " O full O stack O " O frameworks O began O to O appear O , O that O often O gathered O multiple O libraries B-Library useful O for O web O development O into O a O single O cohesive O software B-Application stack I-Application for O web O developers O to O use O . O GDK B-Language lies O between O the O display O server O and O the O GTK B-Application library B-Library , O handling O basic O rendering O such O as O drawing O primitives O , O raster B-Algorithm graphics I-Algorithm ( O bitmaps O ) O , O cursors B-Application , O fonts O , O as O well O as O window O events O and O drag-and-drop O functionality O . O The O library B-Library facilitates O building O graphical O GNOME B-Application applications O using O Mono B-Application or O any O other O compliant O Common O Language O Runtime O ( O CLR O ) O . O Gtk# O is O an O event-driven O system O like O any O other O modern O windowing O library B-Library where O every O widget O allows O associating O handler O methods O , O which O get O called O when O certain O events O occur O . O In O a O typical O installation O scenario O under O Linux B-Application , O the O user O configures O ALSA B-Application to O use O a O virtual O device O provided O by O PulseAudio B-Library . O Unlike O J2EE B-Language , O Hibernate B-Library can O switch O databases O . O This O gives O any O address O derived O a O half-life O of O the O period O in O which O prelink B-Library is O run O . O In O others O , O including O the O WinAPI B-Library function O GetPrivateProfileString O , O comments O must O occur O on O lines O by O themselves O . O It O contains O a O stand-alone O Python-to-JavaScript O compiler B-Language , O an O Ajax B-General_Concept framework I-General_Concept and O widget B-Library toolkit I-Library , O and O through O use O of O these O components O , O developers O can O write O comprehensive O applications O , O to O run O in O all O major O web B-Application browsers I-Application , O without O writing O any O JavaScript B-Language . O These O kinds O of O sanity B-Error_Name checks I-Error_Name may O be O used O during O development O for O debugging O purposes O and O also O to O aid O in O troubleshooting O software O runtime B-Library errors I-Library . O Implementations O of O regex B-Language functionality O is O often O called O a O regex B-Language engine O , O and O a O number O of O libraries B-Library are O available O for O reuse O . O To O facilitate O the O ease O of O integrating O WSD O systems O into O other O Natural B-Language Language I-Language Processing I-Language ( O NLP B-Language ) O applications O , O such O as O Machine B-Application Translation I-Application and O multilingual O Information B-Library Retrieval I-Library , O the O cross-lingual O WSD O evaluation O task O was O introduced O a O language-independent O and O knowledge-lean O approach O to O WSD O . O Clara.io B-Application ( O Exocortex O ) O is O a O 3D O polygon O modeling O , O solid O constructive O geometry O , O animation O , O and O rendering O package O that O runs O in O any O web B-Application browser I-Application that O supports O WebGL B-Library . O The O library B-Library supports O the O file O URI O scheme O , O SFTP B-Protocol , O Telnet B-Protocol , O TFTP B-Device , O file O transfer O resume O , O FTP B-Protocol uploading O , O HTTP B-Protocol form-based O upload O , O HTTPS B-Protocol certificates O , O LDAPS B-Protocol , O proxies O , O and O user-plus-password O authentication O . O OpenWindows O 1.0 O was O released O in O 1989 O as O a O separately O licensed O addition O to O SunOS B-Operating_System 4.0 O , O replacing O the O older O SunView B-Library ( O originally O " O SunTools B-Library " O ) O windowing B-Application system I-Application . O Legal O type O conversions O — O for O example O , O conversions O from O number O to O string O — O are O done O automatically O at O run B-Library time I-Library ; O illegal O type O conversions O are O fatal O errors O . O The O design O of O such O tables O is O sometimes O referred O to O as O table-driven O design O ( O although O this O typically O refers O to O generating O code O automatically O from O external O tables O rather O than O direct O run-time B-Library tables O ) O . O Phodevi O ( O Phoronix O Device O Interface O ) O is O a O library B-Library that O provides O a O clean O , O stable O , O platform-independent O API B-Application for O accessing O software O and O hardware O information O . O fpGUI B-Language : O An O open-source B-Application widget B-Library toolkit I-Library that O is O completely O implemented O in O Object O Pascal O . O Critics O of O dependency B-Library injection I-Library argue O that O it O : O A O different O approach O , O OpenGL B-Library Performer I-Library , O prioritized O performance O optimization O but O remained O proprietary B-Application . O This O systems O are O typically O evaluated O based O on O their O mean O average O precision O over O a O set O of O benchmark O queries B-Library from O organizations O like O the O Text B-Language Retrieval I-Language Conference I-Language ( O TREC O ) O . O Libart B-Language is O a O free B-Application software I-Application graphics B-Library library I-Library of O functions O for O 2D O graphics O supporting O a O superset O of O the O PostScript B-Language imaging O model O . O Data O language O : O A O domain-specific O subset O of O the O PowerShell O scripting B-Language language I-Language that O allows O data O definitions O to O be O decoupled O from O the O scripts O and O allows O localized B-General_Concept string O resources O to O be O imported O into O the O script O at B-Library runtime I-Library ( O Script O Internationalization O ) O . O WebCL B-Library , O being O a O JavaScript B-Language based O implementation O , O does O n't O return O an O error O code O when O errors O occur O . O In O contrast O with O Google B-Library Scholar I-Library and O PubMed B-Library , O Semantic B-Application Scholar I-Application is O designed O to O highlight O the O most O important O and O influential O elements O of O a O paper O . O Also O included O is O an O Ajax B-General_Concept library O and O widget B-Library set I-Library that O provides O access O to O the O Document B-General_Concept Object I-General_Concept Model I-General_Concept ( O DOM B-General_Concept ) O of O modern O JavaScript-capable O web B-Application browsers I-Application . O Audio O Compression O Manager O ( O ACM O ) O is O a O Windows O multimedia B-Library framework I-Library that O manages O audio O codecs O ( O compressor/decompressors O ) O . O When O a O program O is O to O be O executed B-General_Concept , O a O loader B-Operating_System first O performs O the O necessary O memory B-General_Concept setup O and O links O the O program O with O any O dynamically B-Application linked I-Application libraries B-Library it O needs O , O and O then O the O execution O begins O starting O from O the O program O 's O entry B-Language point I-Language . O The O XView B-Library source O code O has O been O freely O available O since O the O early O 1990s O , O making O it O the O " O first O open-source B-Application professional-quality O X B-Operating_System Window I-Operating_System System I-Operating_System toolkit O " O . O An O address O can O also O provide O additional O data O to O the O communications O library B-Library in O the O form O of O comma-separated O key O = O value O pairs O . O In O 2022 O , O the O PyTorch B-Library Lightning I-Library library O officially O became O a O part O of O the O Lightning O framework O , O an O open-source O framework O managed O by O the O original O creators O of O PyTorch B-Library Lightning I-Library . O Cross O Worlds O Computing O developed O applications O on O the O MetaCard B-Library platform O ( O e.g. O , O Ten O Thumbs O Typing O Tutor O ) O and O developed O their O own O MetaCard B-Library IDE B-Application called O Revolution O . O Computational O methods O have O been O developed O to O assist O with O information B-Library retrieval I-Library from O scientific O literature O . O Alternative O RTG O APIs B-Application are O Picasso O 96 O and O Enhanced O Graphics O System O , O the O first O is O used O in O AmigaOS4 B-Application and O implements O the O CyberGraphX B-Library V4 O API B-Application with O some O V5 O extensions O . O Presented O in O 1983 O in O the O PhD O dissertation O of O Insup O Lee O , O DYMOS O was O a O fully O integrated O system O that O had O access O to O an O interactive O user O interface O , O a O compiler B-Language and O runtime B-Library for O a O Modula B-Language variant O , O and O source O code O . O However O , O parts O of O the O class B-Library library I-Library , O such O as O font O rendering O , O colour O management O and O sound O support O , O were O only O provided O as O proprietary B-Application binary O plugins O . O Language B-Language models I-Language are O used O in O information B-Library retrieval I-Library in O the O query B-Library likelihood O model O . O Support O for O encoding O Flash B-Operating_System Video I-Operating_System files O is O provided O by O an O encoding O tool O included O with O Adobe O 's O Flash B-Operating_System Professional I-Operating_System and O Creative O Suite O products O , O On2 B-Application 's O Flix O encoding O tools O , O Sorenson O Squeeze O , O FFmpeg B-Library and O other O third-party O tools O . O Deeplearning4j B-Library is O open-source B-Application software I-Application released O under O Apache B-Application License I-Application 2.0 I-Application , O developed O mainly O by O a O machine O learning O group O headquartered O in O San O Francisco O . O It O uses O the O wxWidgets B-Language toolkit B-Library and O the O Scintilla B-Language component I-Language for O file O editing O . O Some O headers O are O not O associated O with O a O .dll O but O with O a O static B-Library library I-Library ( O e.g. O On O Amiga B-Device it O is O being O developed O as O a O GTK_MUI O wrapper O , O to O map O any O existing O graphical O features O of O GTK B-Application to O the O standard O Magic B-Library User I-Library Interface I-Library ( O MUI O ) O graphic O user O interface O system O . O As O a O data O broker O Reed B-Library Elsevier I-Library collected O , O used O , O and O sold O data O on O millions O of O consumers O . O In O lambda B-General_Concept calculus O , O a O library B-Library would O take O the O form O of O a O collection O of O previously O defined O functions O , O which O as O lambda-terms O are O merely O particular O constants O . O The O pure O lambda B-General_Concept calculus O does O not O have O a O concept O of O named O constants O since O all O atomic O lambda-terms O are O variables O , O but O one O can O emulate O having O named O constants O by O setting O aside O a O variable O as O the O name O of O the O constant O , O using O abstraction B-Application to O bind O that O variable O in O the O main O body O , O and O apply O that O abstraction B-Application to O the O intended O definition O . O Commercial O internet B-Application search I-Application engines I-Application tend O to O produce O too O many O matches O ( O known O as O recall O ) O for O the O average O search O query B-Library . O Framewave B-Library is O free B-License and I-License open-source I-License software I-License released O under O the O Apache B-Application License I-Application version O 2.0 O , O which O is O compatible O with O the O GNU B-License General I-License Public I-License License I-License 3.0 O . O An O unrelated O program O and O library B-Library from O 2016 O , O also O known O as O dcadec O , O provides O some O extra O functions O including O support O for O the O ES O and O HD O extensions O , O the O 96/24 O format O , O and O Master O Audio O streams O . O At O lower O X-ray B-Library energies O ( O 60 O keV O ) O , O the O most O dominant O process O is O the O photoelectric O effect O , O where O the O photons O are O fully O absorbed O by O bound O electrons O in O the O material O , O usually O core O electrons O in O the O K O - O or O L-shell O of O the O atom O , O and O then O ejected O , O leading O to O the O ionization O of O the O host O atom O . O Indices O are O usually O implemented O via O B+ O trees O , O R-trees B-Library , O and O bitmaps B-Data_Structure . O The O use O of O efficient O indexes O on O both O primary O and O foreign B-Application keys I-Application can O dramatically O improve O query B-Language performance O . O EGL B-Application is O an O interface B-Application between O Khronos B-Library rendering O APIs B-Application ( O such O as O OpenGL B-Application , O OpenGL B-Application ES I-Application or O OpenVG B-Library ) O and O the O underlying O native O platform O windowing B-Application system I-Application . O GG O 2019-10 O 2019-10-31 O The O 14th O monthly O release O of O Cinelerra-GG O Infinity O adds O scaling O for O HiDPI O monitors O , O and O speeds O up O AV1 O decoding O . O GG O 2020-01 O 2020-01-31 O The O 17th O monthly O release O of O Cinelerra-GG O Infinity O adds O OpenSuse O Tumbleweed O as O supported O platform O , O and O Gentoo O as O single O user O platform O . O GG O 2020-07 O 2020-07-31 O The O 23rd O monthly O release O of O Cinelerra-GG O Infinity O adds O aligning O video O using O timecodes O , O two O more O subtitle O formats O , O and O auto-rotate O for O videos O with O rotation O metadata O set O . O GG O 2021-02 O 2021-02-28 O The O 27th O release O of O Cinelerra-GG O Infinity O . O Other O changes O : O autosave O backups O optional O feature O is O now O a O Settings O in O Preferences O under O Appearance O ; O additional O FFmpeg B-Library video/audio O render O formats O available O such O as O dnxhr O variants O ; O aspect O ratio O and O interlace O improvements O ; O batch O Render O menu O now O has O a O hidden O feature O to O prevent O mistakes O which O can O be O turned O on/off O ; O Openjpeg O upgraded O from O 2.3.1 O to O 2.4.0 O . O The O existing O DirectShow B-Library technology O is O intended O to O be O replaced O by O Media B-Device Foundation I-Device step-by-step O , O starting O with O a O few O features O . O They O range O from O general-purpose O libraries B-Library like O the O smart B-Language pointer I-Language library O , O to O operating B-General_Concept system I-General_Concept abstractions O like O Boost B-Language FileSystem O , O to O libraries B-Library primarily O aimed O at O other O library O developers O and O advanced O C++ B-Language users O , O like O the O template B-Language metaprogramming I-Language ( O MPL O ) O and O domain-specific B-Language language I-Language ( O DSL O ) O creation O ( O Proto O ) O . O Later O , O this O functionality O was O provided O as O a O C O library B-Library function I-Library , O glob( ) O , O used O by O programs O such O as O the O shell B-Operating_System . O The O Routing B-Library and I-Library Remote I-Library Access I-Library Service I-Library Management O Pack O helps O a O network O administrator O monitor O the O status O and O availability O of O computers O running O Windows B-Device Server I-Device 2008 I-Device R2 O . O An O object B-Application file I-Application may O also O work O like O a O shared O library B-Library . O Most O of O the O WTL O API O is O a O mirror O of O the O standard O Win32 B-Library calls O , O so O the O interface O tends O to O be O familiar O to O most O Windows O programmers O . O In O order O to O be O able O to O do O this O before O the O whole O class B-Library library I-Library is O made O free O , O and O to O be O able O to O bundle O OpenJDK B-Language in O Fedora O Core O and O other O free O Linux B-Application distributions O , O Red O Hat O has O started O a O project O called O IcedTea B-Language . O Effi B-Language also O contains O dedicated O libraries B-Library for O interaction O with O RDBMS O as O well O as O for O data O storage O and O serialization/restoration B-Application etc O . O In O early O 2009 O , O the O non-profit O technology O consortium B-Application Khronos B-Library Group I-Library started O the O WebGL B-Library Working O Group O , O with O initial O participation O from O Apple O , O Google B-Application , O Mozilla B-Operating_System , O Opera B-Application , O and O others O . O Primarily O , O WebCL B-Library allows O web O applications O to O actualize O speed O with O multi-core O CPUs B-Device and O GPUs B-Architecture . O EndNote B-Library X7.3 O for O Windows O & O Mac O , O released O 1 O April O 2015 O . O I/O B-Library completion I-Library port I-Library loops O run O separately O from O the O Message B-Library loop I-Library , O and O do O not O interact O with O the O Message B-Library loop I-Library out O of O the O box O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O In O MS-DOS/PCDOS O 2.0 O through O 4.01 O , O the O length O of O the O SHELL O line O was O limited O to O 31 O characters O , O whereas O up O to O 128 O characters O are O possible O in O later O versions O . O DR-DOS O even O accepts O up O to O 255 O characters O . O When O installing O Windows O 95 O over O a O preexisting O DOS/Windows O install O , O CONFIG.SYS O and O AUTOEXEC.BAT O are O renamed O to O CONFIG.DOS O and O AUTOEXEC.DOS O . O GrandOrgue B-Language is O a O free B-License and I-License open-source I-License virtual O pipe O organ O simulator O , O which O utilizes O the O wxWidgets B-Language widget B-Library toolkit I-Library . O In O preliminary O benchmarks O , O BMW O found O that O the O systemd B-Application 's O D-Bus B-Language library B-Library increased O performance O by O 360% O . O However O , O in O the O case O of O ultrasonography O , O a O phantom O with O similar O rheological O and O ultrasound B-Application scattering O properties O to O real O tissue O would O be O essential O , O but O x-ray B-Library absorbing O properties O would O not O be O needed O . O Music O on O Zune B-Library Marketplace O was O offered O by O the O big O four O music O groups O ( O EMI O , O Warner O Music O Group O , O Sony O BMG O and O Universal B-Application Music O Group O ) O , O as O well O as O smaller O music O labels O . O ArchiveGrid B-Application is O a O collection O of O over O five O million O archival O material O descriptions O , O including O MARC O records O from O WorldCat B-Library and O finding O aids O harvested O from O the O web O . O In O this O case O the O library O is O called O a O dynamic B-Application library I-Application ( O loaded B-Operating_System at B-Library runtime I-Library ) O . O A O dynamic B-Application library I-Application can O be O loaded B-Operating_System and O linked O when O preparing O a O program O for O execution O , O by O the O linker B-Application . O kdeinit O speeds O up O start O of O applications O on O KDE B-Application workspaces O ; O kdeinit O is O linked O against O all O libraries B-Library a O standard O KDE B-Application application O needs O . O With O this O technique O starting O an O application O becomes O much O faster O because O now O only O the O application O itself O needs O to O be O linked O whereas O otherwise O both O the O application O as O well O as O all O the O libraries B-Library it O uses O need O to O be O linked O . O By O including O a O query B-Library in O a O document O it O is O easy O to O create O documents O that O aggregate O other O documents O . O 472 O University O of O Michigan O Press O 473 O ( O various O New O Zealand O Societies O ' O publications O ) O 475 O Victoria O University O of O Wellington O 477 O New O Zealand O DSIR O 478 O Government O of O New O Zealand O 485 O Athlone O Press O University O of O London O 486 O Dover O Publications O 490 O Aldus O Books O 491 O W O . O H O . O Allen O now O part O of O Virgin O Books O 495 O Thomson O Wadsworth O Thomson O Brooks/Cole O 498 O A O . O S O . O Barnes O 500 O Thames O & O Hudson O 510 O Ernest O Benn O 511 O Cambridge O University O Press O used O for O electronic O books O 515 O Jove O Books O part O of O Harcourt O now O part O of O Penguin O Random O House O 516 O Childrens O Press O 517 O Crown O Publishers O Avenel O Books O ; O Bonanza O Books O ; O Crescent O Books O ; O Gramercy O Books O ; O Harrison O House O ; O Wings O Books O ; O often O as O distributor O now O part O of O Penguin O Random O House O 518 O Books O for O Libraries O Press O 520 O University O of O California O Press O 521 O Cambridge O University O Press O 522 O Melbourne O University O Press O worldwide O distribution O by O Cambridge O University O Press O 523 O Pinnacle O Books O 525 O E O . O P O . O Dutton O now O part O of O Penguin O Random O House O 527 O Kraus O Reprint O 528 O Rand B-Application McNally O College O Publishing O 529 O Collins O ( O U.S. O division O ) O ; O World O Catholic O Press O Collins O U.S. O division O is O now O part O of O HarperCollins O 531 O Franklin O Watts O 532 O Pleasure O Books O 533 O Vantage O Press O 534 O Wadsworth O ; O Brooks/Cole O now O part O of O The O Thomson O Corporation O 536 O Simon O & O Schuster O Custom O Publishing O ; O Pearson O Custom O Publishing O 538 O South-Western O Publishing O 540 O George O Philip O 542 O UMI B-Library Press O theses O 543 O Adamant O Elibron O Classics O 544 O Houghton O Mifflin O Harcourt O 545 O Scholastic O Arthur O A O Levine O Books O 547 O Houghton O Mifflin O Company O Mariner O Boston O , O MA O 548 O Kessinger O print O on O demand O 550 O W O . O & O R O . O Chambers O 551 O Marshalls O ; O Marshall O Pickering O now O part O of O HarperCollins O 552 O Corgi O London O , O UK O ; O paperback O division O of O Jonathan O Cape O and O Chatto O and O Windus O ; O now O part O of O Penguin O Random O House O 553 O Bantam O Books O … O now O part O of O Penguin O Random O House O 554 O Bastion O Books O ( O Canada O ) O 558 O Pearson O Custom O 559 O Bibliolife O 560 O E O . O J O . O Arnold O ; O Arnold-Wheaton O 562 O Sampson O Low O 563 O BBC O Publications O now O BBC O Worldwide O 564 O British O and O Foreign O Bible O Society O 565 O British O Museum O 566 O Gower O Publishing O 567 O T O . O & O T O . O Clark O now O part O of O Continuum O International O 569 O Collets O Lincoln O Davies O 570 O Concordia O Publishing O House O 571 O Faber O and O Faber O ; O Faber O Music O 572 O Foulsham O 573 O Samuel O French O 574 O Science O Research O Associates O 575 O Gollancz O Guild O Publishing O 576 O Gregg O International O 578 O ( O Numerous O small O presses O ) O Apparently O being O used O for O single O ISBNs B-Library 580 O British O Standards O Institution O 582 O Longman O … O an O imprint O of O Pearson O Education O 583 O William O Collins O , O HarperCollins O 584 O Frederick O Muller O 586 O Panther O Books O paperback O division O of O Hamish O Hamilton O , O etc O . O For O example O , O the O implementation O of O set O union O in O the O OCaml B-Language standard O library B-Library in O theory O is O asymptotically O faster O than O the O equivalent O function O in O the O standard O libraries B-Library of O imperative B-Application languages I-Application ( O e.g. O , O C++ B-Language , O Java B-Language ) O because O the O OCaml B-Language implementation O exploits O the O immutability O of O sets O to O reuse O parts O of O input O sets O in O the O output O ( O see O persistent B-Application data I-Application structure I-Application ) O . O SSA O also O announced O an O early O and O proprietary O form O of O web O services O , O based O on O the O re-developed O Newi B-Library , O called O " O Semantic O Message O Gateways O " O , O or O SMG O . O A O convenience B-General_Concept function I-General_Concept is O a O non-essential O subroutine O in O a O programming B-Library library I-Library or O framework B-Architecture which O is O intended O to O ease O commonly O performed O tasks O . O OCLC O released O versions O 1 O and O 2 O of O the O Apache-based O source O tree O , O initially O in O 1999 O under O the O OCLC O Research O Public O License O 1.0 O License O and O later O under O the O OCLC O Research O Public O License O 2.0 O License O ( O ) O . O Zepheira B-Library released O PURLz O 1.0 O in O 2007 O under O the O . O Cantata++ B-Library Proprietary O Automated O unit O and O integration O testing O tool O for O C O . O Certified O testing O for O host O or O embedded O systems O . O Similarly O , O libraries B-Library implementing O native O methods O are O dynamically O loaded O using O the O System.loadLibrary O method O . O Technically O , O it O is O an O X/Open O library B-Library for O the O Windows O 32-bit O application B-Application programming I-Application interface I-Application ( O API B-Application ) O , O called O Win32 B-Library . O A O PDS O may O be O compared O to O a O Zip B-General_Concept file I-General_Concept or O COM B-Library Structured I-Library Storage I-Library . O The O low-level O library B-Library Xlib B-Language is O the O client-side O implementation O of O the O X11 B-Device protocol I-Device . O In O May O 2014 O , O ProQuest B-Library LLC I-Library also O operated O businesses O under O the O following O names O : O CSA O ( O formerly O Cambridge O Scientific O Abstracts O ) O was O a O division O of O Cambridge O Information O Group O and O provider O of O online O databases O , O based O in O Bethesda O , O Maryland O before O merging O with O ProQuest B-Library of O Ann O Arbor O , O Michigan B-Device in O 2007 O . O Two O X-ray B-Library beams O , O with O different O energy O levels O , O are O aimed O at O the O patient O 's O bones O . O Adobe B-Operating_System Flash I-Operating_System Professional I-Operating_System CC O 2014 O ( O 14.1 O ) O 2014Flash O Professional O CC O ( O 2014.1 O ) O was O released O on O October O 6 O , O 2014 O , O featuring O expanded O WebGL B-Library publishing O abilities O , O brush O custom O settings O ( O angle O , O flatness O ) O , O and O the O ability O to O import O external O SWFs.Adobe O Flash O New O features O summary O 2014 O , O Adobe O Also O , O a O new O software B-Application development I-Application kit I-Application ( O SDK O ) O enabling O extensibility O for O custom O platforms O without O depending O on O the O Flash O runtime O , O to O reach O more O viewers O . O ISAPI B-Library applications O can O be O developed O using O any O development O tool O that O can O generate O a O Windows B-Library DLL O . O The O browser B-Application was O developed O starting O in O 1990 O , O and O then O supported O by O the O World O Wide O Web O Consortium O ( O W3C O ) O as O an O example O and O test O application O for O the O libwww B-Protocol library B-Library . O In O early O 2003 O , O the O Hibernate B-Library development O team O began O Hibernate2 O releases O , O which O offered O many O significant O improvements O over O the O first O release O . O Previously O in O older O generation O scanners O , O the O X-Ray B-Library beam O was O paired O by O a O translating O source O and O detector B-Application . O EasyEffects B-Language , O former O known O as O PulseEffects B-Language , O effects O processing O for O input O and O output O audio O streams O with O PulseAudio B-Library . O SQLObject B-Library supports O a O number O of O common O database O backends O : O included O in O the O distribution O are O MySQL B-Application , O PostgreSQL B-Application , O SQLite B-Language , O Sybase B-Application SQL I-Application Server I-Application , O MaxDB B-Application , O Microsoft B-Application SQL I-Application Server I-Application and O Firebird B-Application . O A O dynamo B-Library has O the O disadvantages O of O a O mechanical O commutator O . O On O January O 25 O , O 2022 O , O Vulkan B-Application 1.3 O was O released O by O the B-Library Khronos I-Library Group I-Library . O Atop O that O were O the O threaded O , O object-oriented O Yellow O Box O libraries B-Library , O the O Blue O Box O compatibility O layer O for O Mac B-Application OS I-Application applications O , O and O a O Java B-Language virtual I-Language machine I-Language . O There O are O several O ways O to O add O a O reference O to O a O library O : O manually O , O or O by O exporting O , O importing O , O copying O from O another O EndNote B-Library library O , O or O connecting O from O EndNote B-Library . O As O described O in O the O Media B-Device Foundation I-Device article O , O Windows B-Application Vista I-Application and O Windows B-Device 7 I-Device applications O use O Media B-Device Foundation I-Device instead O of O DirectShow B-Library for O several O media O related O tasks O . O Because O CryptGenRandom B-Algorithm is O the O de O facto O standard O CSPRNG B-Algorithm in O Win32 B-Library environments O , O its O security O is O critical O for O Windows O users O . O Metal O is O an O object-oriented B-Language API B-General_Concept that O can O be O invoked O using O the O Swift B-Application , O Objective-C B-Language or O C++17 B-Language programming O languages O . O Full-blown O GPU O execution O is O controlled O via O the O Metal B-Library Shading I-Library Language I-Library . O Naisbitt O left O NewsBank B-Library in O 1973 O . O GAIL O ( O GNOME B-Language Accessibility I-Language Implementation O Library O ) O was O the O name O of O the O accessibility O interfaces O implementation O defined O by O ATK O for O GTK+ B-Application , O the O widget B-Library library I-Library of O GNOME B-Application . O Not O Content-Indexed O ( O I O ) O : O When O set O , O Indexing B-Library Service I-Library or O Windows B-Application Search I-Application do O not O include O the O hosting O file B-Operating_System in O their O indexing O operation O . O Boxing O in O C# O is O implicit O . O Unboxing O in O C# O requires O an O explicit O type O cast O . O The O C# O specification O details O a O minimum O set O of O types O and O class O libraries B-Library that O the O compiler B-Language expects O to O have O available O . O DME O was O more-or-less O an O ICL B-Device 1900 I-Device order O code O processor O in O microcode B-Device , O which O permitted O the O ICL B-Device 1900 I-Device series I-Device executive O , O operating B-General_Concept systems I-General_Concept and O program B-Library libraries I-Library to O operate O on O the O ICL B-Device 2900 I-Device series I-Device . O DME O was O developed O so O that O customers O could O buy O the O new O hardware O and O run O their O 1900 O or O System B-Device 4 I-Device applications O whilst O they O developed O their O replacement O VME B-General_Concept applications O . O TREC-7 O contained O seven O tracks O out O of O which O two O were O new O Query B-Library track O and O very O large O corpus O track O . O It O is O often O described O as O a O " O batteries O included O " O language O due O to O its O comprehensive O standard B-Library library I-Library . O The O core O library B-Library , O written O in O the O C B-Language programming I-Language language I-Language , O implements O basic O cryptographic O functions O and O provides O various O utility O functions O . O Wrappers O allowing O the O use O of O the O OpenSSL O library B-Library in O a O variety O of O computer O languages O are O available O . O With O its O underlying O complex O graphical B-Library design I-Library and I-Library layout I-Library library B-Library ( O named O libGUI O in O Kodi/XBMC O ) O , O it O provides O a O simple O abstraction B-Architecture layer I-Architecture between O the O application O code O and O the O interface O , O while O allowing O extremely O flexible O dynamic O layouts O and O animations O that O are O easy O to O work O with O and O makes O it O possible O to O create O completely O unique O skins B-Application for O XBMC O . O , O POCO B-Language C++ I-Language Libraries I-Language are O split O into O five O core O libraries B-Library with O optional O add-on O libraries B-Library available O with O each O release O . O Memory B-General_Concept pools I-General_Concept allow O memory B-General_Concept allocation I-General_Concept with O constant O execution B-Library time I-Library . O Microsoft O argued O that O Blackbird B-Library development O would O be O cross-platform O , O since O OLE B-Operating_System support O had O already O existed O on O Macintosh O and O there O was O work O in O progress O on O porting O it O to O Unix O systems O . O Advanced B-Application package I-Application tool I-Application , O or O APT B-Application , O is O a O free-software B-Application user B-Architecture interface I-Architecture that O works O with O core B-Library libraries I-Library to O handle O the O installation O and O removal O of O software O on O Debian O , O and O Debian-based O Linux B-Application distributions I-Application . O DR-DOS B-Application and O Microsoft B-Application Windows I-Application implementations O also O exist O : O within O the O SFU/SUA O subsystem O which O provides O a O native O implementation O of O a O number O of O POSIX O APIs B-General_Concept , O and O also O within O third-party B-General_Concept packages O such O as O pthreads-w32 O , O which O implements O pthreads B-Operating_System on O top O of O existing O Windows B-Library API I-Library . O In O their O 2012 O paper O on O the O competing O NV O path O rendering O OpenGL O extension O , O Mark O Kilgard O and O Jeff O Bolz O explain O ( O and O criticize O ) O the O internals O of O Direct2D B-Library as O follows O : O " O Direct2D B-Library operates O by O transforming O paths O on O the O CPU O and O then O performing O a O constrained O trapezoidal O tessellation B-Algorithm of O each O path O . O In O February O 2020 O , O EBSCO B-Library Information I-Library Services I-Library announced O their O agreement O to O acquire O Zepheira B-Library , O a O company O founded O in O February O 2007 O and O headquartered O in O Reston O , O Virginia O with O leaders O in O Semantic O Web O and O who O helped O develop O Dublin O Core O , O BIBFRAME O and O the O Library.Link O Network O . O In O some O cases O , O DirectShow B-Library 's O API B-Application deviates O from O traditional O COM O rules O , O particularly O with O regard O to O the O parameters O used O for O methods B-Language . O In O her O book O Journalism O : O A O Guide O to O the O Reference O Literature O ( O 2004 O ) O , O Jo O A O . O Cates O said O : O " O NewsBank B-Library is O a O massive O database O , O the O NewsFile O Collection O alone O providing O access O to O full O text O articles O in O more O than O 500 O newspapers O , O wire O services O , O and O broadcasts. O " O The O Chicon O 8 O committee O gave O a O special O committee O award O to O ISFDB B-Library during O their O opening O ceremonies O on O 1 O September O 2022 O . O Until O version O 4.2 O , O Star O Division O based O StarOffice O on O the O cross-platform B-Operating_System C++ B-Language class B-Library library I-Library StarView O . O MPlayer O can O play O a O wide O variety O of O media O formats O , O namely O any O format O supported O by O FFmpeg B-Library libraries O , O and O can O also O save O all O streamed O content O to O a O file O locally O . O A O companion O program O , O called O MEncoder B-Language , O can O take O an O input O stream O , O file O or O a O sequence O of O picture O files O , O and O transcode B-Algorithm it O into O several O different O output O formats O , O optionally O applying O various O transforms O along O the O way O . O Bartok B-Application allows O various O implementations O of O the O garbage B-General_Concept collector I-General_Concept , O base O class O library O and O other O components O to O be O chosen O at O runtime B-Library on O a O per-application O basis O . O Many O prototype-based B-Application systems O encourage O the O alteration O of O prototypes B-Application during O run-time B-Library , O whereas O only O very O few O class-based B-Application object-oriented B-Language systems O ( O such O as O the O dynamic O object-oriented B-Language system O , O Common B-Language Lisp I-Language , O Dylan B-Language , O Objective-C B-Language , O Perl B-Language , O Python B-Language , O Ruby B-Language , O or O Smalltalk B-Application ) O allow O classes O to O be O altered O during O the O execution O of O a O program O . O It O is O a O major O update O to O its O developer B-Application tools I-Application , O enhanced O scaling O for O high O DPI O screens O , O HTML5 B-Application prerender O and O prefetch O , O hardware-accelerated B-General_Concept JPEG O decoding O , O closed O captioning O , O HTML5 B-Application full O screen O , O and O is O the O first O Internet O Explorer O to O support O WebGL B-Library and O Google O 's O protocol O SPDY B-Protocol ( O starting O at O v3 O ) O . O 2014-11-18 O : O Major O commits O were O made O to O the O code O to O support O Direct3D B-Application 9 O . O He O thought O it O would O be O fun O to O implement O a O simple O 3D O graphics B-Library library I-Library using O the O OpenGL B-Application API B-Application , O which O he O might O then O use O instead O of O VOGL O ( O very O ordinary O GL O Like O Library O ) O . O 2009-05-01 O : O Zack O Rusin O from O Tungsten O Graphics O added O the O OpenVG B-Library state O tracker O to O Mesa B-Application 3D I-Application , O which O enables O Scalable B-Application Vector I-Application Graphics I-Application to O be O hardware-accelerated O by O any O Gallium3D-based O driver O . O 2009-07-17 O : O Mesa3D B-Application 7.5 O is O released O , O the O first O version O to O include O Gallium3D O . O This O is O possible O because O there O is O no O runtime B-Library component O to O remove O , O @Roo O annotations O are O " O source O retention O " O only O ( O ensuring O they O are O not O preserved O in O compiled O * O .class O files O ) O and O Roo O 's O AspectJ B-Application inter-type B-Language declarations I-Language can O be O " O pushed O in O " O to O standard O * O .java O compilation O units O . O Prominent O features O are O a O visual O designer O and O two O application B-Application frameworks I-Application , O VCL B-Library for O Windows O and O FireMonkey B-Language ( O FMX O ) O for O cross-platform B-Operating_System development O . O In O complex O object-oriented B-Language programs B-Application or O libraries B-Library the O highest-level O classes O may O be O inheriting O from O tens O of O classes O . O In O a O 2017 O announcement O from O Google B-Library Scholar I-Library : O "" O , O two O ELM O papers O have O been O listed O in O the O " O , O " O taking O positions O 2 O and O 7 O . O The O Workplace O Managed O Client O in O IBM B-Operating_System Workplace I-Operating_System 2.6 O ( O 23 O January O 2006 O ) O incorporated O code O from O OpenOffice.org O 1.1.4 O , O the O last O version O under O the O SISSL B-License . O This O code O was O broken O out O into O a O separate O application O as O Lotus B-Operating_System Symphony I-Operating_System ( O 30 O May O 2008 O ) O , O with O a O new O interface O based O on O Eclipse B-Application . O Symphony O 3.0 O ( O 21 O October O 2010 O ) O was O rebased B-Library on O OpenOffice.org O 3.0 O , O with O the O code O licensed O privately O from O Sun O . O Microsoft O had O also O provided O APIs B-Application for O managed O code O ( O including O .NET B-Application Framework I-Application and O Microsoft B-Application Silverlight I-Application ) O as O well O as O for O Win32 B-Library and O JavaScript B-Language via O a O developer O Software B-Application Development I-Application Kit I-Application ( O SDK O ) O . O In O the O context O of O the O C B-Language or O C++ B-Language programming I-Language languages I-Language , O a O library B-Library is O called O header-only B-Language if O the O full O definitions O of O all O macros O , O functions O and O classes O comprising O the O library B-Library are O visible O to O the O compiler B-Language in O a O header B-Language file I-Language form O . O The O library B-Library can O be O also O used O for O detection O of O spatial O changes O between O multiple O unorganized O point B-Algorithm clouds I-Algorithm by O recursive O comparison O of O octet O tree O structures O . O The O SIGLE B-Library classification O scheme O with O its O 246 O subject O sub-categories O can O be O searched O through O the O subject O field O , O either O by O its O code O or O its O wording O . O Fundamentally O , O dependency B-Library injection I-Library consists O of O passing O parameters O to O a O method O . O The O developers O also O indicated O intentions O to O enable O MPlayer2 O to O use O libav B-Language as O an O alternative O to O ffmpeg B-Library . O mpv B-Language is O a O GPLv2-licensed O fork O of O mplayer2 O . O These O subroutine B-Library libraries I-Library allowed O programmers O to O concentrate O on O their O specific O problems O and O avoid O re-implementing O well-known O algorithms O . O Runtime B-Library Converter O PHP B-Application Java B-Language The O Runtime B-Library Converter O is O an O automatic O tool O which O converts O PHP B-Application source O code O into O Java B-Language source I-Language code I-Language . O There O is O a O Java B-Language runtime B-Library library O for O certain O features O of O the O PHP B-Application language I-Application , O as O well O as O the O ability O to O call O into O the O PHP B-Application binary O itself O using O JNI O for O PHP B-Application standard O library O and O extension O function O calls O . O Resources O can O also O be O accessed O using O auto-generated O links O for O DOIs O , O ISBNs B-Library , O ISSNs O , O and O PMIDs O . O Select O songs O had O an O option O to O preview O a O 30-second O clip O , O and O users O could O download O the O song O via O Zune B-Library Marketplace O , O suggest O the O song O to O a O friend O , O or O add O it O as O one O of O their O favorites O . O Denial O of O Service O : O The O most O common O attack O on O web O applications O cannot O be O totally O eliminated O by O WebCL B-Library or O the O browser B-Application . O The O original O SIGLE B-Library format O distinguished O between O document O type O and O literature O indicator O , O but O diverging O conversion O practices O led O to O inconsistencies O . O This O code O is O typically O provided O as O a O set O of O dynamically O loadable O libraries B-Library that O applications O can O call O at O runtime O . O Without O the O X-ray B-Library dye O injection O , O the O blood O and O surrounding O heart O tissues O appear O , O on O X-ray B-Library , O as O only O a O mildly-shape-changing O , O otherwise O uniform O water O density O mass O ; O no O details O of O the O blood O and O internal O organ O structure O are O discernible O . O GNU O ld B-Device runs O the O linker O , O which O creates O an O executable B-Application file I-Application ( O or O a O library B-Library ) O from O object B-Application files I-Application created O during O compilation B-Language of O a O software O project O . O Parasoft B-Library C/C I-Library ++test I-Library won O Software O Test O and O Performances’ O 2008 O Testers O Choice O Award O in O the O best O embedded/mobile O test/performance O category O . O If O the O object O type O is O known O , O this O may O be O bypassed O by O prepending O a O fully B-Protocol qualified I-Protocol class I-Protocol name I-Protocol before O the O function O call O , O but O in O general O calls O to O virtual B-Application functions I-Application are O resolved O at O run B-Library time I-Library . O CONFIG.SYS O is O the O primary O configuration B-Protocol file I-Protocol for O the O DOS B-Device and O OS/2 B-Application operating B-General_Concept systems I-General_Concept . O It O is O a O special O ASCII B-Protocol text I-Protocol file I-Protocol that O contains O user-accessible O setup O or O configuration O directives O evaluated O by O the O operating B-General_Concept system I-General_Concept 's O DOS B-Device BIOS B-Operating_System ( O typically O residing O in O IBMBIO.COM O or O IO.SYS O ) O during O boot O . O CONFIG.SYS O was O introduced O with O DOS B-Device 2.0 O . O The O directives O in O this O file O configure O DOS B-Device for O use O with O devices O and O applications O in O the O system O . O After O processing O the O CONFIG.SYS O file O , O DOS B-Device proceeds O to O load O and O execute O the O command O shell O specified O in O the O SHELL O line O of O CONFIG.SYS O , O or O COMMAND.COM B-Operating_System if O there O is O no O such O line O . O In O fact O , O these O will O either O define O some O tunable O parameters O often O resulting O in O reservation O of O memory O , O or O load O files O , O mostly O device B-Application drivers I-Application and O terminate-and-stay-resident O programs O ( O TSRs O ) O , O into O memory O . O In O DOS B-Device , O CONFIG.SYS O is O located O in O the O root B-Application directory I-Application of O the O drive O from O which O the O system O was O booted O . O The O filename O is O also O used O by O ( O DCP O ) O , O an O MS-DOS O derivative O by O the O former O East-German O VEB O Robotron O . O Some O versions O of O DOS B-Device will O probe O for O alternative O filenames O taking O precedence O over O the O default O CONFIG.SYS O filename O if O they O exist O : O While O older O versions O of O Concurrent B-Operating_System DOS I-Operating_System 3.2 O to O 4.1 O did O not O support O CONFIG.SYS O files O at O all O , O later O versions O of O Concurrent B-Operating_System DOS I-Operating_System 386 I-Operating_System and O Concurrent B-Operating_System DOS I-Operating_System XM I-Operating_System , O as O well O as O Multiuser B-Operating_System DOS I-Operating_System , O System O Manager O and O REAL/32 B-Operating_System will O probe O for O CCONFIG.SYS O ( O with O " O C O " O derived O from O " O Concurrent O " O ) O instead O of O CONFIG.SYS O . O Some O versions O of O MultiuserDOS O use O a O filename O of O CCONFIG.INI O instead O , O whereas O REAL/32 B-Operating_System is O known O to O look O for O MCONFIG.SYS O . O These O operating B-General_Concept systems I-General_Concept support O many O additional O and O different O configuration O settings O ( O like O INIT_INSTALL O ) O not O known O under O MS-DOS/PCDOS O , O but O they O are O stored O in O the O binary O repository O named O CCONFIG.BIN O rather O than O in O CCONFIG.INI O . O Since O DRDOS6.0 O this O was O used O in O conjunction O with O disk O compression O software O , O where O the O original O boot O driveC O : O would O become O driveD O : O after O loading O the O compression O driver O ( O and O the O " O D O " O in O the O file O name O came O in O handy O as O well O ) O , O but O it O is O commonly O used O to O help O maintain O multiple O configuration B-Protocol files I-Protocol in O multi-boot O scenarios O . O For O example O , O with O SYS O /L O /DR:703 O the O written O Volume B-Device Boot I-Device Record I-Device would O look O for O a O renamed O and O modified O IBMBIO.703 O system O file O ( O instead O of O the O default O IBMBIO.COM O ) O and O the O IBMBIO.703 O would O look O for O IBMDOS.703 O and O [D]CONFIG.703 O ( O instead O of O IBMDOS.COM O and O [D]CONFIG.SYS O ) O , O so O that O multiple O parallel O sets O of O files O can O coexist O in O the O same O root B-Application directory I-Application and O be O selected O via O a O boot-loader O like O LOADER O , O supplied O with O Multiuser B-Operating_System DOS I-Operating_System and O DR-DOS O 7.02/7.03 O . O The O SHELL O directive O is O enhanced O to O provide O means O to O specify O alternative O AUTOEXEC.BAT O files O via O /P[:filename.ext] O and O in O this O specific O scenario O , O COMMAND.COM B-Operating_System will O accept O file O extensions O other O than O " O .BAT O " O as O well O ( O both O features O are O also O supported O by O 4DOS B-Application ) O . O Under O DRDOS6.0 O and O higher O , O the O CONFIG.SYS O directive O CHAIN O = O filespec O can O be O used O to O continue O processing O in O the O named O file O , O which O does O not O necessarily O need O to O reside O in O the O root B-Application directory I-Application of O the O boot O drive O . O DR-DOS O 7.03 O and O higher O support O a O new O SYS O /A O parameter O in O order O to O copy O the O corresponding O CONFIG.SYS O and O AUTOEXEC.BAT O files O along O with O the O system O files O . O FreeDOS B-Application implements O a O similar O feature O with O its O FDCONFIG.SYS O configuration B-Protocol file I-Protocol . O PTS-DOS B-Operating_System uses O CONFIG.PTS O . O Both O CONFIG.SYS O and O AUTOEXEC.BAT O can O be O found O included O in O the O root B-Application folder I-Application of O Windows O 95 O , O and O Windows O 98 O boot O drives O , O as O they O are O based O on O DOS B-Device . O Windows O ME O does O not O even O parse O the O CONFIG.SYS O file O during O the O Windows O boot O process O , O loading O environment O variables O from O the O Windows B-Protocol Registry I-Protocol instead O : O Under O FlexOS B-Operating_System , O CONFIG.SYS O is O a O binary O file O defining O the O resource O managers O and O device B-Application drivers I-Application loaded O . O ( O Under O MS-DOS/PCDOS O the O inline-comment O is O not O ignored O if O put O in O double-quotes O . O ) O ( O FreeDOS B-Application does O not O support O optional O messages O , O but O optional O conditions O in O conjunction O with O boot O menus O defined O with O and O . O ) O ( O DOS B-Device 6.0 O and O higher O supports O a O similar O feature O by O adding O a O after O the O corresponding O CONFIG.SYS O directive O , O f.e. O Configures O which O drives O should O store O file O access O date O stamps O in O the O reserved O area O of O directory O entries O in O FAT B-Application file I-Application systems I-Application . O Changes O internal O default O serial O device B-Application driver I-Application ( O to O ) O for O device O . O Loads O base O device B-Application driver I-Application into O memory O . O Specifies O operating B-General_Concept system I-General_Concept to O be O booted O . O Same O as O , O but O explicitly O loads O buffers O into O HMA O or O UMB O ( O like O under O DR O DOS B-Device 6.0 O and O higher O ) O . O Similar O to O under O DOS B-Device , O loads O programs O in O CONFIG.SYS O . O Similar O to O under O OS/2 B-Application , O but O runs O in O foreground O and O halts O CONFIG.SYS O processing O until O return O . O Specifies O the O name O of O the O CD-ROM O hardware B-Application driver I-Application . O Continues O CONFIG.SYS O processing O in O new O file O and O ( O since O DR-DOS O 7.02 O ) O at O optional O label O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM1 B-Architecture : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM3 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O COM4 B-Device : O device O . O Loads O a O device B-Application driver I-Application into O memory O . O Loads O a O device B-Application driver I-Application into O upper O memory O . O Configures O country O and O codepage O information O for O KBD O , O SCR O , O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device devices O . O Specifies O whether O to O load O DOS B-Device into O the O high O memory O area O and/or O use O upper O memory O . O Specifies O whether O to O load O DOS B-Device tables O ( O , O , O , O , O ) O into O upper O memory O . O Specifies O alternative O path O to O search O for O DOS B-Device files O . O Works O considerably O differently O from O the O external O MS-DOS/PCDOS O FASTOPEN B-Application driver O . O Specifies O the O number O of O cached O FCBs B-Operating_System that O can O be O opened O at O once O . O ( O Under O DR-DOS O , O and O dynamically O share O the O same O internal O buffer O . O ) O Same O as O , O but O explicitly O loads O FCBs B-Operating_System into O upper O memory O . O Waits O for O key O ( O or O timeout O ) O and O sets O error O level O to O its O ASCII B-Protocol code I-Protocol ( O or O 1024 O on O timeout O ) O . O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Loads O installable B-Application file I-Application systems I-Application . O Specifies O programs O ( O which O would O normally O run O at O the O CPU O 's O IOPL B-Device ring B-Operating_System 3 I-Operating_System ) O which O should O be O allowed O to O run O at O ring B-Operating_System 2 I-Operating_System in O order O to O directly O access O the O hardware O for O I/O O . O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Same O as O in O DR O DOS B-Device 5.0 O . O ) O Installs O a O TSR O program O into O memory O , O like O , O but O installs O after O the O DOS B-Device data O segment O relocation O . O Configures O boot O logo O support O under O MS-DOS O . O Allows O to O display O startup O message O in O conjunction O with O PTS-DOS B-Operating_System boot O manager O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT1 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT2 B-Device : O device O . O Defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT3 B-Device : O device O . O Enables O , O defines O count O and O logical O order O and O configures O I/O B-Architecture address I-Architecture and O timeout O for O LPT4 B-Device : O device O . O Specifies O the O default O DOS B-Device memory O allocation O strategy O . O ( O Can O be O emulated O using O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O ( O Can O be O emulated O using O and O under O DR-DOS O . O ) O Continues O CONFIG.SYS O processing O in O new O file O ( O similar O to O DR-DOS O CHAIN O ) O and O optionally O after O loading O a O specific O device B-Application driver I-Application and O setting O %NEWFILE% O environment O variable O . O Similar O to O and O under O DR-DOS O , O displays O a O text O and O waits O for O a O key O press O . O Configures O buffer O size O for O LPT1 B-Device , O LPT2 B-Device , O LPT3 B-Device . O Changes O internal O default O printer O device B-Application driver I-Application ( O to O , O or O even O ) O for O PRN O device O . O Specifies O if O DOS B-Device programs O can O be O run O or O not O . O Conditional O execution O on O PS/1 B-Device -compatible O machines O only O . O Conditional O execution O on O PS/2 B-Device -compatible O machines O only O . O Specifies O a O drive O letter O not O to O be O used O up O for O local O block O device B-Application drivers I-Application . O Similar O to O under O DOS B-Device and O under O OS/2 B-Application , O but O loads O programs O in O background O concurrently O . O Specifies O , O if O the O first O character O of O deleted O files O should O be O stored O in O the O reserved O area O of O directory O entries O in O the O FAT B-Application file I-Application system I-Application . O Similar O to O under O PTS-DOS B-Operating_System , O specifies O the O video O mode O to O be O used O under O FreeDOS B-Application . O Under O PTS-DOS B-Operating_System , O does O not O specify O the O video O mode O but O screen O access O methods O . O Same O as O , O but O supports O an O additional O parameter O to O define O the O size O of O the O pre-allocation O for O COMMAND.COM B-Operating_System to O relocate O its O resident O portion O into O the O HMA O ( O with O /MH O ) O . O SHELLHIGH O under O PTS-DOS B-Operating_System tries O to O load O the O shell O into O UMBs O instead O . O ) O Specifies O the O state O of O the O keyboard O modifiers O like O Shift O Lock O , O Num B-Device Lock I-Device , O Scroll B-Device Lock I-Device or O Insert O mode O . O Specifies O if O POST B-Device should O be O skipped O on O reboots O . O Compatibility O dummy O - O DR O DOS B-Device 3.31 O - O 6.0 O were O mostly O reentrant O and O had O a O different O stacks O layout O . O ( O Can O be O emulated O using O , O and O under O DR-DOS O . O ) O Defines O the O default O SwitChar B-Device used O by O the O system O ( O either O ' O / O ' O or O ' O - O ' O ) O . O Specifies O file O name O of O alternative O DOS B-Device operating B-General_Concept systems I-General_Concept to O boot O . O Configures O the O location O of O the O various O DOS B-Device parts O in O memory O . O Specifies O if O DOS B-Device data O and O code O should O be O loaded O into O UMBs O . O PTS-DOS B-Operating_System only O supports O the O timeout O value O . O The O functionality O under O OS/2 B-Application differs O significantly O from O that O under O DOS B-Device . O Configures O DOS B-Device management O to O use O a O specific O segment O as O UMB O memory O . O Specifies O the O DOS B-Device version O ( O and O optionally O the O true O DOS B-Device version O ) O to O be O reported O to O programs O . O Similar O to O under O FreeDOS B-Application , O specifies O current O video O mode O . O Configures O the O built-in O Year B-Error_Name 2000 I-Error_Name support O . O However O , O this O file O , O along O with O AUTOEXEC.BAT O , O is O essential O for O the O complete O bootup O process O to O occur O with O the O DOS B-Device operating B-General_Concept system I-General_Concept . O These O files O contain O information O that O is O used O to O customize O the O operating B-General_Concept system I-General_Concept for O personal O use O . O A O DOS B-Device system O would O require O troubleshooting O if O either O of O these O files O became O damaged O or O corrupted O . O If O CONFIG.SYS O does O not O contain O a O SHELL O directive O ( O or O the O file O is O corrupt O or O missing O ) O , O DOS B-Device typically O searches O for O COMMAND.COM B-Operating_System in O the O root B-Application directory I-Application of O the O boot O drive O . O If O this O is O not O found O , O versions O of O DOS B-Device before O 6.0 O will O not O start O up O . O MS-DOS O 6.0/PCDOS O 6.1 O and O Novell O DOS B-Device 7 O and O higher O will O instead O display O a O prompt O to O enter O the O path O and O filename O of O a O command O processor O . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O This O is O because O the O former O operating B-General_Concept systems I-General_Concept ( O since O DOS B-Device 3.0 O ) O will O compile O the O file O into O some O tokenized O in-memory O representation O before O they O sort O and O regroup O the O directives O to O be O processed O in O a O specific O order O ( O with O device B-Application drivers I-Application always O being O loaded O before O TSRs O ) O , O whereas O DR-DOS O interprets O the O file O and O executes O most O directives O line-by-line O , O thereby O giving O full O control O over O the O load O order O of O drivers O and O TSRs O via O DEVICE O and O INSTALL O ( O for O example O to O solve O load O order O conflicts O or O to O load O a O program O debugger O before O a O device B-Application driver I-Application to O be O debugged O ) O and O allowing O to O adapt O the O user O interaction O and O change O the O flow O through O the O file O based O on O conditions O like O processor O types O installed O , O any O type O of O keys O pressed O , O load O or O input O errors O occurring O , O or O return O codes O given O by O loaded O software O . O This O becomes O particularly O useful O since O INSTALL O can O also O be O used O to O run O non-resident O software O under O DR-DOS O , O so O that O temporary O external O programs O can O be O integrated O into O the O CONFIG.SYS O control O flow O . O In O MS-DOS/PCDOS O 2.0 O through O 4.01 O , O the O length O of O the O SHELL O line O was O limited O to O 31 O characters O , O whereas O up O to O 128 O characters O are O possible O in O later O versions O . O DR-DOS O even O accepts O up O to O 255 O characters O . O When O installing O Windows O 95 O over O a O preexisting O DOS/Windows O install O , O CONFIG.SYS O and O AUTOEXEC.BAT O are O renamed O to O CONFIG.DOS O and O AUTOEXEC.DOS O . O This O is O intended O to O ease O dual O booting O between O Windows9x O and O DOS B-Device . O When O booting O into O DOS B-Device , O they O are O temporarily O renamed O CONFIG.SYS O and O AUTOEXEC.BAT O . O Backups O of O the O Windows95 B-Application versions O are O made O as O CONFIG.W40 O and O AUTOEXEC.W40 O files O . O More O recently O , O Hibernate B-Library , O iBatis B-Library , O and O Object B-Language Relational I-Language Bridge I-Language were O listed O as O more O modern O options O that O could O be O used O for O a O model O . O The O reference O implementation O is O a O software B-Library library I-Library under O the O terms O of O Apache B-Application License I-Application 2.0 I-Application , O written O in O C B-Language . O Like O CIMOSA B-Library , O it B-General_Concept also O uses O different O enterprise O views O . O It O contains O self-consistent O real O space O multiple-scattering O code O for O simultaneous O calculations O of O x-ray-absorption O spectra O and O electronic O structure O . O Output O includes O extended O x-ray-absorption O fine O structure O ( O EXAFS O ) O , O full O multiple O scattering O calculations O of O various O x-ray B-Library absorption O spectra O ( O XAS O ) O and O projected O local O densities O of O states O ( O LDOS O ) O . O TAFIM B-Library provided O enterprise-level O guidance O for O the O evolution O of O the O DoD O Technical O infrastructure O . O VICE O for O Microsoft B-Application Windows I-Application ( O Win32 B-Library ) O prior O to O v3.3 O were O known O as O WinVICE B-Application , O the O OS/2 B-Application variant O is O called O Vice/2 O , O and O the O emulator B-Application running O on O BeOS B-Application is O called O BeVICE O . O The O library B-Library can O also O concatenate O fields O ( O e.g. O , O dimensions O ) O of O two O different O point B-Algorithm clouds I-Algorithm with O same O number O of O points O . O Karlsruher B-Library Virtueller I-Library Katalog I-Library ( O KVK O ) O is O a O book O search B-Application engine I-Application administered O by O the O library O of O the O Karlsruhe O Institute O of O Technology O . O Philip O Altbach O has O criticized O the O Social B-Library Sciences I-Library Citation I-Library Index I-Library of O favoring O English-language O journals O generally O and O American O journals O specifically O , O while O greatly O under-representing O journals O in O non-English O languages O . O Where O the O library B-Library had O previously O used O pointer O and O reference B-Language types I-Language directly O , O it O would O now O only O refer O to O the O types O defined O by O the O allocator B-Application . O Using O Objective-C B-Language ++ O , O the O same O can O be O done O with O C%2B%2B O libraries B-Library . O The O technique O of O angiography O itself O was O first O developed O in O 1927 O by O the O Portuguese O physician O Egas O Moniz O at O the O University O of O Lisbon O for O cerebral O angiography O , O the O viewing O of O brain O vasculature O by O X-ray B-Library radiation O with O the O aid O of O a O contrast O medium O introduced O by O catheter O . O Hibernate B-Library Tools O provide O robust O , O visual O tools O for O the O industry O standard O Hibernate B-Library object-relational-mapping O framework O . O Apache O Lucene O search O engine O uses O query B-Library rewrite O to O transform O complex O queries B-Library to O more O primitive O queries B-Library , O such O as O expressions O with O wildcards O ( O e.g. O In O a O math B-Library library I-Library , O it O is O frequently O useful O to O use O type B-Language punning I-Language to O interpret O a O floating-point B-Algorithm number I-Algorithm as O an O unsigned O integer O of O the O same O size O . O The O company O 's O main O newspaper O database O is O ProQuest B-Library Newsstand I-Library . O The O dynamic B-Data_Structure problem O has O been O solved O using O exponential B-Data_Structure trees I-Data_Structure with O query B-Library time O , O and O with O expected O time O using O hashing B-Algorithm . O As O of O 2017 O , O Sci-Hub B-Application was O continuing O to O redirect O requests O for O electronic O books O to O Libgen B-Library . O 2021 O : O According O to O Google B-Library Scholar I-Library , O in O 2021 O , O LSTM B-Algorithm was O cited O over O 16,000 O times O within O a O single O year O . O EndNote B-Library can O also O organize O PDFs B-Application on O the O user O 's O hard O drive O ( O or O full O text O on O the O web O ) O through O links O to O files O or O by O inserting O copies O of O PDFs B-Application . O For O example O , O the O cataloging B-Library for O The O Lindisfarne O Gospels O reads O Nero O D O IV O . O Simple O clients O can O script O the O program O to O issue O commands O to O the O server B-Application . O Some O clients O provide O an O HTML B-Language or O AJAX B-Device user B-Application interface I-Application and O can O be O located O on O the O same O computer O as O the O server B-Application , O requiring O only O a O browser O be O installed O on O the O client B-Protocol machine I-Protocol . O There O is O a O client B-Protocol implemented O as O a O Firefox B-Application add-on O , O one O as O a O Xfce B-Language panel O plugin O , O and O one O as O a O Wii O application O , O and O one O as O a O for O Windows B-Application 8/Windows O RT O . O Libraries B-Library exist O to O interface O with O MPD O from O many O programming O languages O , O including O C B-Language , O Python B-Language , O Ruby B-Language , O Perl B-Language , O Lua B-Language and O Haskell B-Language . O is O an O Emacs B-Operating_System Lisp I-Operating_System library O allowing O MPD O to O be O controlled O from O Emacs B-Application . O FFmpeg O is O part O of O the O workflow O of O many O other O software O projects O , O and O its O libraries B-Library are O a O core O part O of O software O media O players O such O as O VLC B-Application , O and O has O been O included O in O core O processing O for O YouTube B-General_Concept and O Bilibili O . O Encoders O and O decoders O for O many O audio O and O video O file O formats O are O included O , O making O it O highly O useful O for O the O transcoding B-Algorithm of O common O and O uncommon O media O files O . O NSS O originated O from O the O libraries B-Library developed O when O Netscape B-Protocol invented O the O SSL B-Protocol security O protocol O . O DirectSound B-Device allows O for O the O capture O and O playback O of O digital O sound O samples O , O whereas O DirectMusic B-Library works O with O message-based O musical O data O . O Later O it O was O used O for O designing O signal O processing O libraries B-Library , O and O was O expanded O to O support O any O data O type O . O True O Win32 B-Library applications O execute O within O a O private O virtual O address O space O , O whereas O Windows O 3.x O used O an O address O space O shared O among O all O running O applications O . O FFmpeg O is O a O free B-License and I-License open-source I-License software I-License project O consisting O of O a O suite O of O libraries B-Library and O programs B-Application for O handling O video O , O audio O , O and O other O multimedia O files O and O streams O . O At O its O core O is O the O command-line B-Application ffmpeg O tool O itself O , O designed O for O processing O of O video O and O audio O files O . O It O is O widely O used O for O format O transcoding B-Algorithm , O basic O editing O ( O trimming O and O concatenation O ) O , O video O scaling B-Algorithm , O video O post-production O effects O and O standards O compliance O ( O SMPTE O , O ITU O ) O . O It O was O also O modularised O , O with O early O support O for O OS-aware O debugging O , O plug-in O device B-Application drivers I-Application , O Internet B-Protocol protocol I-Protocol suite I-Protocol ( O TCP/IP B-Protocol ) O stacks O , O language O libraries B-Library , O and O disk O subsystems O . O EGL B-Application handles O graphics O context O management O , O surface/buffer O binding O , O rendering O synchronization O , O and O enables O " O high-performance O , O accelerated O , O mixed-mode O 2D O and O 3D O rendering O using O other O Khronos B-Library APIs. O " O It O has O been O used O as O a O basis O for O standards O of O queries B-Library and O assertions O in O geographic B-Application information I-Application systems I-Application ( O GIS B-Application ) O and O spatial B-Algorithm databases I-Algorithm . O The O output O of O the O inverted B-Algorithm index I-Algorithm for O a O single O word O query B-Library is O a O list O of O indexed O documents O ( O Wikipedia O articles O ) O , O each O given O a O score O depending O on O how O often O the O word O in O question O occurred O in O them O ( O weighted O by O the O total O number O of O words O in O the O document O ) O . O Sun O 's O goal O was O to O replace O the O parts O that O remain O proprietary B-Application and O closed-source B-Application with O alternative O implementations O and O make O the O class B-Library library I-Library completely O free B-Application and O open O source O . O the O methodology O ) O to O the O Zachman B-Library Framework I-Library . O The O command B-Application is O available O as O a O separate O package O for O Microsoft B-Application Windows I-Application as O part O of O the O UnxUtils B-Application collection O of O native B-Language Win32 B-Library ports O of O common O GNU B-Operating_System Unix-like B-Operating_System utilities O . O The O command B-Application was O removed O from O GNU B-Application coreutils I-Application as O of O release O 8.18 O ( O 2012-08-12 O ) O and O is O currently O included O in O the O util-linux B-Application package O . O After O contributing O to O JSHint B-Language , O Zakas O decided O to O create O a O new O linting B-Device tool O in O June O 2013 O , O ESLint B-Language ( O originally O called O JSCheck O , O but O renamed O a O month O later O ) O , O where O all O rules O are O configurable O , O and O additional O rules O can O be O defined O or O loaded O at O run-time B-Library . O An O alternative O to O query B-Algorithm expansion I-Algorithm is O document O expansion O , O which O reformulates O the O text O of O the O documents O being O searched O rather O than O the O text O of O the O query B-Library . O ( O In O the O case O of O COMMAND.COM B-Operating_System , O the O internal O EXIT O command O is O disabled O only O when O the O shell O was O started O with O /P O . O ) O This O also O provides O limited O means O to O replace O the O shell O at B-Library runtime I-Library without O having O to O reboot O the O system O . O Since O the O MS-DOS B-Application 7.0 I-Application and O higher O COMMAND.COM B-Operating_System executable O is O incompatible O with O DR-DOS O , O but O typically O resides O in O the O root O of O drive O C O : O in O dual-boot O scenarios O with O DR-DOS O , O DR-DOS O 7.02 O and O higher O no O longer O allow O to O bypass O SHELL O directives O in O ( + O ) O // O " O skip O " O / O " O trace O " O / O " O step O " O modes O . O Also O , O if O no O SHELL O directive O could O be O found O when O skipping O CONFIG.SYS O processing O via O ( + O ) O ( O and O also O with O ( + O ) O / O , O when O the O default O file O extension O has O been O changed O with O SYS O /DR:ext O ) O , O the O user O is O prompted O to O enter O a O valid O shell O file O name O before O trying O to O load O COMMAND.COM B-Operating_System from O the O root O . O Depending O on O the O version O , O the O size O of O the O CONFIG.SYS O file O is O limited O to O a O few O kilobytes O under O MS-DOS/PCDOS O ( O up O to O 64KB O in O most O recent O versions O ) O , O whereas O the O file O 's O size O is O unlimited O under O DR-DOS O . O It O can O also O be O proven O that O there O are O no O pairs O of O valid O ISBNs B-Library with O eight O identical O digits O and O two O transposed O digits O . O PHP B-Application : O has O a O getopt B-Library function O . O Most O Java-to-bytecode O compilers B-Language do O virtually O no O optimization O , O leaving O this O until O run B-Library time I-Library to O be O done O by O the O Java B-Language virtual I-Language machine I-Language ( O JVM B-Language ) O . O EUV O ( O 10 O – O 121nm O ) O is O the O band O longer O than O X-rays B-Library ( O 0.1 O – O 10nm O ) O and O shorter O than O the O hydrogen O Lyman-alpha O line O . O This O video-player O " O core O " O for O video-playback O is O an O in-house O developed O cross-platform B-Operating_System media B-Device player I-Device , O " O DVDPlayer O " O , O which O was O designed O to O play O back O DVD-Video O movies O , O and O this O includes O support O native O for O DVD-menus O , O ( O based O on O the O free O open O source O libraries B-Library code O libdvdcss B-Language and O libdvdnav O ) O . O This O FFmpeg B-Library based O video-player O " O core O " O today O supports O all O widespread O mainstream O formats O . O Quality O attributes O ensure O the O resulting O solutions O are O not O developed O in O isolation O , O but O that O they O remain O consistent O within O the O complete O architectural B-Library framework I-Library . O One O source O of O dialects O was O the O standard O itself O : O the O 1974 O standard O was O composed O of O one O mandatory O nucleus O and O eleven O functional O modules B-Architecture , O each O containing O two O or O three O levels O of O support O . O Jean O Sammet O , O a O short-range O committee O member O , O noted O that O " O little O attempt O was O made O to O cater O to O the O professional O programmer O , O in O fact B-Language people O whose O main O interest O is O programming O tend O to O be O very O unhappy O with O COBOL O " O which O she O attributed O to O COBOL O 's O verbose O syntax O . O By O 1985 O , O there O were O twice O as O many O books O on O FORTRAN B-Application and O four O times O as O many O on O BASIC O as O on O COBOL O in O the O Library B-Library of O Congress O . O Donald O Nelson O , O chair O of O the O CODASYL B-Language COBOL O committee O , O said O in O 1984 O that O " O academics O ... O hate O COBOL O " O and O that O computer O science O graduates O " O had O ' O hate O COBOL O ' O drilled O into O them O " O . O By O the O mid-1980s O , O there O was O also O significant O condescension O towards O COBOL O in O the O business O community O from O users O of O other O languages O , O for O example O FORTRAN B-Application or O assembler B-Language , O implying O that O COBOL O could O be O used O only O for O non-challenging O problems O . O In O 2003 O , O COBOL O featured O in O 80% O of O information O systems O curricula O in O the O United O States O , O the O same O proportion O as O C++ B-Language and O Java B-Language . O Its O record O and O file O structure O influenced O PL/I B-Language and O Pascal B-Application , O and O the O REDEFINES O clause O was O a O predecessor O to O Pascal B-Application 's O variant O records O . O Explicit O file O structure O definitions O preceded O the O development O of O database B-Application management I-Application systems I-Application and O aggregated O data O was O a O significant O advance O over O Fortran B-Application 's O arrays O . O Its O API B-General_Concept allows O it O to O be O used O as O a O software B-Library library I-Library . O OpenKODE B-Application is O managed O by O the O non-profit O technology O consortium B-Application Khronos B-Library Group I-Library . O Finally O , O when O some O underlying O platform O does O not O support O all O of O the O features O a O Java B-Language application O expects O , O the O class O libraries B-Library work O to O gracefully O handle O the O absent O components O , O either O by O emulation O to O provide O a O substitute O , O or O at O least O by O providing O a O consistent O way O to O check O for O the O presence O of O a O specific O feature O . O Enterprise B-Library Architecture I-Library Assessment I-Library Framework I-Library ( O EAAF O ) O version O 3.1 O identifies O the O measurement O areas O and O criteria O by O which O agencies O are O expected O to O use O the O EA O to O drive O performance O improvements O that O result O in O the O following O outcomes O : O Released O as O open O source O on O Sourceforge B-Application . O A O comparison O of O the O stereotype O ( O concepts O ) O in O the O UML B-Language against O those O in O the O TRAK B-Library Metamodel O provides O an O analysis O , O for O the O UML B-Language Profile I-Language for O TRAK B-Library , O what O TRAK B-Library Viewpoints O and O therefore O TRAK B-Library Views O UML B-Language is O able O to O represent O fully O , O partially O and O not O at O all O . O In O March O 2016 O , O A-EON O Technology O Ltd O announced O that O they O had O developed O the O new O Warp3D B-Library Nova O featuring O support O for O Shaders O . O Capybara B-Library locates O an O element O either O using O Domain-specific B-Language language I-Language or O XPath/CSS O Selectors O . O By O the O early O 1990s O , O many O of O the O programs O required O in O an O operating B-General_Concept system I-General_Concept ( O such O as O libraries B-Library , O compilers B-Language , O text B-Application editors I-Application , O a O command-line B-Application shell B-Operating_System , O and O a O windowing B-Application system I-Application ) O were O completed O , O although O low-level O elements O such O as O device B-Application drivers I-Application , O daemons B-Operating_System , O and O the O kernel B-Operating_System , O called O GNU B-Application Hurd I-Application , O were O stalled O and O incomplete O . O DirectSound B-Device was O originally O written O for O Microsoft O by O John B-Library Miles I-Library . O Metaprogramming B-Application is O the O writing O of O programs O that O write O or O manipulate O other O programs O , O including O themselves O , O as O their O data O or O that O do O part O of O the O work O that O is O otherwise O done O at O run B-Library time I-Library during O compile B-Application time I-Application . O Multiparadigm O languages O support O more O than O one O programming B-Application paradigm O . O The O range_image O library B-Library contains O two O classes O for O representing O and O working O with O range O images O whose O pixel O values O represent O a O distance O from O the O sensor O . O Various O behavioural O details O could O be O controlled O with O new O parameters O /Q O ( O Quiet O ) O , O /L O ( O Lowercase O ) O , O /Y O ( O Yes O ) O and O /S O ( O Switch O ) O for B-Language SWITCHES B-Device . O Further O , O it O provided O optional O support O for B-Language a O LPT4 O : O device O and O allowed O to O configure O the O built-in O COMx B-Device : I-Device and O LPTx B-Device : I-Device devices O as O well O as O to O change O the O PRN B-Device : I-Device and O AUX B-Device : I-Device defaults O . O The O handling O of O environment O variables O in O CONFIG.SYS B-Device was O improved O and O new O load-high O facilities O included O such O as O the O HIFILES/FILESHIGH O and O HIFCBS/FCBSHIGH O options O to O relocate B-Library file O handles O and O FCB O structures O into O UMBs O , O which O typically O gave O between O 1 O and O 4KB O ( O and O up O to O 15KB O ) O more B-Device free O conventional B-Device memory I-Device compared O to O previous O versions O , O or O the O HISHELL/SHELLHIGH O SIZE O directive O to O control O the O pre-allocation O of O HMA B-Device memory O for B-Language COMMAND.COM B-Operating_System , O which O helped O to O avoid O memory O fragmentation O and O thereby O typically O gave O between O 5 O and O 8KB O more B-Device continuous O HMA B-Device memory O for B-Language HMA-capable O third-party O drivers O to O work O with O in O conjunction O with O third-party O command B-Application line I-Application shells O , O which O could O not O load O into O the O HMA B-Device as O COMMAND.COM B-Operating_System with O its O /MH O option O . O At O a O reduced O memory O footprint O version O 7.02 O also O brought O an O enhanced O NLS B-General_Concept 4.xx O sub-system O by O Paul O to O allow O multiple O , O distributed O and O possibly O user-configured O COUNTRY.SYS O files O to O be O used O by O the O system O at O the O same O time B-Device in O a O hierarchical O model O . O Logic O : O Query B-Library components O can O be O combined O with O and O and O or O . O Most O other O players O are O based O on O FFmpeg B-Library , O which O has O its O own O audio B-Algorithm codec I-Algorithm library O . O Unfortunately O , O the O JDK O 6.0 O SwingWorker B-Library and O the O Version O 3 O SwingWorker B-Library use O different O method O names O and O are O not O compatible O . O EndNote B-Library X9.3.3 O for O Windows O & O Mac O , O released O 28 O April O 2020.Accessed O 2020-01-17 O . O The O fixed O C-Arm O thereby O rotates O around O the O patient O and O acquires O a O series O of O x-ray B-Library images O that O are O then O reconstructed O through O software O algorithms O into O a O 3D O image O . O Goal O : O run O in O parallel O CLEF B-Application 2018 O , O NTCIR-14 O , O TREC O 2018 O to O develop O and O tune O an O IR B-Library reproducibility O evaluation O protocol O ( O new O track O for O 2018 O ) O . O Windows B-Application 2000 I-Application also O introduced O core O system B-Application administration I-Application and O management B-Application features O , O such O as O the O Windows B-Application Installer I-Application , O Windows B-Library Management I-Library Instrumentation I-Library and O Event O Tracing O for O Windows O ( O ETW O ) O into O the O operating B-General_Concept system I-General_Concept . O The O term O reflection O is O sometimes O used O for O a O larger O class O of O mappings O from O a O Euclidean O space O to O itself O , O namely O the O non-identity O isometries O that O are O involutions B-Algorithm . O There O is O no O perfect O extension O of O the B-Algorithm Mandelbrot I-Algorithm set I-Algorithm into O 3D O . O The O classification O accuracy O of O multimodal O deep O Boltzmann B-Algorithm machine I-Algorithm outperforms O support B-Algorithm vector I-Algorithm machines I-Algorithm , O latent O Dirichlet O allocation O and O deep B-Algorithm belief I-Algorithm network I-Algorithm , O when O models O are O tested O on O data O with O both O image-text O modalities B-General_Concept or O with O single O modality B-General_Concept . O This O intuition O is O made O formal O by O the O equations O in O Linear B-Algorithm programming I-Algorithm : O Duality B-Algorithm . O It O is O capable O of O generating O full-frame O images O up O to O ten O times O the O size O of O the O subject O with O the O addition O of O a O 2‌× O Extender B-Algorithm teleconverter O . O Gnome B-Algorithm sort I-Algorithm was O originally O proposed O by O Iranian O computer O scientist O Hamid O Sarbazi-Azad O ( O professor O of O Computer O Science O and O Engineering O at O Sharif O University O of O Technology O ) O in O 2000 O . O The O camera O was O about O the O size O of O a O Leica B-Algorithm M3 I-Algorithm and O weighed O almost O 2 O pounds O . O By O deconstructing O the O hinge B-Algorithm loss I-Algorithm , O this O optimization O problem O can O be O massaged O into O the O following O : O The O histogram B-Algorithm of I-Algorithm oriented I-Algorithm gradients I-Algorithm ( O HOG O ) O is O a O feature B-General_Concept descriptor I-General_Concept used O in O computer B-Application vision I-Application and O image B-Algorithm processing I-Algorithm for O the O purpose O of O object B-General_Concept detection I-General_Concept . O For O the O gradient O amplitude O calculation O , O the O old O Canny B-Algorithm edge I-Algorithm detection I-Algorithm algorithm O uses O the O center O in O a O small O 2×2 O neighborhood O window O to O calculate O the O finite B-Algorithm difference I-Algorithm mean O value O to O represent O the O gradient O amplitude O . O It O allows O a O transform O of O any O system O or O signal O because O it O is O a O transform O into O the O complex O plane O instead O of O just O the O jω O line O like O the O Fourier B-Algorithm transform I-Algorithm . O SHA-1 B-Algorithm and O SHA-2 B-Algorithm are O the O Secure O Hash B-Algorithm Algorithms O required O by O law O for O use O in O certain O U.S. O Government O applications O , O including O use O within O other O cryptographic O algorithms O and O protocols O , O for O the O protection O of O sensitive O unclassified O information O . O The O PS-algol B-Language S-code O interpreter O was O implemented O in O C B-Language , O and O the O S-code O language O was O extended O to O include O raster B-Algorithm graphics I-Algorithm . O MIPS O was O a O fabless B-Algorithm semiconductor I-Algorithm company I-Algorithm , O so O the O R3000 B-Device was O fabricated O by O MIPS O partners O including O Integrated O Device O Technology O ( O IDT O ) O , O LSI O Logic O , O NEC O Corporation O , O Performance O Semiconductor O , O and O others O . O Additionally O , O as O the O sides O of O ships O generally O rise O vertically O from O the O surface O , O they O form O partial O corner B-Algorithm cubes I-Algorithm which O increases O the O returned O signal O . O Since O the O quantization O of O DCT B-General_Concept coefficients O is O a O lossy B-Algorithm process O , O many O of O the O small-valued O DCT B-General_Concept coefficients O are O quantized O to O zero O , O which O corresponds O to O high O frequencies O . O Adaptive B-Algorithm histogram I-Algorithm equalization I-Algorithm ( O AHE O ) O improves O on O this O by O transforming O each O pixel O with O a O transformation O function O derived O from O a O neighbourhood O region O . O NIRCam B-Algorithm has O two O complete O optical O systems O for O redundancy O . O The O Adams B-Algorithm – I-Algorithm Bashforth I-Algorithm methods I-Algorithm are O explicit B-Algorithm methods I-Algorithm . O In O October O 2016 O , O Giphy B-Algorithm announced O several O statistics O , O including O the O statement O that O it O had O 100 O million O daily O active O users O , O that O it O served O over O 1 O billion O GIFs O per O day O , O and O that O visitors O watched O more O than O 2 O million O hours O of O GIF O content O every O day O . O As O infinity B-Application is O difficult O to O deal O with O for O most O calculators O and O computers O many O do O not O have O a O formal O way O of O computing O division B-Algorithm by I-Algorithm infinity I-Algorithm . O Using O 7-digit O significand B-Algorithm decimal O arithmetic O : O The O continue O statement O will O move O at O once O to O the O next O iteration B-Algorithm without O further O progress O through O the O loop O body O for O the O current O iteration B-Algorithm . O Medical O ultrasonic B-Algorithm transducers I-Algorithm ( O probes O ) O come O in O a O variety O of O different O shapes O and O sizes O for O use O in O making O cross-sectional O images O of O various O parts O of O the O body O . O The O notion O of O intention B-Algorithm mining I-Algorithm has O been O introduced O in O the O Ph.D. O thesis O of O Dr. O Ghazaleh O Khodabandelou O in O 2014 O . O The O Nikon B-Algorithm S3 I-Algorithm is O a O professional O level O , O interchangeable O lens O , O 35 O mm O film O , O rangefinder B-Algorithm camera I-Algorithm introduced O in O 1958 O . O In O November O 2009 O , O the O first O known-key B-General_Concept distinguishing I-General_Concept attack I-General_Concept against O a O reduced O 8-round O version O of O AES-128 B-Algorithm was O released O as O a O preprint O . O Dubbed O IW B-Application 8.0 O , O the O engine O was O created O within O five O years O , O and O feature O substantial O upgrades O such O as O spectral O rendering O , O volumetric B-General_Concept lighting I-General_Concept and O support O for O hardware-accelerated O ray B-Algorithm tracing I-Algorithm on O the O PC O version O . O Similar O to O conventional B-Algorithm feed-forward I-Algorithm neural O networks O , O the O last O module O is O a O fully O connected O layer O with O full O connections O to O all O activations O in O the O preceding O layer O . O As O Q B-Algorithm methodology I-Algorithm works O with O a O small O non-representative O sample O , O conclusions O are O limited O to O those O who O participated O in O the O study O . O then O it O is O time-invariant B-Algorithm if O we O can O apply O the O system O operator O on O followed O by O the O shift B-Algorithm operator I-Algorithm , O or O we O can O apply O the O shift B-Algorithm operator I-Algorithm followed O by O the O system O operator O , O with O the O two O computations O yielding O equivalent O results O . O The O Theora B-Algorithm codec I-Algorithm provides O a O limited O form O of O multiple B-General_Concept reference I-General_Concept frames I-General_Concept , O allowing O references O to O both O the O preceding O frame O and O the O most O recent O intra B-General_Concept frame I-General_Concept . O [18F]Fluorodeoxyglucose O ( O INN O ) O , O or O fluorodeoxyglucose B-Application F O 18 O ( O USAN O and O USP O ) O , O also O commonly O called O fluorodeoxyglucose B-Application and O abbreviated O [18F]FDG, O 2-[18F]FDG O or O FDG O , O is O a O radiopharmaceutical B-Algorithm , O specifically O a O radiotracer O , O used O in O the O medical B-Application imaging I-Application modality O positron B-Application emission I-Application tomography I-Application ( O PET O ) O . O When O no O improving O neighbors O are O present O , O local B-Algorithm search I-Algorithm is O stuck O at O a O locally O optimal O point O . O Combining O the O series O of O observations O requires O significant O computational O resources O , O usually O using O Fourier B-Algorithm transform I-Algorithm techniques O . O Since O complexity O of O models O processing O is O dumped O , O a O full-size O HIL O system O is O reduced O into O a O portable O device O composed O of O a O signal O generator O , O an O I/O B-General_Concept board O , O and O a O console O containing O the O actuators B-Algorithm ( O external O loads O ) O to O be O connected O to O the O ECU O . O However O , O despite O their O ease O of O computation O , O prefix B-Application sums I-Application are O a O useful O primitive O in O certain O algorithms O such O as O counting B-Algorithm sort I-Algorithm , O For O example O , O the O affine B-Algorithm transformation I-Algorithm of O a O vector O plane O is O uniquely O determined O from O the O knowledge O of O where O the O three O vertices O ( O ) O of O a O non-degenerate O triangle O are O mapped O to O ( O ) O , O regardless O of O the O number O of O dimensions O of O the O codomain B-Algorithm and O regardless O of O whether O the O triangle O is O non-degenerate O in O the O codomain B-Algorithm . O Stack B-Algorithm search I-Algorithm is O not O guaranteed O to O find O the O optimal O solution O to O the O search O problem O . O VC-6 B-Algorithm , O like O other O codecs B-General_Concept in O this O category O uses O only O intra-frame B-General_Concept compressions O , O where O each O frame O is O stored O independently O and O can O be O decoded O with O no O dependencies O on O any O other O frame O . O The O first O S713 O was O introduced O in O 1978 O and O entered O RAF O service O in O 1982 O as O the O AMES B-Algorithm Type I-Algorithm 90 I-Algorithm . O In O addition O to O photon B-Application shot O noise O , O there O can O be O additional O shot O noise O from O the O dark O leakage O current O in O the O image B-Algorithm sensor I-Algorithm ; O this O noise O is O sometimes O known O as O " O dark O shot O noise O " O or O " O dark-current O shot O noise O " O . O Scientists O begin O creating O programs O for O computers O to O analyze O large O amounts O of O data O and O draw O conclusions O or O " O learn O " O from O the O results O .. O Support-vector B-Algorithm machines I-Algorithm ( O SVMs B-Algorithm ) O and O recurrent B-Algorithm neural I-Algorithm networks I-Algorithm ( O RNNs O ) O become O popular O . O Nero B-Algorithm Digital I-Algorithm is O a O brand O name O applied O to O a O suite O of O MPEG-4-compatible O video O and O audio O compression O codecs B-General_Concept developed O by O Nero B-Application AG O of O Germany O and O Ateme O of O France O . O Similar O to O the O DSLR-A900 B-Algorithm , O the O camera O featured O the O same O 24.6-megapixel O full-frame B-Algorithm CMOS B-Device sensor O used O in O the O a900 B-Algorithm . O The O camera O was O almost O exactly O the O same O as O the O DSLR-A900 B-Algorithm , O but O the O viewfinder O coverage O was O dropped O to O 98% O with O 0.74 O × O magnification O and O the O burst O rate O was O reduced O to O 3 O frames O per O second O . O The O service O is O financed O with O advertising O , O SMS-based O services O , O T-shirts O and O optional O VIP O packages O . O IRC-Galleria B-Algorithm is O a O photo O gallery O and O users O are O required O to O have O at O least O one O accepted O image O . O A O startup O company O in O North O Central O Florida O , O Fracture B-Algorithm was O founded O by O two O graduates O of O The O University O of O Florida O , O Alex O Theodore O and O Abhi O Lokesh O . O These O transpositions O generate O the O symmetric B-Algorithm group I-Algorithm , O satisfy O the O braid O group O relations O , O and O have O order O 2 O . O The O latter O mode O would O display B-Device only O 660 O vertical O pixels B-Algorithm at O a O time O , O but O as O the O pointer O approached O the O top O or O bottom O of O the O screen O the O display B-Device content O would O shift O the O " O hidden O " O pixels B-Algorithm into O view O to O better O display B-Device certain O websites O . O For O example O , O A O is O called O diagonalizable B-Algorithm if O it O is O similar O to O a O diagonal B-Algorithm matrix I-Algorithm . O A O microbolometer B-Algorithm is O a O specific O type O of O bolometer B-Application used O as O a O detector O in O a O thermal O camera O . O It O includes O advanced O algorithms O for O image B-Algorithm registration I-Algorithm , O segmentation B-Algorithm , O and O quantitative O morphological O and O functional O image O analysis O . O While O some O divide-and-conquer B-Algorithm algorithms I-Algorithm such O as O quicksort B-Algorithm and O mergesort B-Algorithm outperform O insertion B-Algorithm sort I-Algorithm for O larger O arrays O , O non-recursive O sorting B-Algorithm algorithms I-Algorithm such O as O insertion B-Algorithm sort I-Algorithm or O selection B-Algorithm sort I-Algorithm are O generally O faster O for O very O small O arrays O ( O the O exact O size O varies O by O environment O and O implementation O , O but O is O typically O between O 7 O and O 50 O elements O ) O . O This O part O was O available O in O a O ceramic O package B-Algorithm with O a O clear O quartz B-General_Concept window O over O the O top O of O the O die O so O UV O light O could O be O used O to O erase O the O EPROM B-General_Concept . O No O Lie O MRI B-Algorithm charges O close O to O $5000 O for O its O services O . O In O August O 2018 O , O researchers O from O the O Boston O Medical O Center O wrote O in O a O JAMA O Facial O Plastic O Surgery O essay O that O a O phenomenon O they O called O ' O Snapchat B-Application dysmorphia O ' O had O been O identified O , O where O people O request O surgery O to O look O like O the O edited O version O of O themselves O as O they O appear O through O Snapchat B-Algorithm Filters I-Algorithm . O It O had O a O fixed O ( O i.e. O , O non-interchangeable O ) O motorized O 38-135mm O ( O f/4.0 O -5.6 O ) O autofocus O zoom O lens O , O a O built-in O flash O with O a O red-eye O reduction O mode O , O TTL O metering O , O an O LCD O status O panel O , O and O a O fully O automatic O film-transport B-Algorithm system I-Algorithm . O Bit B-Algorithm scan I-Algorithm reverse I-Algorithm Bit B-Device test I-Device Bit B-Device test I-Device and O complement O Instructions O atomic O only O if O LOCK O prefix O present O . O Exponential B-Algorithm integrators I-Algorithm are O used O for O the O simulation O of O stiff O scenarios O in O scientific O and O visual B-Algorithm computing I-Algorithm , O for O example O in O molecular O dynamics O , O for O VLSI O circuit O simulation O , O and O in O computer O graphics O . O convergent O for O all O , O is O the O two-sided B-Algorithm Laplace I-Algorithm transform I-Algorithm of O . O Anion-sensing O is O more O complicated O than O cation-sensing O in O ChemFETs B-Algorithm due O to O many O factors O , O including O the O size O , O shape O , O geometry O , O polarity O , O and O pH O of O the O species O of O interest O . O Tilted O ion O implantation O was O proposed O in O 2016 O by O the O University O of O Berkeley O as O an O alternative O method O of O achieving O the O same O result O as O spacer B-Algorithm patterning I-Algorithm . O One O advantage O of O self-balancing O BSTs O is O that O they O allow O fast O ( O indeed O , O asymptotically B-General_Concept optimal I-General_Concept ) O enumeration O of O the O items O in O key B-Application order O , O which O hash B-Algorithm tables I-Algorithm do O not O provide O . O For O a O more O concrete O example O , O taking O to O again O be O equal O to O the O family O of O unsigned O integers O from O 0 O to O 255 O , O and O to O again O be O equal O to O for O 256 O more O arbitrary O , O then O devolves O into O the O sum O for O the O same O reasons O as O to O what O happened O to O the O codomain B-Algorithm of O the O dependent O function O . O It O supports O direct O and O indirect B-Algorithm illumination I-Algorithm in O real-time B-General_Concept , O and O up O to O three O bounces B-Algorithm of I-Algorithm light I-Algorithm per O pixel O from O all O directions O ( O compared O to O one O bounce O for O Pixar O films O ) O . O 5nm O may O be O expected O in O 2020 O , O with O the O evolution O of O multiple B-Algorithm patterning I-Algorithm and O status O of O EUV B-Algorithm considered O at O that O time O . O As O silicon-diode O rectifiers B-Algorithm became O widely O available O and O affordable O , O the O alternator B-Algorithm gradually O replaced O the O dynamo B-Language . O The O 3D O pipeline B-General_Concept usually O refers O to O the O most O common O form O of O computer O 3D O rendering O called O 3D O polygon B-General_Concept rendering O , O distinct O from O raytracing B-Algorithm and O raycasting B-Algorithm . O // O Return O RC O low-pass B-Algorithm filter I-Algorithm output O samples O , O given O input O samples O , O There O are O several O famous O layers O in O deep B-Algorithm learning I-Algorithm , O namely O convolutional O layer O and O maximum O pooling O layer O in O the O convolutional B-Architecture neural I-Architecture network I-Architecture , O fully O connected O layer O and O ReLU B-Algorithm layer O in O vanilla O neural O network O , O RNN B-Algorithm layer O in O the O RNN B-Algorithm model O and O deconvolutional O layer O in O autoencoder B-Algorithm etc O . O For O example O , O multi-focus B-Algorithm image I-Algorithm fusion I-Algorithm methods O based O on O DWT O require O a O lot O of O convolution B-Language operations O , O so O they O take O more O time O and O energy O to O process O . O The O elastic O coefficients O of O this O system O allow O the O switch O from O completely O unstructured O k-means B-Algorithm clustering I-Algorithm ( O zero O elasticity O ) O to O the O estimators O located O closely O to O linear O PCA B-Application manifolds I-Application ( O for O high O bending O and O low O stretching O modules O ) O . O In O the O " O best O " O ending O for O both O sides O , O Shadow O Valley O Fort O is O destroyed O , O the O village O of O Nethergate B-Application is O evacuated O , O and O the O enchanted O weapons O meant O for O the O Celts B-Algorithm are O destroyed O . O The O Samsung B-Algorithm NX I-Algorithm 16-50mm I-Algorithm F2.0-2.8 I-Algorithm S I-Algorithm ED I-Algorithm OIS I-Algorithm is O an O interchangeable O camera O lens O announced O by O Samsung B-Application on O January O 2 O , O 2014 O . O Since O 1960 O , O several O actuator B-Algorithm technologies O have O been O developed O , O Electric O actuators B-Algorithm can O be O classified O in O the O following O groups O : O It O is O the O same O channel O plan O as O the O original O 40 O channel O Australia/New O Zealand O UHF B-Algorithm CB I-Algorithm allocation O . O Field B-General_Concept D* I-General_Concept ( O FD* O ) O and O 3D O Field B-General_Concept D* I-General_Concept - O Dynamic O pathfinding B-Algorithm algorithms O based O on O D* O that O use O interpolation O during O each O vertex O expansion O and O find O near-optimal O paths O through O regular O , O nonuniform O cost O grids O . O Maximin B-Algorithm share I-Algorithm cake-cutting O , O when O the O pieces O must O be O separated O by O a O positive O distance O , O cannot O be O done O using O finitely-many O RW O queries O . O such O an O example O is O the O NES B-Language Clone O " O GameKids O Advance O " O , O which O resembles O an O older O Game B-Device Boy I-Device Advance I-Device , O and O has O a O built-in O LCD B-Application game I-Application , O powered O by O 2 O AA B-Algorithm batteries I-Algorithm , O or O the O included O AC O adapter O . O Broadly O speaking O , O there O are O PMOS B-Algorithm devices O ( μPD500 O series O ) O , O NMOS B-Algorithm devices O ( μPD1500 O series O , O μCOM-43N O ) O , O and O CMOS B-Device devices O ( μPD650 O series O , O μCOM-43C O ) O . O The O μCOM-47 O ( μPD766 O ) O is O a O 4-bit O NMOS B-Algorithm microcontroller B-Architecture in O a O 64-pin O package O . O Objects O ' O coordinates O are O transformed O via O a O projection B-Algorithm transformation I-Algorithm into O clip B-Algorithm coordinates I-Algorithm , O at O which O point O it O may O be O efficiently O determined O on O an O object-by-object O basis O which O portions O of O the O objects O will O be O visible O to O the O user O . O This O was O the O first O experimental O application O of O the O CCD O in O image B-Algorithm sensor I-Algorithm technology O , O and O used O a O depleted B-Algorithm MOS O structure O as O the O photodetector O . O Since O has O an O eigendecomposition O , O where O is O a O unitary B-Algorithm matrix I-Algorithm ( O its O columns O are O orthonormal O vectors O ; O see O above O ) O , O a O singular O value O decomposition O of O is O , O where O and O are O diagonal O matrices O containing O the O absolute O values O and O signs O of O ' O s O eigenvalues O , O respectively O . O Some O message O boxes O were O replaced O with O a O new O popup O system O , O and O the O working O of O the O workspace O was O changed O to O use O a O back-blitter B-General_Concept , O which O enabled O the O addition O of O new O blending B-Algorithm modes I-Algorithm , O Screen O and O Mask O . O The O fixed O excitation O of O a O magneto B-Algorithm made O it O difficult O to O control O its O terminal O voltage O or O reactive O power O production O when O operating O on O a O synchronized O grid O . O HD B-Application Graphics I-Application 2000 I-Application and O 3000 O include O hardware B-Algorithm video I-Algorithm encoding I-Algorithm and O HD B-Device postprocessing I-Device effects I-Device . O Simplicial O Continuation O , O or O Piecewise B-Algorithm Linear I-Algorithm Continuation I-Algorithm ( O Allgower O and O Georg O ) O is O based O on O three O basic O results O . O Hence O , O still O Armijo O 's O Backtracking B-Algorithm line I-Algorithm search I-Algorithm helps O with O choosing O a O good O learning B-General_Concept rate I-General_Concept to O use O , O compared O to O SGD O with O constant O learning O rates. O ] O These O non-traditional O PAR O systems O use O transponder B-Architecture multilateration O , O triangulation B-Algorithm and/or O trilateration O . O If O the O player O character O collides O with O a O robot B-Algorithm , O they O die O and O the O game O ends O . O In O studies O that O used O standardized O definitions O of O convergence B-Algorithm insufficiency I-Algorithm , O investigators O have O reported O a O prevalence O of O 4.2 O – O 6% O in O school O and O clinic O settings O . O Development O of O the O G/ATOR B-Algorithm began O in O September O 2005 O when O the O Marine O Corps O awarded O a O $7.9 O million O contract O to O Northrop O Grumman O Electronic O Systems O . O SBC O ceased O to O be O commonly O used O after O XviD B-Algorithm and O DivX B-Application development O progressed O to O a O point O where O they O incorporated O the O same O features O that O SBC O pioneered O and O could O offer O even O more O efficient O video O compression O without O the O need O for O a O specialized O application O . O The O closely O related O Bentley B-Algorithm – I-Algorithm Ottmann I-Algorithm algorithm I-Algorithm uses O a O sweep B-Algorithm line I-Algorithm technique O to O report O all O intersections O among O any O segments O in O the O plane O in O time O complexity O of O and O space O complexity O of O . O Every O bounded B-Algorithm seminorm O on O is O continuous B-Algorithm . O The O cells O can O be O seen O as O an O electrical O switch O in O which O current O flows O between O two O terminals O ( O source O and O drain O ) O and O is O controlled O by O a O floating B-Algorithm gate I-Algorithm ( O FG O ) O and O a O control O gate O ( O CG O ) O . O Gödel B-Language has O a O module O system O , O and O it O supports O arbitrary B-Algorithm precision I-Algorithm integers O , O arbitrary B-Algorithm precision I-Algorithm rationals O , O and O also O floating-point O numbers O . O These O might O be O NURBS B-Algorithm , O TSplines O or O other O curved O representations O of O curved O topology O . O cAMP O binds O to O the O HCN O channels O ( O see O above O ) O , O increasing O the O funny B-Algorithm current I-Algorithm and O therefore O increasing O the O rate O of O depolarization O , O during O the O pacemaker B-Algorithm potential I-Algorithm . O The O factorial O function O expressed O as O pure O ML B-Algorithm : O Conversely O , O a O conventional O radar B-Application in O which O the O transmitter O and O receiver O are O co-located O is O called O a O monostatic B-Algorithm radar I-Algorithm . O The O Toolbox O provides O functions O for O manipulating O and O converting O between O datatypes O such O as O vectors O , O homogeneous B-Algorithm transformations I-Algorithm , O roll-pitch-yaw O and O Euler O angles O , O axis-angle O representation O , O unit-quaternions O , O and O twists O , O which O are O necessary O to O represent O 3-dimensional O position O and O orientation O . O On O the O other O hand O , O Memetic B-Algorithm algorithms I-Algorithm represent O the O synergy O of O evolutionary O or O any O population-based O approach O with O separate O individual O learning O or O local O improvement O procedures O for O problem O search O . O examined O the O relation O between O myocardial O perfusion O and O rubidium-82 B-Algorithm uptake O during O acute O ischemia O in O six O dogs O after O coronary O stenosis O and O in O five O volunteers O and O five O patients O with O coronary O artery O disease O . O Writing O the O appropriate O values O into O the O frame B-Algorithm buffer I-Algorithm therefore O allows O a O program O to O paint O areas O of O the O screen O . O With O this O terminology O , O a O bijection B-Algorithm is O a O function O which O is O both O a O surjection B-Algorithm and O an O injection O , O or O using O other O words O , O a O bijection B-Algorithm is O a O function O which O is O both O " O one-to-one O " O and O " O onto O " O . O CellCognition B-Algorithm ( O Version O 1.0.1 O ) O was O first O released O in O December O 2009 O by O scientists O from O the O Gerlich O Lab O and O the O Buhmann O group O at O the O Swiss O Federal O Institute O of O Technology O Zürich O and O the O Ellenberg O Lab O at O the O European O Molecular O Biology O Laboratory O Heidelberg O . O To O achieve O a O more O accurate O dependency O graph O analysis O , O Bazel B-Application uses O content B-Algorithm digests I-Algorithm rather O than O file-based O timestamps O . O Pfurtscheller O and O colleagues O found O a O reduction O in O alpha O ( O 812Hz O ) O and O beta B-Algorithm ( O 1330Hz O ) O oscillations B-Algorithm in O EEG B-Application activity O when O subjects O made O a O movement O . O The O rounding O ratio O RR O is O only O an O upper O bound O on O the O approximation B-Algorithm ratio I-Algorithm , O so O in O theory O the O actual O approximation B-Algorithm ratio I-Algorithm may O be O lower O than O IG O , O but O this O may O be O hard O to O prove O . O The O Soundfield B-Algorithm microphone I-Algorithm is O an O audio O microphone B-Application composed O of O four O closely O spaced O subcardioid O or O cardioid O ( O unidirectional O ) O microphone B-Application capsules O arranged O in O a O tetrahedron O . O In O mathematics O , O a O unistochastic B-Algorithm matrix I-Algorithm ( O also O called O unitary-stochastic O ) O is O a O doubly B-Algorithm stochastic I-Algorithm matrix I-Algorithm whose O entries O are O the O squares O of O the O absolute O values O of O the O entries O of O some O unitary B-Algorithm matrix I-Algorithm . O The O sequence O of O Fibonacci B-Algorithm strings I-Algorithm starts O : O UHF B-Protocol connectors I-Protocol are O standard O on O HF B-Algorithm amateur O amplifiers O rated O at O 1500+Watts O output O . O The O geometrical O operation O of O moving O from O a O basic B-Algorithm feasible I-Algorithm solution I-Algorithm to O an O adjacent O basic B-Algorithm feasible I-Algorithm solution I-Algorithm is O implemented O as O a O pivot O operation O . O This O makes O SmartDO B-Algorithm able O to O link O with O almost O any O kind O of O 3rd O party O software O and O in-house O code O . O Furthermore O , O if O , O we O can O call O Parseval O fusion B-Algorithm frame I-Algorithm . O A O supraventricular O extrasystole B-Algorithm ( O SVES O ) O is O an O extrasystole B-Algorithm or O premature O electrical O impulse O in O the O heart O , O generated O above O the O level O of O the O ventricle O . O AFDX B-Protocol adopted O concepts O such O as O the O token B-Algorithm bucket I-Algorithm from O the O telecom O standards O , O Asynchronous O Transfer O Mode O ( O ATM O ) O , O to O fix O the O shortcomings O of O IEEE O 802.3 O Ethernet O . O Some O radar B-Application systems I-Application may O have O separate O transmit O and O receive O antennas O , O but O if O the O angle O subtended O between O transmitter O , O target O and O receiver O ( O the O bistatic B-Algorithm angle I-Algorithm ) O is O close O to O zero O , O then O they O would O still O be O regarded O as O monostatic O or O pseudo-monostatic O . O For O example O , O some O very O long O range O HF O radar B-Application systems I-Application may O have O a O transmitter O and O receiver O which O are O separated O by O a O few O tens O of O kilometres O for O electrical O isolation O , O but O as O the O expected O target O range O is O of O the O order O 1000 O – O 3500km O , O they O are O not O considered O to O be O truly O bistatic O and O are O referred O to O as O pseudo-monostatic O . O This O generator O passes O BigCrush O from O TestU01 B-Algorithm , O but O fails O the O TMFn O test O from O . O Some O software O rasterizers O use O ' O span O buffering O ' O ( O or O ' O coverage O buffering O ' O ) O , O in O which O a O list O of O sorted O , O clipped O spans O are O stored O in O scanline B-Algorithm buckets O . O where O the O left-hand O side O has O to O be O interpreted O as O being O the O value O obtained O by O using O one O of O the O aforementioned O summation B-Algorithm methods I-Algorithm and O not O as O the O sum O of O an O infinite O series O in O its O usual O meaning O . O Actually O , O a O reference O frequency O of O 53.33MHz O is O transmitted O over O a O VHF B-Algorithm link O to O each O transmitter O station O and O then O multiplied O by O a O factor O of O 18 O , O yielding O 959.94MHz O . O A O penny B-Algorithm battery I-Algorithm functions O as O a O standard O voltaic B-Architecture pile I-Architecture , O and O is O powered O by O a O redox B-Operating_System reaction O between O zinc B-Application and O acid O . O Statistical O analysis O using O logistic O regression O of O Grade O on O GPA O , O Tuce O and O Psi O was O conducted O in O SPSS B-Algorithm using O Stepwise O Logistic O Regression O . O NiOx B-Algorithm batteries I-Algorithm produce O a O higher O voltage O ( O 1.7V O ) O than O alkaline B-Algorithm batteries I-Algorithm ( O 1.5V O ) O which O can O cause O problems O in O certain O products O , O such O as O equipment O with O incandescent O light O bulbs O ( O such O as O flashlights/torches O ) O , O or O devices O without O a O voltage O regulator O . O The O player O can O also O be O attacked O or O killed O by O sharks B-Algorithm that O are O always O swimming O around O the O raft B-Operating_System . O Pilots O are O advised O to O check O their O sectional O charts O and/or O Chart O Supplement O ( O formerly O Airport/Facilities O Directory O ) O to O determine O the O appropriate O frequency O for O CTAF B-Algorithm prior O to O operating O at O any O given O airport O . O The O SPOT O 1 O satellite O ( O 1986 O ) O provided O the O first O usable O elevation O data O for O a O sizeable O portion O of O the O planet O 's O landmass O , O using O two-pass O stereoscopic B-Algorithm correlation O . O An O f-mount B-Architecture , O ' O melted O ' O plastic O Holga B-Algorithm lens O has O been O used O on O a O digital O f-mount B-Architecture camera O while O the O EOS O Holga B-Algorithm has O been O mounted O to O the O latest O Canon O DSLRs O . O This O is O the O notion O of O equivalence O used O for O Bratteli B-Algorithm diagrams I-Algorithm . O To O be O clear O , O the O above O formulas O use O the O prefix O notation O for O permutation B-Algorithm composition O , O that O is O , O It O was O announced O on O February O 25 O , O 2018 O with O a O suggested O retail O price O of O US O $549.99 O including O the O EF-S B-Algorithm 18-55 I-Algorithm f/3.5 I-Algorithm -5.6 I-Algorithm IS I-Algorithm II I-Algorithm lens O . O Corollary O : O For O an O integrable O vertex B-Algorithm model I-Algorithm for O which O is O invertible O , O the O transfer O matrix O commutes O with O . O If O f O is O sufficiently O smooth O , O then O the O Weierstrass B-Algorithm transform I-Algorithm of O the O k-th O derivative B-Algorithm of O f O is O equal O to O the O k-th O derivative B-Algorithm of O the O Weierstrass B-Algorithm transform I-Algorithm off O . O Tekla B-Algorithm Structures I-Algorithm is O known O to O support O large O models O with O multiple O simultaneous O users O , O but O is O regarded O as O relatively O expensive O , O complex O to O learn O and O fully O utilize O . O The O scale O selection O properties O , O affine O transformation O properties O and O experimental O properties O of O these O and O other O scale-space B-Algorithm interest O point O detectors O are O analyzed O in O detail O in O ( O Lindeberg O 2013 O , O 2015 O ) O . O The O Konica B-Algorithm C35 I-Algorithm AF I-Algorithm was O the O first O mass-produced O autofocus O camera O . O The O PlayStation B-Algorithm Camera I-Algorithm camera O accessory O is O offered O for O the O system O , O with O stereo B-Algorithm camera I-Algorithm lenses O up O to O 1280×800px O resolution O with O support O for O depth O sensing O similar O to O Microsoft O 's O Kinect B-Algorithm . O The O dual O tessellations B-Algorithm contain O all O simplex O facets O , O although O they O are O not O regular O polytopes O beyond O order-3 O . O fMRS B-Algorithm differs O from O MRS O by O acquiring O not O one O but O multiple O spectra O at O different O time O points O while O the O participant O is O inside O the O MRI O scanner O . O In O the O 1960s O , O statisticians O and O economists O used O terms O like O data B-Algorithm fishing I-Algorithm or O data B-Algorithm dredging I-Algorithm to O refer O to O what O they O considered O the O bad O practice O of O analyzing O data O without O an O a-priori O hypothesis O . O StatCrunch B-Algorithm is O a O web-based B-Application statistical B-Algorithm software I-Algorithm application O from O Pearson O Education O . O Within O the O RAM B-Architecture device O , O multiplexing B-Architecture and O demultiplexing B-Architecture circuitry O is O used O to O select O memory B-Algorithm cells I-Algorithm . O For O templates O without O strong O features B-Algorithm , O or O for O when O the O bulk O of O a O template O image O constitutes O the O matching O image O as O a O whole O , O a O template-based O approach O may O be O effective O . O The O ambiguity B-Algorithm function I-Algorithm is O defined O by O the O properties O of O the O pulse B-Algorithm and O of O the O filter O , O and O not O any O particular O target O scenario O . O LSTM B-Algorithm has O become O the O most O cited O neural B-Architecture network I-Architecture of O the O 20th O century O . O In O 2015 O , O Rupesh O Kumar O Srivastava O , O Klaus O Greff O , O and O Schmidhuber O used O the O LSTM B-Algorithm principle O to O create O the O Highway B-General_Concept network I-General_Concept , O a O feedforward B-Algorithm neural I-Algorithm network I-Algorithm with O hundreds O of O layers O , O much O deeper O than O previous O networks O . O In O binary O interchange O formats O , O subnormal B-Algorithm numbers I-Algorithm are O encoded O with O a O biased B-Algorithm exponent I-Algorithm of O 0 O , O but O are O interpreted O with O the O value O of O the O smallest O allowed O exponent O , O which O is O one O greater O ( O i.e. O , O as O if O it O were O encoded O as O a O 1 O ) O . O To O search O through O all O entries O of O the O core O IPT O structure O is O inefficient O , O and O a O hash B-Algorithm table I-Algorithm may O be O used O to O map O virtual O addresses O ( O and O address O space/PID O information O if O need O be O ) O to O an O index O in O the O IPT O - O this O is O where O the O collision B-Algorithm chain O is O used O . O The O complexities O of O next-generation B-Algorithm lithography I-Algorithm development O have O always O spurred O the O pursuit O of O ways O of O extending O the O use O of O incumbent O lithographic O materials O , O light O sources O , O and O tools O . O Multiple B-Algorithm correspondence I-Algorithm analysis I-Algorithm ( O MCA O ) O when O variables O are O qualitative O , O In O particular O a O table O containing O any O nulls O is O not O equal O with O a O natural O self-join O of O itself O , O meaning O that O whereas O is O true O for O any O relation O R O in O relational B-Algorithm algebra I-Algorithm , O a O SQL B-Language self-join O will O exclude O all O rows O having O a O Null O anywhere O . O On O the O other O hand O , O it O has O no O derivative B-Algorithm at O any O point O in O an O uncountable O subset O of O the O Cantor O set O containing O the O interval O endpoints O described O above O . O Also O , O the O checksum B-Algorithm method O used O was O relatively O rudimentary O , O and O did O not O catch O transposition O errors O , O nor O did O it O take O whitespace O into O account O . O It O is O also O possible O to O elicit O similar O reasoning O and O performance O gain O with O zero-shot B-Algorithm prompting I-Algorithm , O which O can O be O as O simple O as O appending O to O the O prompt O the O words O " O Let O 's O think O step-by-step O " O . O The O Sony B-Algorithm α99 I-Algorithm II O is O a O flagship O Sony B-Device SLT I-Device camera I-Device and O continues O the O line O of O Sony B-Algorithm A-mount I-Algorithm camera O bodies O . O Along O with O the O Nexus B-Device 4 I-Device mobile O phone O , O the O Nexus B-Device 10 I-Device launched O Android B-Application 4.2 I-Application ( O " O Jelly B-Application Bean I-Application " O ) O , O which O offered O several O new O features O , O such O as O : O 360° O panoramic O photo B-Algorithm stitching I-Algorithm called O " O Photo O Sphere O " O ; O a O quick O settings O menu O ; O widgets O on O the O lock O screen O ; O gesture O typing O ; O an O updated O version O of O Google B-Application Now I-Application ; O and O multiple O user O accounts O for O tablets B-Device . O The O second O game O allows O Yui O to O romance O Dionysus O , O Akira O , O Thor B-Algorithm , O and O Melissa O as O well O . O In O both O the O HP48S/SX O and O G/GX O series O , O the O Saturn B-Application CPU B-General_Concept core O is O integrated O as O part O of O a O more O complex O integrated O circuit O ( O IC O ) O package O . O The O previous O series O of O Saturn-based O ICs O were O codenamed O Lewis O , O after O Meriwether O Lewis O . O Screen O resolution O : O 131×64 O pixels B-Algorithm . O The O HP48 O series O of O calculators O support O a O stack-based O programming O language O named O RPL B-Device , O a O supposed O combination O of O Reverse O Polish O notation O ( O RPN O ) O and O Lisp B-Language . O Electromagnetic O compatibility O can O be O tested O in O Specctra B-Algorithm through O the O " O SPECCTRAQuest O SI O Expert O " O module O . O In O contrast O , O closed O subspaces O and O separated O quotients O of O Montel B-Algorithm spaces I-Algorithm are O in O general O not O even O reflexive O . O Prior O to O official O release O , O the O Lumix B-Algorithm FZ1000 I-Algorithm was O originally O announced O as O being O able O to O record O slow-motion O in O the O following O resolutions O and O framerates O : O A O number O of O issues O were O clarified O , O in O particular O that O of O analytic B-Algorithm continuation I-Algorithm . O If O the O stored O validation O data O is O stolen O , O the O thief O will O only O have O the O hash B-Algorithm values O , O not O the O passwords O . O Among O all O permutations B-Algorithm of O , O only O two O place O that O axis O first O ; O one O is O an O even O permutation B-Algorithm and O the O other O odd O . O Generally O sparse O multiple B-Algorithm kernel I-Algorithm learning I-Algorithm is O particularly O useful O when O there O are O many O kernels O and O model O selection O and O interpretability O are O important O . O The O optical B-Algorithm conductivity I-Algorithm is O closely O related O to O the O dielectric O function O , O the O generalization O of O the O dielectric O constant O to O arbitrary O frequencies O . O This O led O to O the O deep B-Algorithm learning I-Algorithm method O called O long B-Algorithm short-term I-Algorithm memory I-Algorithm ( O LSTM B-Algorithm ) O , O published O in O 1997 O . O LSTM B-Algorithm recurrent B-Algorithm neural I-Algorithm networks I-Algorithm can O learn O " O very O deep B-Algorithm learning I-Algorithm " O tasks O with O long O credit O assignment O paths O that O require O memories O of O events O that O happened O thousands O of O discrete O time O steps O before O . O Each O time O the O parameter O value O enters O a O new O knot B-Algorithm span O , O a O new O control B-Algorithm point I-Algorithm becomes O active O , O while O an O old O control B-Algorithm point I-Algorithm is O discarded O . O In O 2019 O , O ABBYY B-Operating_System acquired O TimelinePI O , O a O process B-Algorithm mining I-Algorithm company O , O and O Marlin O Equity O Partners O became O its O biggest O shareholder O in O 2021 O . O The O QFN B-Algorithm package B-Algorithm is O similar O to O the O quad-flat B-Algorithm package I-Algorithm ( O QFP B-Algorithm ) O , O and O a O ball B-Algorithm grid I-Algorithm array I-Algorithm ( O BGA O ) O . O This O starts O the O depolarization O and O eventual O action B-Algorithm potential I-Algorithm in O contractile O cells O . O Actual O signals O have O a O finite O duration O and O their O frequency O content O , O as O defined O by O the O Fourier B-Algorithm transform I-Algorithm , O has O no O upper O bound O . O 82Rb/PET O has O shown O greater O uniformity O and O count O density O than O 99mTc-SPECT O when O examining O the O myocardium O . O 82Rb B-Algorithm also O has O an O advantage O in O that O it O has O a O very O short O half-life O which O results O in O much O lower O radiation O exposure O for O the O patient O . O According O to O an O anonymous O Samsung B-Application official O speaking O to O the O Korea O Economic O Daily O , O the O SIII B-Application received O more O than O 9million O pre-orders O from O 100 O carriers O during O the O two O weeks O following O its O London O unveiling O , O making O it O the O fastest-selling O gadget B-Algorithm in O history O . O Sony O 's O custom O 16-bit O sound O chip O supports O ADPCM B-Algorithm sources O with O up O to O 24 O sound O channels O and O offers O a O sampling O rate O of O up O to O 44.1kHz O and O MIDI O sequencing O . O Electronic B-Algorithm packages I-Algorithm are O sometimes O made O by O machining O solid O blocks O of O metal O , O usually O aluminum O , O into O complex O shapes O . O The O APL0098 O ( O also O 8900B O or O S5L8900 B-Application ) O is O a O package B-Algorithm on I-Algorithm package I-Algorithm ( O PoP B-Algorithm ) O system B-Architecture on I-Architecture a I-Architecture chip I-Architecture ( O SoC O ) O that O was O introduced O on O June O 29 O , O 2007 O , O at O the O launch O of O the O original B-Operating_System iPhone I-Operating_System . O The O console O ( O 10 O digit O switches O , O one O sign O switch O , O and O 10 O bi-quinary B-Algorithm display O lights O ) O , O distributor O , O lower O and O upper O accumulators B-General_Concept were O all O addressable O ; O 8000 O , O 8001 O , O 8002 O , O 8003 O respectively O . O A O May O 2009 O discussion O on O the O whatwg O mailing O list O mentioned O US O 5,214,678 O patent O as O possibly O covering O MPEG-1 B-Algorithm Audio O Layer O II O . O Then O , O when O loading O the O mosaic O of O image O thumbnails O ( O or O other O heterogeneous O images O ) O , O the O program O simply O maps O every O original O indexed B-Data_Structure color I-Data_Structure pixel B-Algorithm to O its O most O approximated O in O the O master O palette B-Data_Structure ( O after O dumping O this O into O the O hardware O color B-Data_Structure registers I-Data_Structure ) O , O and O writes O the O result O in O the O video B-Algorithm buffer I-Algorithm . O The O inner B-Algorithm automorphism I-Algorithm group I-Algorithm of O is O isomorphic O to O : O The O following O matrix O is O symmetric B-Algorithm : O For O the O two O dimensional O case O , O the O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure for O kinetic B-Algorithm convex I-Algorithm hull I-Algorithm can O be O used O to O construct O a O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure for O the O width O of O a O point O set O that O is O responsive O , O compact O and O efficient O . O All O the O models O are O Turing B-Algorithm equivalent I-Algorithm . O The O alternative O subdiagonal O matrix O L O is O unsurprisingly O known O as O a O lower O shift B-Algorithm matrix I-Algorithm . O FAST O corner B-Algorithm detector I-Algorithm uses O a O circle O of O 16 O pixels O ( O a O Bresenham B-Algorithm circle I-Algorithm of O radius O 3 O ) O to O classify O whether O a O candidate O point O p O is O actually O a O corner O . O The O relationship O continued O with O the O Kodak O DCS O 500 O series O , O which O fully O integrated O the O EOS-1N B-Algorithm body O with O Kodak O 's O imaging O components O . O The O Doppel-Sport B-Algorithm Panoramic I-Algorithm Camera I-Algorithm was O created O in O 1912 O by O Julius O Neubronner O in O Kronberg O , O Germany O to O take O aerial O photographs O by O means O of O pigeon O photographers O . O Implementation O is O arguably O easier O and O more O efficient O than O Gibbs B-Algorithm sampling I-Algorithm or O simple O Metropolis O updates O . O Many O of O these O studies O do O not O refer O to O the O P3b B-Algorithm explicitly O , O but O most O use O oddball B-Algorithm tasks I-Algorithm and O thus O would O most O likely O have O elicited O a O P3b B-Algorithm . O A O general-purpose O ultrasound B-Algorithm transducer I-Algorithm may O be O used O for O most O imaging B-Application purposes O but O some O situations O may O require O the O use O of O a O specialized O transducer B-Algorithm . O Each O pixel B-Algorithm on O the O image O plane O therefore O corresponds O to O a O shaft O of O light O from O the O original O scene O . O One O approach O to O remove O the O risk O of O such O loss O of O accuracy O is O the O design O and O analysis O of O numerically B-Algorithm stable I-Algorithm algorithms O , O which O is O an O aim O of O the O branch O of O mathematics O known O as O numerical B-General_Concept analysis I-General_Concept . O their O personalized O PageRank B-Algorithm scores O over O the O number O of O edges O pointing O towards O them O ( O over O their O in-degree O ) O : O further O improved O SimRank B-Algorithm computation O via O a O fine-grained O memoization O method O to O share O small O common O parts O among O different O partial O sums O . O The O relational B-Architecture model I-Architecture is O so O named O because O it O is O based O upon O the O mathematical O structures O known O as O relations B-Algorithm . O ) O The O NSA O describes O one-time B-Algorithm tape I-Algorithm systems O like O 5-UCO O and O SIGTOT O as O being O used O for O intelligence O traffic O until O the O introduction O of O the O electronic O cipher B-Application based O KW-26 O in O 1957 O . O However O , O stream B-Algorithm ciphers I-Algorithm can O be O susceptible O to O security O breaches O ( O see O stream B-Algorithm cipher I-Algorithm attacks O ) O ; O for O example O , O when O the O same O starting O state O ( O seed O ) O is O used O twice O . O On O 17 O August O 2004 O , O at O the O Rump O Session O of O CRYPTO O 2004 O , O preliminary O results O were O announced O by O Wang O , O Feng O , O Lai O , O and O Yu O , O about O an O attack O on O MD5 B-Algorithm , O SHA-0 B-Algorithm and O other O hash B-Algorithm functions I-Algorithm . O ETSI O has O selected O the O Enhanced B-Algorithm Full I-Algorithm Rate I-Algorithm voice B-Application codec I-Application as O the O industry O standard O codec O for O GSM/DCS O in O 1995 O . O A O light-emitting B-Algorithm electrochemical I-Algorithm cell I-Algorithm ( O LEC O or O LEEC B-Algorithm ) O is O a O solid-state O device O that O generates O light O from O an O electric O current O ( O electroluminescence O ) O . O An O episode O of O chest O pain O in O Wellens O ' O syndrome O is O associated O with O ST O elevation O or O depression O and O later O progressed O to O T B-Algorithm wave I-Algorithm abnormality O after O chest O pain O subsided O . O Kaos O and O his O robot B-Algorithm travel O into O the O vault O to O find O the O map O , O but O the O map O is O destroyed O as O a O result O when O he O accidentally O pulled O a O mechanism O . O As O seen O from O the O table O , O the O ABC B-Device 80 I-Device were O up O to O as O fast O as O the O IBM B-Device PC I-Device using O integers O and O up O to O as O fast O using O floating B-Algorithm point I-Algorithm calculations O . O An O early O public O domain O implementation O of O a O four-at-once O merge B-Algorithm was O by O WikiSort O in O 2014 O , O the O method O was O later O that O year O described O as O an O optimization O for O patience O sorting B-Algorithm and O named O a O ping-pong O merge B-Algorithm . O To O initialize O the O cipher O , O the O key O and O IV B-Algorithm are O written O into O two O of O the O shift B-General_Concept registers I-General_Concept , O with O the O remaining O bits O starting O in O a O fixed O pattern O ; O the O cipher O state O is O then O updated O 4 O × O 288 O = O 1152 O times O , O so O that O every O bit O of O the O internal O state O depends O on O every O bit O of O the O key O and O of O the O IV B-Algorithm in O a O complex O nonlinear O way O . O In O statistics O , O the O Freedman B-Application – I-Application Diaconis I-Application rule I-Application can O be O used O to O select O the O width O of O the O bins O to O be O used O in O a O histogram B-Algorithm . O Apart O from O this O detail O , O all O the O variants O of O rounding B-Algorithm discussed O above O apply O to O the O rounding B-Algorithm of O floating-point B-Algorithm numbers I-Algorithm as O well O . O If O our O heuristic B-Algorithm is O admissible O it O follows O that O at O this O penultimate O step O Teval O = O Ttrue O because O any O increase O on O the O true O cost O by O the O heuristic B-Algorithm on O T O would O be O inadmissible O and O the O heuristic B-Algorithm cannot O be O negative O . O Theano B-Algorithm : O The O reference O deep-learning B-Algorithm library O for O Python B-Language with O an O API O largely O compatible O with O the O popular O NumPy B-Application library O . O One O popular O minimax B-Algorithm approximation I-Algorithm algorithm I-Algorithm is O the O Remez O algorithm O . O ElGamal B-Algorithm encryption I-Algorithm is O used O in O the O free O GNU B-Application Privacy I-Application Guard I-Application software O , O recent O versions O of O PGP B-Application , O and O other O cryptosystems B-General_Concept . O If O is O self-adjoint B-Algorithm , O and O , O then O , O , O and O the O conjugate B-Algorithm gradient I-Algorithm method I-Algorithm produces O the O same O sequence O at O half O the O computational O cost O . O Advanced O versions O of O the O parametric B-Algorithm search I-Algorithm technique O use O a O parallel B-Operating_System algorithm I-Operating_System as O the O test O algorithm O , O and O group O the O comparisons O that O must O be O simulated O into O batches O , O in O order O to O significantly O reduce O the O number O of O instantiations O of O the O decision O algorithm O . O The O growing B-Algorithm self-organizing I-Algorithm map I-Algorithm ( O GSOM B-Algorithm ) O is O a O growing O variant O of O the O self-organizing B-Algorithm map I-Algorithm . O No O specific O drugs O are O used O to O treat O pacemaker B-Algorithm syndrome I-Algorithm directly O because O treatment O consists O of O upgrading O or O reprogramming O the O pacemaker B-Device . O The O Canon B-Device PowerShot I-Device S95 I-Device is O a O high-end O 10.0-megapixel O compact B-Algorithm digital B-Device camera I-Device announced O and O released O in O 2010 O . O Much O definitive O work O on O wheel B-Algorithm factorization I-Algorithm , O sieves O using O wheel B-Algorithm factorization I-Algorithm , O and O wheel O sieve O , O was O done O by O Paul O Pritchard O in O formulating O a O series O of O different O algorithms O . O The O vast O majority O of O special O cameras O does O not O offer O integrated O optics B-Algorithm , O but O a O standardized O lens B-Algorithm mount I-Algorithm called O " O C-mount B-Algorithm " O or O " O CS-mount O " O . O In O this O case O , O say O the O weight O of O the O inversion B-Algorithm is O . O CRT B-Algorithm devices O have O at O least O two O leads O , O one O passing O through O the O vena O cava O and O the O right O atrium O into O the O right O ventricle O to O stimulate O the O septum O , O and O another O passing O through O the O vena O cava O and O the O right O atrium O and O inserted O through O the O coronary O sinus O to O pace O the O epicardial O wall O of O the O left O ventricle O . O It O is O important O that O the O extracted O features O from O dynamic B-Algorithm texture I-Algorithm combine O motion O and O appearance O description O , O and O also O be O invariance O to O some O transformation O such O as O rotation O , O translation O and O illumination O . O The O zinc-chloride O cell O , O frequently O referred O to O as O a O heavy-duty O , O extra-heavy-duty O , O super-heavy-duty O , O or O super-extra-heavy-duty O battery O , O is O an O improvement O on O the O original O zinc B-Algorithm – I-Algorithm carbon I-Algorithm cell I-Algorithm , O using O purer O chemicals O and O giving O a O longer O service O life O and O steadier O voltage O output O as O it O is O used O and O offering O about O twice O the O service O life O of O general-purpose O zinc B-Algorithm – I-Algorithm carbon I-Algorithm cells I-Algorithm , O or O up O to O four O times O in O continuous-use O or O high-drain O applications O . O Like O image O difference O , O it O is O also O an O old O concept O used O for O segmentation B-Algorithm . O See O the O linear B-Algorithm program I-Algorithm here O . O Despite O its O lack O of O availability O and O support O and O the O difficulty O of O running O the O application B-Application on O Mac B-Device computers I-Device current O in O 2009 O , O StatView B-Algorithm still O has O some O loyal O users O . O The O calculator B-Application can O evaluate O and O simplify O algebraic O expressions O symbolically O . O Symbolic O and O numeric O differentiation B-Algorithm and O integration B-Algorithm . O The O goal O of O normalization O is O making O the O diagonal O entries O of O the O Laplacian B-Algorithm matrix I-Algorithm to O be O all O unit O , O also O scaling O off-diagonal O entries O correspondingly O . O QSS B-Algorithm methods O constitute O the O main O numerical O solver O for O PowerDEVS[BK011] O software O . O NLOGIT B-Algorithm is O an O extension O of O the O econometric O and O statistical B-Algorithm software I-Algorithm package O LIMDEP B-Algorithm . O Instead O of O trying O to O learn O explicit O features O that O characterize O keyphrases O , O the O TextRank O algorithm O exploits O the O structure O of O the O text O itself O to O determine O keyphrases O that O appear O " O central O " O to O the O text O in O the O same O way O that O PageRank B-Algorithm selects O important O Web O pages O . O Copal O is O the O most O popular O maker O of O leaf O shutters O for O view B-Algorithm camera I-Algorithm lenses O . O CCMP B-Protocol is O based O on O the O Counter O with O CBC-MAC O ( O CCM O ) O mode O of O the O AES B-Algorithm encryption I-Algorithm algorithm O . O As O the O rat O moved O closer O and O closer O , O each O successive O action B-Algorithm potential I-Algorithm occurred O earlier O and O earlier O within O the O wave O cycle O . O Evoked B-Algorithm potential I-Algorithm is O distinct O from O spontaneous O potentials O as O detected O by O electroencephalography B-Application ( O EEG B-Application ) O , O electromyography O ( O EMG O ) O , O or O other O electrophysiologic B-Application recording O method O . O Let O X O and O Y O be O Hausdorff O locally B-Algorithm convex I-Algorithm spaces I-Algorithm and O let O be O a O continuous O linear O operator O . O The O procedure O outlined O in O the O Bode B-Algorithm plot I-Algorithm article O is O followed O . O It O is O often O mixed O with O hole B-Algorithm mounted I-Algorithm , O and O sometimes O socketed O , O components O on O the O same O printed O circuit O board O ( O PCB O ) O . O A O package B-Algorithm related O to O QFP B-Algorithm is O plastic B-Algorithm leaded I-Algorithm chip I-Algorithm carrier I-Algorithm ( O PLCC O ) O which O is O similar O but O has O pins O with O larger O pitch O , O 1.27mm O ( O or O 1/20inch O ) O , O curved O up O underneath O a O thicker O body O to O simplify O socketing O ( O soldering O is O also O possible O ) O . O The O extra O bits O of O the O sign O digit O may O be O used O to O indicate O special O numeric B-Algorithm values O , O such O as O infinity B-Application , O underflow/overflow O , O and O error O ( O a O blinking O display O ) O . O Signed O decimal B-Application values O may O be O represented O in O several O ways O . O Compared O with O standard O SNES B-Application games O , O the O additional O microprocessor B-Architecture allows O these O features O : O higher O clock O speeds O ; O faster O access O to O the O random-access B-Architecture memory I-Architecture ( O RAM B-Architecture ) O ; O greater O memory O mapping O capabilities O , O data O storage O , O and O compression O ; O new O direct B-General_Concept memory I-General_Concept access I-General_Concept ( O DMA O ) O modes O , O such O as O bitmap B-Algorithm to O bit O plane O transfer O ; O and O built-in O CIC O lockout O for O piracy O protection O and O regional O marketing O control O . O Two-sided B-Algorithm Laplace I-Algorithm transforms I-Algorithm are O closely O related O to O the O Fourier B-Algorithm transform I-Algorithm , O the O Mellin O transform O , O the O Z-transform B-Algorithm and O the O ordinary O or O one-sided O Laplace O transform O . O The O M8 O supports O all O existing O Leica B-Algorithm M-mount I-Algorithm lenses O , O however O some O older O models O might O not O offer O all O the O functions O due O to O mismatching O cams O . O energy O at O nominal O voltage O and O 50 O mA O drain O ( O Wh O ) O Rechargeable B-Architecture Zinc B-Algorithm – I-Algorithm carbon I-Algorithm R6 O 15D O 1.50 O 400 O – O 1,700 O 2.55 O Alkaline B-Algorithm LR6 B-Algorithm 15A O 1.50 O 1,800 O – O 2,850 O 3.90 O Li-FeS2 O FR6 O 15LF O 1.50 O 2,700 O -3 O , O 400 O 5.10 O Li-ion O ? O Floating-point B-Algorithm compatibility O across O multiple O computing O systems O was O in O desperate O need O of O standardization O by O the O early O 1980s O , O leading O to O the O creation O of O the O IEEE O 754 O standard O once O the O 32-bit O ( O or O 64-bit O ) O word O had O become O commonplace O . O In O 1991 O , O motivated O by O Rivest O 's O DESX B-Algorithm construction O , O Even O and O Mansour O proposed O a O much O simpler O scheme O ( O the O " O two-key O Even O – O Mansour O scheme O " O ) O , O which O they O suggested O was O perhaps O the O simplest O possible O block O cipher O : O XOR O the O plaintext O with O a O prewhitening O key O , O apply O a O publicly O known O unkeyed O permutation O ( O in O practice O , O a O pseudorandom O permutation O ) O to O the O result O , O and O then O XOR O a O postwhitening O key O to O the O permuted O result O to O produce O the O final O ciphertext O . O A O Doppler B-Algorithm radar I-Algorithm is O a O specialized O radar B-Application that O uses O the O Doppler O effect O to O produce O velocity O data O about O objects O at O a O distance O . O Common O clinical O indications O for O neuroimaging B-Algorithm include O head O trauma O , O stroke O like O symptoms O eg O : O sudden O weakness/numbness O in O one O half O of O body O , O difficulty O talking O or O walking O ; O seizures O , O sudden O onset O severe O headache O , O sudden O change O in O level O of O consciousness O for O unclear O reasons O . O It O was O one O of O the O first O approximation B-Algorithm algorithms I-Algorithm , O and O was O in O part O responsible O for O drawing O attention O to O approximation B-Algorithm algorithms I-Algorithm as O a O practical O approach O to O intractable O problems O . O Photoshop B-Operating_System can O edit O and O compose O raster B-Algorithm images I-Algorithm in O multiple O layers O and O supports O masks O , O alpha B-Algorithm compositing I-Algorithm and O several O color O models O . O These O equality O axioms B-Algorithm are O : O The O mode O can O be O determined O by O the O sign O of O the O threshold O voltage O ( O gate O voltage O relative O to O source O voltage O at O the O point O where O an O inversion O layer O just O forms O in O the O channel O ) O : O for O an O N-type O FET O , O enhancement-mode B-Algorithm devices O have O positive O thresholds O , O and O depletion-mode B-Algorithm devices O have O negative O thresholds O ; O for O a O P-type O FET O , O enhancement-mode B-Algorithm have O negative O , O and O depletion-mode B-Algorithm have O positive O . O The O Asahi B-Algorithm Pentax I-Algorithm of O 1957 O featured O : O Although O it O can O be O challenging O , O all O of O these O effects O are O measurable O , O making O the O NV B-Device center I-Device a O perfect O candidate O for O a O quantum B-Algorithm sensor I-Algorithm . O UNICOM B-Algorithm stations O typically O use O a O single O communications O frequency O . O Each O WORD O can O define O the O alpha O , O red O , O green O and O blue O samples B-Algorithm of O the O pixel O . O Fuzzy O concept B-Algorithm analysis I-Algorithm : O Extensive O work O has O been O done O on O a O fuzzy O version O of O formal B-Algorithm concept I-Algorithm analysis I-Algorithm . O Weka B-Language ( O a O free O and O open-source O data-mining B-Application suite O , O contains O many O decision B-Algorithm tree I-Algorithm algorithms O ) O , O Rete B-Algorithm evaluation I-Algorithm : O with O a O proper O logic O representation O ( O which O is O suitable O only O for O crisp O rules O ) O , O the O rules O need O not O to O be O re-evaluated O at O every O time O step O . O There O currently O is O a O lot O of O research O about O the O differences O between O nociceptors B-Algorithm . O On O September O 14 O , O 2015 O , O the O BSA O published O a O letter O of O support O for O amongst O other O things O cyber O threat O information O sharing O legislation O addressed O to O Congress O , O signed O by O board O members O Adobe O , O Apple O Inc. O , O Altium B-Algorithm , O Autodesk O , O CA O Technologies O , O DataStax B-General_Concept , O IBM O , O Microsoft O , O Minitab B-Application , O Oracle B-Application , O Salesforce.com, O Siemens O , O and O Symantec O . O Conceptually O , O at O every O pixel B-Algorithm in O the O output O image O , O the O program O looks O up O the O grayscale O value O of O the O equivalent O pixel B-Algorithm in O the O depth O map O image O , O and O uses O this O value O to O determine O the O amount O of O horizontal O shift O required O for O the O pixel B-Algorithm . O PL/Perl B-Language , O as O an O imperative B-Application programming I-Application language I-Application , O allows O more O control O than O the O relational B-Algorithm algebra I-Algorithm of O SQL B-Language . O wire-frame B-Algorithm model I-Algorithm of O both O unit O cells O , O ID5 O ( O 1988 O ) O did O n't O discard O subtrees O , O but O also O did O not O guarantee O that O it O would O produce O the O same O tree O as O ID3 B-Algorithm . O A O version O of O CP O was O first O proposed O in O 1998 O by O Gammerman O , O Vovk O , O and O Vapnik O , O and O since O , O several O variants O of O conformal B-Algorithm prediction I-Algorithm have O been O developed O with O different O computational O complexities O , O formal O guarantees O , O and O practical O applications O . O The O parameters O that O generate O these O movies O ( O sheep O ) O can O be O created O in O a O few O ways O : O they O can O be O created O and O submitted O by O members O of O the O electricsheep B-Algorithm mailing O list O , O members O of O the O mailing O list O can O download O the O parameters O of O existing O sheep O and O tweak O them O , O or O sheep O can O be O mated O together O automatically O by O the O server O or O manually O by O server O admins O ( O nicknamed O shepherds O ) O . O On O smaller O members O of O the O series O , O some O expensive O instructions O ( O floating B-Algorithm point I-Algorithm for O example O ) O were O also O implemented O as O extracodes B-Device . O The O hardware O floating-point B-Algorithm unit O , O if O fitted O , O ran O autonomously O . O After O a O floating-point B-Algorithm operation O was O started O , O integer O instructions O could O be O run O in O parallel O until O the O result O of O the O floating-point B-Algorithm operation O was O needed O . O Two-bit O character O offset O , O seven-bit O counter O and O 15-bit O modifier O ( O word B-General_Concept address I-General_Concept ) O . O The O BCHX O ( O branch O on O character O indexing O ) O instruction O decremented O the O counter O and O incremented O the O character O offset O , O incrementing O the O word B-General_Concept address I-General_Concept if O the O character O offset O overflowed O , O branching O if O the O count O had O not O reached O zero O . O In O 22-bit O addressing O mode O the O counter O was O unavailable O , O and O the O format O was O a O two-bit O character O offset O and O a O 22-bit O word B-General_Concept address I-General_Concept . O The O BCHX O instruction O incremented O the O character O offset O , O incremented O the O word B-General_Concept address I-General_Concept if O the O character O offset O overflowed O , O and O branched O unconditionally O . O Most O cylindrical O dry O batteries O ( O such O as O the O AA B-Algorithm battery I-Algorithm ) O have O a O projection O at O one O end O ( O positive O ) O and O a O flat O base O ( O negative O ) O . O The O potassium-ion B-Algorithm battery I-Algorithm delivers O around O a O million O cycles O , O due O to O the O extraordinary O electrochemical O stability O of O potassium O insertion/extraction O materials O such O as O Prussian O blue O . O Thus O , O total O partial B-Algorithm functions I-Algorithm from O to O coincide O with O functions O from O to O . O Similarly O , O any O open O subset O of O a O Hilbert O space O is O a O Hilbert B-Algorithm manifold I-Algorithm and O a O Riemannian B-Architecture manifold I-Architecture under O the O same O construction O as O for O the O whole O space O . O Overland O and O channel O flow O hydraulics O are O based O on O explicit O , O finite-volume B-Algorithm , O diffusive O wave O schemes O . O Pacemaker B-Device implantation O is O the O primary O treatment O modality O of O symptomatic O sinus B-Algorithm node I-Algorithm dysfunction I-Algorithm . O The O length O of O " O protocol B-Protocol message(s ) O " O , O " O MAC B-Algorithm " O and O " O padding O " O fields O combined O ( O i.e. O With O its O introduction O , O Nikon B-Algorithm also O announced O two O crop-sensor O Z-mount B-Algorithm lenses O . O Anti-Grain B-Algorithm Geometry I-Algorithm ( O AGG O ) O is O a O 2D O rendering O graphics B-Library library I-Library written O in O C++ B-Language . O Nikon B-Algorithm Wireless O remote B-Protocol control I-Protocol or O third-party O solutions O . O This O pressure O eventually O provided O the O incentive O for O Altium B-Algorithm to O release O a O simplified O and O more O user O friendly O version O of O their O professional O EDA O software O package O and O flagship O product O , O Altium B-Algorithm Designer I-Algorithm , O targeted O at O less O complex O circuit O board O projects O . O The O Wave O is O a O slim O touchscreen O phone O powered O by O Samsung B-Application 's O " O Hummingbird O " O CPU O , O which O includes O a O 1GHz O ARM B-Architecture Cortex-8 O CPU O and O a O built-in O PowerVR B-Device SGX O 540 O graphics O engine O , O " O Super B-Application LCD I-Application " O display O and O 720p O high-definition O video O capture O capabilities.SlashGear O speculated O that O the O phone O could O be O the O result O of O a O rumored O AMOLED B-Algorithm panel O shortage O . O , O client-server O , O freeware B-License for O academic O and O noncommercial O use2002 O Bowtie B-Application Uses O a O Burrows B-Algorithm – I-Algorithm Wheeler I-Algorithm transform I-Algorithm to O create O a O permanent O , O reusable O index O of O the O genome O ; O 1.3 O GB O memory O footprint O for O human O genome O . O Older O , O non-coupled O rangefinder B-Algorithm cameras O display O the O focusing O distance O and O require O the O photographer O to O transfer O the O value O to O the O lens O focus O ring O ; O cameras O without O built-in O rangefinders B-Algorithm could O have O an O external O rangefinder B-Algorithm fitted O into O the O accessory B-Algorithm shoe I-Algorithm . O Because O the O detector O computes O the O second-moment B-Algorithm matrix I-Algorithm in O the O transformed O domain O , O it O 's O convenient O to O denote O this O transformed O position O as O where O . O DreamBooth B-General_Concept is O a O deep B-Algorithm learning I-Algorithm generation O model O developed O by O researchers O from O Google B-Application Research I-Application and O Boston O University O in O 2022 O which O can O fine-tune O the O model O to O generate O precise O , O personalised O outputs O that O depict O a O specific O subject O , O following O training O via O a O set O of O images O which O depict O the O subject O . O The O shutter O speeds O on O the O Instamatic B-Algorithm Reflex O , O billed O as O the O camera O which O " O does O simply O everything O , O and O everything O simply O " O , O range O from O to O 20seconds O , O with O flashcube O sync O at O and O with O an O electronic O flash O . O The O process O of O shooting O rays O from O the O eye O to O the O light O source O to O render O an O image O is O sometimes O called O backwards B-Algorithm ray I-Algorithm tracing I-Algorithm , O since O it O is O the O opposite O direction O photons B-Application actually O travel O . O Nociceptors B-Algorithm were O discovered O by O Charles O Scott O Sherrington O in O 1906 O . O PowerShell B-Application accepts O strings O , O both O raw O and O escaped B-Algorithm . O In O a O practical O experiment O , O the O attack O succeeded O in O recovering O parts O of O the O S-box B-Algorithm in O 15 O hours O of O CPU O time O , O using O 2 O plaintext-ciphertext O pairs O . O Sparse O principal B-Application component I-Application analysis I-Application ( O sparse B-Algorithm PCA I-Algorithm ) O is O a O specialised O technique O used O in O statistical O analysis O and O , O in O particular O , O in O the O analysis O of O multivariate O data O sets O . O metaheuristic B-Algorithm ) O in O evolutionary O computing O . O Additional O lenses O were O released O , O such O as O the O Fisheye-Distagon O ( O f/3.5 O , O 30mm O ) O , O the O Distagon O ( O f/4 O , O 40mm O ) O , O and O the O Sonnar O ( O f/4 O , O 150mm O ) O with O a O between-the-lens O shutter O along O with O more O accessories O including O close-up O lenses O , O extension B-Algorithm bellows I-Algorithm , O a O Polaroid O film O cassette O , O a O sheet O film O cassette O , O an O underwater O housing O , O and O a O ring O flash O unit O . O For O its O time O , O the O Rollei B-Algorithm 35 I-Algorithm was O the O smallest O camera O that O used O standard O 35mm O film O cartridges O , O which O made O it O an O ideal O second O camera O for O amateur O photographers O . O Initially O , O it O came O with O a O Zeiss O Tessar O lens O with O an O aperture O of O f/3.5 O and O focal B-Algorithm length I-Algorithm of O 40mm O . O Equally O important O , O image O quality O was O not O compromised O , O despite O the O pocket B-Algorithm camera I-Algorithm format O . O Rollei O also O produced O the O Rolleiflex B-Algorithm SL26 O , O an O Instamatic B-Algorithm camera O with O interchangeable O lenses O . O It O is O the O second O part O of O the O ISO/IEC O MPEG-2 B-Algorithm standard O . O Phase O One O Media O Pro O ( O formerly O Microsoft O Expression O Media O and O iView B-Algorithm Media I-Algorithm Pro O ) O was O a O commercial O digital O asset O management O cataloging O program O for O Microsoft B-Application Windows I-Application and O Apple B-Operating_System OS I-Operating_System X I-Operating_System operating O systems O . O However O , O since O the O device O began O playing O music O automatically O when O it O was O turned O on O , O third-party O headphones O could O still O be O used O in O " O autoplay O " O mode O ( O with O no O volume B-Algorithm or O playback O controls O ) O , O and O after O its O release O , O some O third-party O headphones O and O headphone O adapters O began O to O include O full O support O for O the O third O generation O . O The O Nikon B-Architecture F-mount I-Architecture is O a O type O of O interchangeable B-Algorithm lens I-Algorithm mount O developed O by O Nikon O for O its O 35 B-Algorithm mm I-Algorithm Single-lens I-Algorithm reflex I-Algorithm cameras I-Algorithm . O - O Uniform B-Algorithm convergence I-Algorithm both O pointwise B-Algorithm convergence I-Algorithm and O uniform B-Algorithm Cauchy-convergence I-Algorithm . O At O the O time O it O was O discontinued O , O the O F6 O was O the O last O remaining O film O SLR B-Algorithm still O in O production O . O Frog B-Algorithm , O and O seems O to O be O more O of O a O mascot O than O a O main O character O . O Artificial B-Algorithm neurons I-Algorithm can O also O refer O to O artificial O cells O in O neuromorphic O engineering O that O are O similar O to O natural O physical O neurons O . O NSMB B-Application is O a O computer O system O for O solving O Navier O – O Stokes O equations O using O the O finite B-Algorithm volume I-Algorithm method I-Algorithm . O The O Agfa B-Algorithm Ambiflex I-Algorithm was O a O SLR B-Algorithm for O 35mm O film O , O made O by O Agfa O in O c.1960 O . O It O combines O an O ARM B-Application Cortex-A8 I-Application CPU B-Device also O used O in O Samsung B-Application 's O S5PC110A01 O SoC O and O a O PowerVR B-Device SGX O 535 O graphics B-Architecture processor I-Architecture ( O GPU B-Architecture ) O , O all O built O on O Samsung B-Application 's O 45-nanometer B-Algorithm silicon B-Architecture chip I-Architecture fabrication I-Architecture process B-Architecture . O Of O particular O prominence O is O the O generalization B-Algorithm error I-Algorithm bound O on O boosting B-Algorithm algorithms O and O support B-Algorithm vector I-Algorithm machines I-Algorithm . O Sensors O information O ( O radar B-Application , O sonar B-Application , O and O transponder O data O ) O is O provided O to O the O track B-Algorithm algorithm I-Algorithm using O a O polar O coordinate O system O , O and O this O is O converted O to O cartesian O coordinate O system O for O the O track B-Algorithm algorithm I-Algorithm . O Problems O that O are O not O well-posed B-Algorithm in O the O sense O of O Hadamard O are O termed O ill-posed B-Algorithm . O For O the O multi-dimensional O formulation O of O convolution B-Algorithm , O see O domain O of O definition O ( O below O ) O . O Two O early O outliners B-Application , O KAMAS B-Application ( O Knowledge O and O Mind O Amplification O System O ) O and O its O cut-down O successor O Out-Think O ( O without O programming O facilities O and O retooled O for O 8080/V20 O compatibility O ) O were O also O written O for O CP/M B-Application , O though O later O rewritten O for O MS-DOS B-Application . O Turbo B-Application Pascal I-Application , O the O ancestor O of O Borland B-Language Delphi I-Language , O and O Multiplan B-Device , O the O ancestor O of O Microsoft B-Application Excel I-Application , O also O debuted O on O CP/M B-Application before O MS-DOS B-Application versions O became O available O . O VisiCalc B-Application , O the O first-ever O spreadsheet O program O , O was O made O available O for O CP/M B-Application . O Another O company O , O Sorcim O , O created O its O SuperCalc B-Application spreadsheet O for O CP/M B-Application , O which O would O go O on O to O become O the O market O leader O and O de O facto O standard O on O CP/M B-Application . O Supercalc B-Application would O go O on O to O be O a O competitor O in O the O spreadsheet O market O in O the O MS-DOS B-Application world O . O AutoCAD B-Algorithm , O a O CAD O application O from O Autodesk O debuted O on O CP/M B-Application . O A O host O of O compilers O and O interpreters O for O popular O programming O languages O of O the O time O ( O such O as O BASIC O , O Borland O 's O Turbo B-Application Pascal I-Application , O FORTRAN B-Application and O even O PL/I B-Language ) O were O available O , O among O them O several O of O the O earliest O Microsoft O products O . O CP/M B-Application software O often O came O with O installers B-Operating_System that O adapted O it O to O a O wide O variety O of O computers O . O In O general O , O HDSLRs O use O the O full O imager B-Algorithm area O to O capture O HD O video O , O though O not O all O pixels B-Algorithm ( O causing O video O artifacts O to O some O degree O ) O . O As O with O the O other O variables O in O the O augmented O constraints O , O the O slack B-Algorithm variable I-Algorithm cannot O take O on O negative O values O , O as O the O simplex B-Algorithm algorithm I-Algorithm requires O them O to O be O positive O or O zero O . O When O a O plane O wave O is O added O to O a O point O source O and O the O resulting O interference O pattern O recorded O , O a O point O source O hologram B-Algorithm is O produced O . O Deflate B-Algorithm was O later O specified O in O RFC O 1951 O ( O 1996 O ) O . O Then O and O is O a O sequence O of O pairwise O disjoint B-Algorithm sets I-Algorithm . O Nikon B-Algorithm , O with O its O solid O reputation O for O quality O of O material O and O workmanship O , O held O a O stranglehold O on O the O prestigious O professional O SLR B-Algorithm market O that O competitors O could O not O break O . O In O 1814 O , O Pfaff O used O a O squeeze B-Algorithm theorem I-Algorithm argument O to O prove O that O as O . O When O used O to O minimize O the O above O function O , O a O standard O ( O or O " O batch O " O ) O gradient B-Algorithm descent I-Algorithm method I-Algorithm would O perform O the O following O iterations O : O where O is O a O step B-General_Concept size I-General_Concept ( O sometimes O called O the O learning B-General_Concept rate I-General_Concept in O machine O learning O ) O . O It O can O now O be O done O photographically O or O with O digital O image O processing O , O and O may O be O deliberate O or O an O unintended O artifact B-Algorithm of O color B-Algorithm quantization I-Algorithm . O It O was O invented O by O Ralphe O Wiggins O and O produced O by O the O Ryan O Corp O , O later O Information B-Algorithm Harvesting I-Algorithm Inc. O , O of O Cambridge O , O Massachusetts O . O In O the O United O States O and O overseas O territories O , O the O L B-Algorithm band I-Algorithm is O held O by O the O military O for O telemetry O , O thereby O forcing O digital O radio O to O in-band O on-channel O ( O IBOC O ) O solutions O . O Second O , O for O each O remaining O inequality O constraint O , O a O new O variable O , O called O a O slack B-Algorithm variable I-Algorithm , O is O introduced O to O change O the O constraint O to O an O equality O constraint O . O Let O E O be O a O Euclidean O space O or O an O integer O grid O , O and O A O a O binary B-Algorithm image I-Algorithm in O E O . O The O success O of O the O unlicensed B-Algorithm band I-Algorithm in O accommodating O a O range O of O wireless O devices O and O services O has O led O the O FCC O to O consider O opening O further O bands O for O unlicensed O use O . O Also O , O because O tumor O neovasculature O is O not O limited O to O the O tumor O 's O anatomical O border O , O CTLM B-Algorithm will O also O reveal O all O recruited O arteries O and O areas O of O increased O circulation O . O Accessories O for O the O FE2 O included O the O Nikon O MD-12 O motor B-Algorithm drive I-Algorithm ( O automatic O film O advance O up O to O 3.2 O frames O per O second O ) O , O the O Nikon O MF-16 O databack O ( O sequential O numbering O , O time O or O date O stamping O on O the O film O ) O , O and O the O Nikon O SB-15 O ( O guide O number O 82/25 O ( O feet/meters O ) O at O ASA/ISO O 100 O ) O and O Nikon O SB-16B O ( O guide O number O 105/32 O ( O feet/meters O ) O at O ASA/ISO O 100 O ) O electronic O flashes O . O A O further O generalization O of O this O concept O for O interpolation O with O arbitrary-degree O polynomials O are O the O Newton B-Algorithm – I-Algorithm Cotes I-Algorithm formulas I-Algorithm . O They O are O uncorrelated O if O and O only O if O their O cross-covariance B-Algorithm matrix I-Algorithm is O zero O . O In O animated O sequences O , O waveform B-Algorithm analysis I-Algorithm was O used O to O make O characters O ' O mouths O match O their O dialogue O . O A O surjective B-Algorithm function I-Algorithm is O a O surjection B-Algorithm . O The O following O are O some O facts O related O to O surjections B-Algorithm : O The O video O ( O H.264 B-Application or O H.265 B-Algorithm ) O and O audio O ( O AC3/AAC O ) O streams O are O usually O extracted O from O iTunes B-Operating_System or O Amazon B-Application Video I-Application and O remuxed B-Language into O a O MKV O container O without O sacrificing O quality O . O An O addressed B-Algorithm fiber I-Algorithm Bragg I-Algorithm structure I-Algorithm ( O AFBS O ) O is O a O fiber B-Device Bragg I-Device grating I-Device , O the O optical O frequency O response O of O which O includes O two O narrowband O components O with O the O frequency O spacing O between O them O ( O which O is O the O address O frequency O of O the O AFBS O ) O being O in O the O radio O frequency O ( O RF O ) O range O . O To O reduce O the O otherwise O prohibitively O high O number O of O necessary O function O evaluations O in O large O scale O sparse B-Algorithm problems O , O graph O colouring O theory O is O used O to O group O first O and O second O partial O derivatives B-Algorithm . O The O video O buffer O ( O PixMap O ) O of O a O GWorld O could O be O stored O in O main O memory O , O or O when O available O in O unused O parts O of O video O ram O where O copying O to O the O screen O could O be O optimized O for O speed O by O avoiding O the O need O to O transfer O a O large O amount O of O pixel B-Algorithm data O across O the O main O memory O bus O . O The O latter O problem O is O tractable O by O the O FKT B-Algorithm algorithm I-Algorithm , O which O dates O to O the O 1960s O . O By O the O early O 2000s O , O the O dominant O speech B-Algorithm processing I-Algorithm strategy O started O to O shift O away O from O Hidden O Markov O Models O towards O more O modern O neural B-Architecture networks I-Architecture and O deep B-Algorithm learning I-Algorithm . O Non-rational O splines B-Algorithm or O Bézier O curves O may O approximate O a O circle O , O but O they O cannot O represent O it O exactly O . O Since O fibre B-Architecture optic I-Architecture cables O provide O very O high O bandwidth B-Algorithm - O much O more O than O a O power O utility O would O normally O require O - O many O power O utilities O are O able O to O generate O revenue O from O their O communications O networks O by O leasing O bandwidth B-Algorithm or O spare O optical B-Architecture fibres I-Architecture to O other O operators O such O as O mobile O phone O companies O or O ISPs O . O This O can O be O accomplished O via O several O methods O , O the O simplest O of O which O assumes O that O the O final O byte O of O the O cipher O identifies O the O number O of O null O bytes O of O padding B-Algorithm added O . O The O AE-1 O ' O s O Power B-Algorithm Winder I-Algorithm A O , O and O a O new O , O faster O Power B-Algorithm Winder I-Algorithm A2 O , O are O also O supported O . O Ring O homographies B-Algorithm have O been O used O in O quaternion B-Algorithm analysis I-Algorithm , O and O with O dual O quaternions O to O facilitate O screw O theory O . O The O regular-expression O engine O uses O a O backtracking B-Algorithm algorithm I-Algorithm , O extending O its O capabilities O from O simple O pattern O matching O to O string O capture O and O substitution O . O The O film O holders O for O the O GX680 B-Algorithm and O GX680II O feature O a O backup O ER-3 O lithium O battery O to O retain O data O . O This O new O indexing O scheme O is O called O a O Hierarchical O Graph O FM B-Algorithm index I-Algorithm ( O HGFM O ) O . O Originally O packaged O as O 40-pin O dual B-Algorithm in-line I-Algorithm package I-Algorithm ( O DIP B-Algorithm ) O format O , O later O models O moved O to O a O 28-pin O format O that O further O lowered O implementation O costs O . O LogitBoost B-Algorithm can O be O seen O as O a O convex O optimization O . O While O Microsoft O stated O that O its O privacy O policy O "prohibit[s] O the O collection O , O storage O , O or O use O of O Kinect B-Algorithm data O for O the O purpose O of O advertising O " O , O critics O did O not O rule O out O the O possibility O that O these O policies O could O be O changed O prior O to O the O release O of O the O console O . O Because O of O the O nonlinearity O of O some O sensors O image B-Algorithm artifacts I-Algorithm can O be O common O . O The O fact O that O Minolta O chose O to O offset O the O new O flash B-Algorithm shoe I-Algorithm introduction O by O three O years O from O the O 1985 O SR-to-A-lens O mount O transition O , O as O opposed O to O doing O both O concurrently O , O may O have O added O insult O to O injury O for O some O users O . O In O early O approaches O , O derivatives B-Algorithm in O the O differential O form O of O the O governing O transport O equation O were O replaced O by O finite O difference O approximations O , O usually O central O differencing O approximations O with O second O order O accuracy O . O The O lead B-Algorithm frame I-Algorithm is O made O of O copper O alloy O and O a O thermally O conductive O adhesive O is O used O for O attaching O the O silicon O die O to O the O thermal O pad O . O An O orientation O of O this O type O may O be O formed O from O an O LP-type B-Algorithm problem I-Algorithm by O corresponding O the O subsets O of O S O with O the O vertices O of O a O hypercube B-Operating_System in O such O a O way O that O two O subsets O differ O by O a O single O element O if O and O only O if O the O corresponding O vertices O are O adjacent O , O and O by O orienting O the O edge O between O neighboring O sets O towards O if O and O towards O otherwise O . O Image-to-world O Registration B-Algorithm , O e.g. O Given O a O password B-Algorithm hash B-Algorithm function I-Algorithm H O and O a O finite O set O of O passwords O P O , O the O goal O is O to O precompute O a O data O structure O that O , O given O any O output O h O of O the O hash B-Algorithm function I-Algorithm , O can O either O locate O an O element O p O in O P O such O that O H(p ) O = O h O , O or O determine O that O there O is O no O such O p O in O P O . O The O simplest O way O to O do O this O is O compute O H(p ) O for O all O p O in O P O , O but O then O storing O the O table B-Data_Structure requires O Θ( |P|n O ) O bits O of O space O , O where O |P| O is O the O size O of O the O set O P O and O n O is O the O size O of O an O output O of O H O , O which O is O prohibitive O for O large O |P| O . O N O — O Indicates O the O Nano O Crystal O Coat O , O a O relatively O new O type O of O lens O coating O that O originated O in O Nikon B-Algorithm 's O semiconductor O division O . O A O two-transistor O APS/PPS O architecture O has O been O shown O to O be O promising O for O APS O using O amorphous O silicon O TFTs O . O In O the O two-transistor O APS O architecture O on O the O right O , O TAMP O is O used O as O a O switched-amplifier O integrating O functions O of O both O Msf O and O Msel O in O the O three-transistor O APS O . O This O results O in O reduced O transistor B-Application counts O per O pixel B-Algorithm , O as O well O as O increased O pixel B-Algorithm transconductance O gain O . O If O numeric B-Algorithm precision O is O at O stake O , O the O comparison O function O used O by O the O sorting B-Algorithm algorithm I-Algorithm can O use O the O sign O of O the O cross O product O to O determine O relative O angles O . O Speakers O which O use O these O mechanical B-Algorithm crossovers I-Algorithm have O some O advantages O in O sound O quality O despite O the O difficulties O of O designing O and O manufacturing O them O and O despite O the O inevitable O output O limitations O . O Super B-Algorithm high I-Algorithm frequency I-Algorithm ( O SHF O ) O is O the O ITU O designation O for O radio O frequencies O ( O RF O ) O in O the O range O between O 3 O and O 30gigahertz O ( O GHz O ) O . O The O main O thread B-Operating_System will O then O continue O " O uninterrupted O " O until O signals O are O taken O from O the O queue B-Application , O such O as O in O an O event B-General_Concept loop I-General_Concept . O " O Uninterrupted O " O here O means O that O operations O that O block B-Operating_System may O return O prematurely O and O must B-Operating_System be I-Operating_System resumed I-Operating_System , O as O mentioned O above O . O Signals O should O be O processed O from O the O queue B-Application on O the O main O thread B-Operating_System and O not O by O worker B-Operating_System pools I-Operating_System , O as O that O reintroduces O the O problem O of O asynchronicity O . O However O , O managing O a O queue B-Application is O not O possible O in O an O async-signal O safe O way O with O only O , O as O only O single O reads O and O writes O to O such O variables O are O guaranteed O to O be O atomic O , O not O increments O or O ( O fetch-and O ) O -decrements O , O as O would O be O required O for O a O queue B-Application . O A O process B-Operating_System 's O execution O may O result O in O the O generation O of O a O hardware B-General_Concept exception I-General_Concept , O for O instance O , O if O the O process B-Operating_System attempts O to O divide B-Algorithm by I-Algorithm zero I-Algorithm or O incurs O a O page B-General_Concept fault I-General_Concept . O In O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System , O this O event O automatically O changes O the O processor O context B-Operating_System to O start O executing O a O kernel B-Operating_System exception B-General_Concept handler I-General_Concept . O In O case O of O some O exceptions B-General_Concept , O such O as O a O page B-General_Concept fault I-General_Concept , O the O kernel B-Operating_System has O sufficient O information O to O fully O handle O the O event O itself O and O resume O the O process B-Operating_System 's O execution O . O Other O exceptions B-General_Concept , O however O , O the O kernel B-Operating_System cannot O process B-Operating_System intelligently O and O it O must O instead O defer O the O exception B-General_Concept handling I-General_Concept operation O to O the O faulting O process B-Operating_System . O Gaussian O apodized B-Algorithm , O However O , O more O robust O methods O such O as O the O Gabor B-Algorithm transform I-Algorithm or O the O Wigner O distribution O function O ( O WVD O ) O can O be O used O to O provide O a O simultaneous O representation O of O the O frequency O and O time O domain O . O In O contrast O , O other O companies O such O as O Leitz O and O Hasselblad B-Algorithm had O better O understood O how O to O promote O their O expensive O cameras O in O photographic O magazines O – O not O just O through O paid O advertising O , O but O also O through O feature O articles O in O the O editorial O pages O . O AP-reductions O are O used O to O define O completeness O in O the O classes O Log-APX B-Algorithm and O Poly-APX B-Algorithm . O In O general O , O if O an O explicit B-Algorithm -stage O Runge B-Algorithm – I-Algorithm Kutta I-Algorithm method I-Algorithm has O order O , O then O it O can O be O proven O that O the O number O of O stages O must O satisfy O , O and O if O , O then O . O The O Fourier B-Algorithm operator I-Algorithm is O a O unitary B-Algorithm operator I-Algorithm , O i.e. O The O SD9 O was O succeeded O by O an O updated O model O , O the O SD10 B-Algorithm , O which O addressed O the O power O and O low-light O issues O . O PS/2 B-Protocol also O used O to O be O the O standard O for O PC O laptop O pointing O devices O , O although O a O variety O of O other O interfaces O , O including O USB B-Protocol , O SMBus B-Algorithm , O and O I2C O , O may O also O be O used O . O The O systems O are O generally O represented O ( O modeled O ) O as O a O system O of O fully O coupled O nonlinear O partial O differential O equation O systems O ( O an O example O of O a O multi-physics B-Algorithm system O is O the O thermal O feedback O effect O upon O neutronics O cross-sections O where O the O cross-sections O are O a O function O of O the O heat O transfer O ) O . O Other O notable O events O in O the O 1960s O and O 1970s O include O the O foundation O of O CAD B-Application systems O United O Computing O , O Intergraph O , O IBM O , O and O Intergraph O IGDS O in O 1974 O ( O which O led O to O Bentley O Systems O MicroStation B-Algorithm in O 1984 O ) O , O as O well O as O the O Applicon O in O 1969 O and O commercial O CAD B-Application systems O from O Japanese O manufacturers O Seiko O and O Zuken O during O the O 1970s O . O Intuitively O , O the O polynomial B-Algorithm kernel I-Algorithm looks O not O only O at O the O given O features O of O input O samples O to O determine O their O similarity O , O but O also O combinations O of O these O . O Like O HTC B-Application desire I-Application 816 I-Application , O the O smartphone B-Application also O supports O aptX B-Algorithm . O Force-sensing B-Algorithm capacitors I-Algorithm can O be O used O to O create O low-profile O force-sensitive O buttons O . O During O the O NIST O standardization O process O , O Kyber B-Algorithm has O undergone O changes O . O Shutter B-Algorithm glasses I-Algorithm mostly O eliminate O " O ghosting O " O which O is O a O problem O with O other O 3D B-Algorithm display O technologies O such O as O RealD B-Algorithm 3D I-Algorithm , O or O Dual O projector O setups O . O E-mount B-Algorithm lenses O are O compatible O with O all O of O the O company O 's O APS-C B-Algorithm MILCs B-Device , O from O the O NEX-3 B-Device and O NEX-5 B-Device through O the O current O α3000 B-Algorithm , O α5100 B-Algorithm , O α6500 B-Algorithm , O and O α6600 O . O Lyapunov B-Algorithm – I-Algorithm Schmidt I-Algorithm reduction I-Algorithm has O been O used O in O economics O , O natural O sciences O , O and O engineering O often O in O combination O with O bifurcation O theory O , O perturbation O theory O , O and O regularization O . O Artificial B-Algorithm neurons I-Algorithm were O first O proposed O in O 1943 O by O Warren O McCulloch O , O a O neurophysiologist O , O and O Walter O Pitts O , O a O logician O , O who O first O collaborated O at O the O University O of O Chicago O . O This O model O is O powered O by O two O CR2032 B-Algorithm batteries I-Algorithm , O and O can O easily O be O differentiated O from O the O original O model O by O the O " O Limited O Edition O " O script O below O the O company O logo O as O well O as O the O black O text O on O brushed O metal O back O label O , O as O opposed O to O the O white O text O on O black O of O the O original.The O power O consumption O of O the O processor O is O greater O than O that O of O the O original O HP-15C O , O as O HP O did O not O use O the O same O technology O in O any O of O the O future O models O . O Deviating O from O the O original O , O these O calculators O feature O a O dot-matrix O display O , O switchable O fonts O and O clock O speeds O , O and O , O based O on O a O Silicon O Labs O CP2102 O converter O chip O , O they O come O with O a O USB B-Protocol ( O Mini-B O ) O serial O interface O to O exchange O data O with O a O PC O etc O . O If O a O matrix B-Architecture can O be O diagonalized B-Algorithm , O that O is O , O In O practice O , O this O " O chained O " O ( O or O " O composite O " O ) O trapezoidal B-Algorithm rule I-Algorithm is O usually O what O is O meant O by O " O integrating O with O the O trapezoidal B-Algorithm rule I-Algorithm " O . O Using O Fibonacci B-Application heaps I-Application for O priority B-Application queues I-Application improves O the O asymptotic O running O time O of O important O algorithms O , O such O as O Dijkstra B-Algorithm 's I-Algorithm algorithm I-Algorithm for O computing O the O shortest O path O between O two O nodes O in O a O graph O , O compared O to O the O same O algorithm O using O other O slower O priority B-Application queue I-Application data B-General_Concept structures I-General_Concept . O Both O screens O have O resolutions O of O 1024 O x O 768 O , O but O the O iPad B-Operating_System Mini I-Operating_System has O a O smaller O screen B-Device and O thus O higher O pixel B-Algorithm density I-Algorithm than O iPad B-Operating_System 2 I-Operating_System ( O 163 O PPI B-Algorithm vs O 132 O PPI B-Algorithm ) O . O The O Sony O α7 O , O α7R O , O α7S O and O α7C O ( O the O α O is O sometimes O spelled O out O as O Alpha O ) O are O four O closely O related O families O of O full-frame B-Device mirrorless I-Device interchangeable-lens I-Device cameras I-Device . O They O are O Sony O 's O first O full-frame B-Algorithm mirrorless B-Device interchangeable I-Device lens I-Device cameras I-Device and O share O the O E-mount B-Algorithm with O the O company O 's O smaller O sensor O NEX B-Algorithm series I-Algorithm . O The O α7C O introduced O an O even O more O compact O form O factor O , O being O the O smallest O full-frame B-Algorithm camera O with O in-body O image O stabilization O . O The O goal O of O surface B-Algorithm fairing I-Algorithm is O to O compute O shapes O that O are O as O smooth O as O possible O . O Formally O , O a O message B-Algorithm authentication I-Algorithm code I-Algorithm ( O MAC O ) O system O is O a O triple O of O efficient O algorithms O ( O G O , O S O , O V O ) O satisfying O : O Make O a O decision B-Application tree I-Application node B-Data_Structure containing O that O attribute B-Algorithm . O Delta B-Algorithm encoding I-Algorithm performs O best O when O data O has O small O or O constant O variation O ; O for O an O unsorted O data O set O , O there O may O be O little O to O no O compression O possible O with O this O method O . O where O defines O the O empirical O error O for O a O given O , O and O is O a O matrix B-Algorithm regularization I-Algorithm penalty O . O Use O one O of O the O fundamental O rotation B-Algorithm matrices I-Algorithm to O rotate O the O point O depending O on O the O coordinate O axis O with O which O the O rotation B-General_Concept axis O is O aligned O . O approximation B-Algorithm algorithms I-Algorithm , O it O is O known O that O the O bandwidth B-Algorithm is O NP-hard O to O approximate O within O any O constant O , O and O this O even O holds O when O the O input O graphs O are O restricted O to O caterpillar O trees O with O maximum O hair O length O 2 O . O Alternatively O , O the O serial O correlation O coefficient O of O the O ISI O sequence O is O positive O for O bursting B-Algorithm patterns O , O because O in O this O case O short O ISIs O tend O to O be O followed O by O more O short O ISIs O ( O at O least O if O the O bursts O consist O of O more O than O two O spikes B-Algorithm ) O . O This O is O the O weak O order O of O permutations B-Algorithm . O Dolby B-Algorithm 3D I-Algorithm uses O a O Dolby O Digital O Cinema O projector O that O can O show O both O 2D O and O 3D B-Algorithm films I-Algorithm . O Nikon B-Algorithm made O a O small O number O of O longer O focal O length O lenses O specifically O designed O to O focus O properly O when O mounted O on O a O Contax O . O A O quasi-triangulation B-Algorithm is O a O subdivision O of O a O geometric O object O into O simplices O , O where O vertices O are O not O points O but O arbitrary O sloped O line O segments O . O An O amateur O radio O band O known O as O 160 B-Algorithm meters I-Algorithm or O ' O top-band O ' O is O between O 1800 O and O 2000kHz O ( O allocation O depends O on O country O and O starts O at O 1810kHz O outside O the O Americas O ) O . O A O Boltzmann B-Algorithm machine I-Algorithm , O like O a O Sherrington O – O Kirkpatrick O model O , O is O a O network O of O units O with O a O total O " O energy O " O ( O Hamiltonian O ) O defined O for O the O overall O network O . O Major O cities O in O Texas O have O been O asked O to O fund O the O operation O ( O both O the O private O and O public O sectors O ) O of O modifying O and O implementing O the O WSR-1 O , O WSR-1A O , O WSR-3 B-Algorithm and O WSR-4 O . O Such O a O condition O is O sufficient O for O maximum O period O of O each O inversive B-Algorithm congruential I-Algorithm generator I-Algorithm and O finally O for O maximum O period O of O the O compound O generator O . O Sony O DSLR-A330 B-Algorithm ) O is O a O 10.2 O megapixel O entry-level O digital B-Device single-lens I-Device reflex I-Device camera I-Device released O by O Sony O in O 2009 O . O For O computing O efficiency O , O LAMMPS B-Application uses O neighbor B-Algorithm lists I-Algorithm ( O Verlet B-Algorithm lists I-Algorithm ) O to O keep O track O of O nearby O particles O . O A O workaround O for O this O issue O is O provided O by O Altium B-Algorithm Designer I-Algorithm 15 O and O 16 O which O do O support O the O import O of O CircuitMaker B-Algorithm files O . O The O new O nano-structured O forms O of O conducting B-Algorithm polymers I-Algorithm particularly O , O augment O this O field O with O their O higher O surface O area O and O better O dispersability O . O Quarter-pixel B-Algorithm motion I-Algorithm is O derived O by O linear O interpolation O of O the O halfpixel O values O , O to O save O processing O power O . O A O specialized O parallel O machine O based O on O FPGA O Hardware O ( O CAM O ) O to O run O the O CoDi B-Algorithm model O on O a O large O scale O was O developed O by O Korkin O et O al O . O Photoacoustic B-Algorithm imaging I-Algorithm is O a O recently O developed O hybrid O biomedical B-Application imaging I-Application modality O based O on O the O photoacoustic O effect O . O The O S-box B-Algorithm is O also O chosen O to O avoid O any O fixed O points O ( O and O so O is O a O derangement O ) O , O i.e. O , O , O and O also O any O opposite O fixed O points O , O i.e. O , O . O Optional O features O using O the O parameter O block O ( O salting O , O personalized O hashes B-Algorithm , O tree O hashing O , O et O cetera O ) O , O are O not O specified O , O and O thus O neither O is O support O for O BLAKE2bp O , O BLAKE2sp O , O or O BLAKE2X O . O BLAKE2b O uses O an O initialization O vector O that O is O the O same O as O the O IV O used O by O SHA-512 B-Algorithm . O When O an O image O file O is O accessed O , O the O image B-Algorithm host I-Algorithm is O capable O of O logging O the O date O and O the O general O numeric O internet B-Protocol address I-Protocol of O the O request O . O Wayne O Rasband O ( O NIH O ) O ImageMagick B-Language Command O line O software O suite O for O displaying O , O converting O , O and O editing O raster B-Algorithm image I-Algorithm files O ImageMagick B-Language Studio O LLC O iPhoto* O Image O organizer O and O basic O editor O for O macOS B-Application ; O replaced O by O Photos B-Application Apple O Inc O . O 9.6 O IrfanView B-Protocol Image O and O video O viewer O with O basic O editing O functions O Irfan B-Protocol Skiljan I-Protocol 4.58IrfanView O home O page O 12$ O Commercial B-Application use O Iridient B-Operating_System Developer I-Operating_System Powerful O raw B-Application image I-Application conversion O application O designed O and O optimized O for O macOS B-Application Iridient O Digital O 3.6.0 O KolourPaint B-Language KDE B-Application Krita B-Application Digital O painting O oriented O free B-License and I-License open-source I-License raster B-Application graphic I-Application editor I-Application with O vector O support O . O However O , O the O reader O needs O to O be O cautioned O that O , O even O though O the O μ O operator O is O easily O created O by O the O base O instruction O set O does O n't O mean O that O an O arbitrary O partial O recursive O function O can O be O easily O created O with O a O base O model O -- O Turing B-Algorithm equivalence I-Algorithm and O partial O recursive O functions O imply O an O unbounded O μ O operator O , O one O that O can O scurry O to O the O ends O of O the O register O chain O ad O infinitum O searching O for O its O goal O . O Digital B-Algorithm cloning I-Algorithm not O only O allows O one O to O digitally O memorialize O their O loved O ones O , O but O they O can O also O be O used O to O create O avatars O of O historical O figures O and O be O used O in O an O educational O setting O . O The O graph-based O approach O to O Laplacian O regularization O is O to O put O in O relation O with O finite B-Algorithm difference I-Algorithm method I-Algorithm . O The O Laplacian O can O also O be O used O to O extend O the O supervised B-General_Concept learning I-General_Concept algorithms O : O regularized O least O squares O and O support B-Algorithm vector I-Algorithm machines I-Algorithm ( O SVM B-Algorithm ) O to O semi-supervised O versions O Laplacian O regularized O least O squares O and O Laplacian O SVM B-Algorithm . O Louis O Lumière O worked O on O integral B-Algorithm photography I-Algorithm and O corresponded O with O Lippman O about O the O technique O . O The O GNU B-Algorithm LibreDWG I-Algorithm library O is O released O under O GPLv3 O , O so O it O cannot O be O used O by O GPLv2-licensed O LibreCAD B-Language ( O and O FreeCAD B-Language ) O because O their O licenses O are O incompatible O . O They O conducted O the O first O experiment O looking O at O the O response O to O unexpected O words O in O read O sentences O , O expecting O to O elicit O a O P300 B-Algorithm component O . O CSS O utilizes O a O proprietary B-Application 40-bit O stream B-Algorithm cipher I-Algorithm algorithm O . O If O resources O are O allocated O in O advance O in O the O network O nodes O , O max-min B-Algorithm fairness I-Algorithm can O be O obtained O by O using O an O algorithm O of O progressive O filling O . O LambdaNative B-Application supports O both O playback O of O audio O files O ( O OGG B-Algorithm or O WAV O ) O format O , O and O real-time O full-duplex O bidirectional O audio O . O However O , O the O Alpha O 37 O camera O features O an O electronic B-Algorithm viewfinder I-Algorithm and O a O translucent O mirror O . O FLASH O reduced O the O typical O sequence B-Algorithm interval O to O what O is O minimally O required O for O imaging O : O a O slice-selective O radio-frequency O pulse O and O gradient O , O a O phase-encoding O gradient O , O and O a O ( O reversed O ) O frequency-encoding O gradient O generating O the O echo O for O data O acquisition O . O Other O software O may O require O a O customized O reader O routine O in O order O to O read O MPS B-Algorithm files O . O One O way O to O code O all O integers O is O to O set O up O a O bijection B-Algorithm , O mapping O integers O ( O 0 O , O −1 O , O 1 O , O −2 O , O 2 O , O −3 O , O 3 O , O ... O ) O to O ( O 1 O , O 2 O , O 3 O , O 4 O , O 5 O , O 6 O , O 7 O , O ... O ) O before O coding O . O There O exists O a O " O right O inverse O " O : O a O continuous B-Algorithm linear I-Algorithm map I-Algorithm such O that O , O where O is O the O identity O map O . O For O example O , O as O stated O above O , O under O mean B-Algorithm squared I-Algorithm error I-Algorithm ( O MSE O ) O the O Bayes O rule O is O unique O and O therefore O admissible O . O The O Olympus B-Algorithm E-400 I-Algorithm is O a O digital B-Device single-lens I-Device reflex I-Device camera I-Device launched O by O Olympus O on O 14 O September O 2006 O , O using O the O Four B-Architecture Thirds I-Architecture System I-Architecture lens O mount O standard O . O Vertically B-Algorithm integrated I-Algorithm liquid I-Algorithm ( O VIL O ) O is O an O estimate O of O the O total O mass O of O precipitation O in O the O clouds O . O The O population O component O of O the O cultural B-Algorithm algorithm I-Algorithm is O approximately O the O same O as O that O of O the O genetic B-Algorithm algorithm I-Algorithm . O In-place B-Algorithm sorting I-Algorithm algorithms I-Algorithm , O including O American B-Algorithm flag I-Algorithm sort I-Algorithm , O run O without O allocating O a O significant O amount O of O memory O beyond O that O used O by O the O original O array O . O Specifically O , O depends O on O the O choice O of O activation B-Algorithm function I-Algorithm , O and O the O gradient O against O other O parameters O could O be O expressed O as O a O function O of O : O Transparent O video O , O that O is O video O with O an O alpha B-Algorithm channel I-Algorithm , O has O multiple O design O advantages O : O It O is O particularly O useful O for O efficiently O implementing O backtracking B-Algorithm algorithms I-Algorithm , O such O as O Knuth B-Algorithm 's I-Algorithm Algorithm I-Algorithm X I-Algorithm for O the O exact O cover O problem O . O Brito O had O been O reporting O on O the O ties O between O local O politicians O and O criminal O organizations O , O and O had O received O anonymous O death O threats O during O the O weeks O preceding O the O assassination O ; O at O about O the O same O time O , O his O phone O number O was O selected O as O a O possible O target O for O Pegasus B-Algorithm surveillance O by O a O Mexican O Pegasus B-Algorithm client O . O Similarly O , O a O new O random B-General_Concept vector I-General_Concept can O be O defined O by O applying O an O affine B-Algorithm transformation I-Algorithm to O a O random B-General_Concept vector I-General_Concept : O Many O of O the O floating-point B-Algorithm benchmarks O to O gauge O the O performance O of O new O computer O processors O , O such O as O the O floating-point B-Algorithm components O of O the O SPEC O benchmarks O ( O e.g. O , O , O ) O are O written O in O Fortran B-Application . O Note O that O this O is O before O the O effects O of O round-off B-Algorithm error I-Algorithm are O taken O into O account O ; O conditioning O is O a O property O of O the O matrix B-Architecture , O not O the O algorithm O or O floating-point B-Algorithm accuracy O of O the O computer O used O to O solve O the O corresponding O system O . O ) O 80pxFlagship O APS-C B-Algorithm DX O sized-sensor O camera O , O 18.5 O mm O lens O ( O 28 O mm O equiv O . O The O space O of O distributions O the O strong O dual O of O is O nuclear B-Algorithm . O In O this O example O , O we O simply O define O H O ' O using O the O rotation O matrix O R O and O initial O projective B-Algorithm transformation I-Algorithm H O as O . O Box B-Algorithm splines I-Algorithm are O considered O as O a O multivariate O generalization O of O basis O splines O ( O B-splines B-Algorithm ) O and O are O generally O used O for O multivariate O approximation/interpolation O . O Spectrum B-Algorithm management I-Algorithm is O the O process O of O regulating O the O use O of O radio O frequencies O to O promote O efficient O use O and O gain O a O net O social O benefit O . O The O term O radio B-Algorithm spectrum I-Algorithm typically O refers O to O the O full O frequency O range O from O 1Hz O to O 3000GHz O ( O 3 O THz O ) O that O may O be O used O for O wireless O communication O . O Optoacoustic B-Algorithm imaging I-Algorithm is O likely O to O be O well O suited O to O this O application O , O since O it O can O detect O lipids O , O neovasculature O , O hemoglobin O oxygenation O and O contrast B-Algorithm agents I-Algorithm that O mark O inflammation O . O Pathological O signs O of O oligodendritic O apoptosis O and O damage O to O axonal B-Algorithm projections O have O been O evident O . O For O example O , O in O solving O the O linear B-Algorithm programming I-Algorithm problem I-Algorithm , O the O active B-Algorithm set I-Algorithm gives O the O hyperplanes O that O intersect O at O the O solution O point O . O Most O of O the O 1980s O 3D B-Algorithm films I-Algorithm and O some O of O the O classic O 1950s O films O such O as O House O of O Wax O were O released O on O the O now O defunct O Video O Disc O ( O VHD O ) O format O in O Japan O as O part O of O a O system O that O used O shutter B-Algorithm glasses I-Algorithm . O In O computer B-General_Concept science I-General_Concept , O the O Fibonacci B-Algorithm search I-Algorithm technique I-Algorithm is O a O method O of O searching O a O sorted B-Data_Structure array I-Data_Structure using O a O divide B-Algorithm and I-Algorithm conquer I-Algorithm algorithm I-Algorithm that O narrows O down O possible O locations O with O the O aid O of O Fibonacci B-Algorithm numbers I-Algorithm . O Capacitive O strain B-Algorithm gauges I-Algorithm use O a O variable O capacitor O to O indicate O the O level O of O mechanical O deformation O . O For O multiple O static O antennas O , O all O combinations O of O monostatic O and O multistatic B-Algorithm radar I-Algorithm waveform O captures O are O possible O . O Edited O by O Andrew O Long O and O containing O text O contributions O by O Nick O Currie O , O the O book O is O organized O in O sections O highlighting O several O themes O that O arose O in O the O site O 's O community O of O photographers O and O several O individual O photographers O from O some O of O the O major O cities O and O countries O with O many O fotolog B-Algorithm users O . O The O system O of O SignAll O uses O Kinect B-Algorithm from O Microsoft O and O other O web O cameras B-Application with O depth O sensors O connected O to O a O computer O . O Law O enforcement O often O employs O Doppler B-Algorithm radar I-Algorithm via O hand-held O radar O guns O , O from O vehicles O , O or O from O fixed O objects O such O as O traffic O signals O . O It O remains O only O to O minimize O , O and O the O minimizer O is O a O natural B-Algorithm cubic I-Algorithm spline I-Algorithm that O interpolates O the O points O . O The O following O example O shows O the O segmentation B-Algorithm of O a O gray O scale O image O using O matlab O . O Various O materials O have O successfully O been O tested O when O creating O single-electron B-Algorithm transistors I-Algorithm . O This O implementation O of O the O factorial O function O is O not O guaranteed O to O terminate O , O since O a O negative O argument O causes O an O infinite B-Algorithm descending I-Algorithm chain I-Algorithm of O recursive O calls O . O The O following O is O a O reduction O from O minimum O vertex O cover O to O integer B-Algorithm programming I-Algorithm that O will O serve O as O the O proof O of O NP-hardness O . O Note O : O the O main B-Algorithm article I-Algorithm about I-Algorithm B-splines I-Algorithm and O the O classic O publications O use O a O different O notation O : O the O B-spline B-Algorithm is O indexed O as O with O . O Performance O of O GPUs B-Architecture is O typically O measured O in O floating B-Algorithm point I-Algorithm operations O per O second O or O FLOPS O ; O GPUs B-Architecture in O the O 2010s O and O 2020s O typically O deliver O performance O measured O in O teraflops O ( O TFLOPS O ) O . O Document B-Application Capture I-Application Software I-Application refers O to O applications O that O provide O the O ability O and O feature O set O to O automate O the O process O of O scanning B-Application paper O documents O or O importing O electronic O documents O , O often O for O the O purposes O of O feeding O advanced O document B-Algorithm classification I-Algorithm and O data O collection O processes O . O We O say O row O of O a O complex O matrix O is O strictly B-Algorithm diagonally I-Algorithm dominant I-Algorithm ( O SDD O ) O if O . O The O 81 O cm O Saclay O Bubble B-Algorithm Chamber I-Algorithm was O a O liquid O hydrogen O bubble B-Algorithm chamber I-Algorithm built O at O Saclay O , O in O collaboration O with O the O École O Polytechnique O ( O Orsay O ) O , O to O study O particle O physics O . O These O annihilations O generated O several O bosonic O particles O and O some O of O them O led O to O the O formation O of O pairs O of O K B-Application mesons O . O Power B-Device Systems I-Device S822LC O for O HPC B-Architecture " O Minsky O " O 2× O POWER8+ O SCM B-Algorithm ( O 8 O or O 10 O cores O ) O , O 2U O . O Each O statement O was O designed O to O correspond O to O a O flowchart B-Language operation O and O consisted O of O a O numeric B-Algorithm line B-Application number I-Application , O an O operation O , O and O the O required O operands O : O The O word O " O botnet B-Architecture " O is O a O portmanteau O of O the O words O " O robot B-Algorithm " O and O " O network B-Architecture " O . O Version O 5 O ( O Edition O 2.2 O ) O : O ( O June O 13 O , O 2006 O ) O Amendment O consisting O of O removal O of O prior O High O 4:4:4 O profile O ( O processed O as O a O corrigendum O in O ISO/IEC O ) O . O Version O 6 O ( O Edition O 2.2 O ) O : O ( O June O 13 O , O 2006 O ) O Amendment O consisting O of O minor O extensions O like O extended-gamut O color B-Algorithm space I-Algorithm support O ( O bundled O with O above-mentioned O aspect O ratio O indicators O in O ISO/IEC O ) O . O This O normalization O ensures O that O the O eigenvalues O of O are O bounded O in O the O range O , O avoiding O numerical B-Algorithm instabilities I-Algorithm and O exploding/vanishing B-Algorithm gradients I-Algorithm . O Samsung B-Application plans O on O mass O producing O MBCFET O transistors B-Application at O the O 3 B-Algorithm nm I-Algorithm node O for O its O foundry O customers O . O The O shapes O of O minimum O Estermann B-Algorithm measure I-Algorithm are O the O triangles O , O for O which O this O measure O is O 1/2 O . O The O pixel B-Algorithm density I-Algorithm of O the O display O is O 546 O ppi B-Algorithm . O Biclustering B-Algorithm , O block O clustering B-Algorithm , O Co-clustering B-Algorithm or O two-mode B-Algorithm clustering I-Algorithm is O a O data B-Application mining I-Application technique O which O allows O simultaneous O clustering B-Algorithm of O the O rows O and O columns O of O a O matrix B-Architecture . O In O this O way O FEATool B-Algorithm can O make O up O for O any O performance O overhead O by O saving O users O time O with O problem O set O up O and O analysis O . O A O special O case O , O called O stereophotogrammetry O , O involves O estimating O the O three-dimensional O coordinates O of O points O on O an O object O employing O measurements O made O in O two O or O more O photographic O images O taken O from O different O positions O ( O see O stereoscopy B-Algorithm ) O . O Many O incremental B-Algorithm encoders I-Algorithm have O an O additional O output O signal O , O typically O designated O index O or O Z O , O which O indicates O the O encoder O is O located O at O a O particular O reference O position O . O In O addition O to O the O SAN O , O the O AVN O and O Purkinje B-Algorithm fibres I-Algorithm also O have O pacemaker O activity O and O can O therefore O spontaneously O generate O an O action B-Algorithm potential I-Algorithm . O A O 2009 O study O has O suggested O that O these O errors O elicit O stronger O P600s B-Algorithm than O the O other O syntactic B-Application stimuli O that O have O been O implicated O . O VP8 B-Algorithm was O published O in O 2008 O and O marked O the O transfer O of O formats O to O Google B-Application with O their O acquisition O of O On2 B-Application and O was O open O sourced O on O May O 19 O , O 2010 O . O Instead O of O representing O a O value O as O a O single O number O , O interval B-Algorithm arithmetic I-Algorithm represents O each O value O as O a O range O of O possibilities O . O Olympus B-Algorithm SP-350 I-Algorithm is O 8-megapixel O compact O digital B-Device camera I-Device . O The O C3 O 's O enduring O popularity O allowed O it O to O outlast O nearly O all O of O its O American O competitors O , O including O the O Kodak B-Algorithm 35 I-Algorithm Rangefinder I-Algorithm , O but O it O was O not O able O to O compete O with O the O flood O of O inexpensive O Japanese O single B-Algorithm lens I-Algorithm reflex I-Algorithm cameras I-Algorithm entering O the O market O in O the O 1960s O and O was O finally O discontinued O in O 1966 O . O Their O algorithm O is O based O on O " O ordering O " O the O instance O ( O i.e. O , O reducing O the O instance O to O one O in O which O all O agents O agree O on O the O ranking O of O goods O ) O , O and O then O running O the O envy-graph B-Algorithm procedure I-Algorithm starting O at O the O most O valuable O good O . O In O mathematics O , O the O Wythoff B-Algorithm array I-Algorithm is O an O infinite O matrix B-Architecture of O integers O derived O from O the O Fibonacci B-Algorithm sequence I-Algorithm and O named O after O Dutch O mathematician O Willem O Abraham O Wythoff O . O Each O node O independently O runs O an O algorithm O over O the O map O to O determine O the O shortest O path O from O itself O to O every O other O node O in O the O network O ; O generally O some O variant O of O Dijkstra B-Algorithm 's I-Algorithm algorithm I-Algorithm is O used O . O As O mentioned O above O in O one O dimension O the O XY B-Algorithm model I-Algorithm does O not O have O a O phase O transition O , O while O in O two O dimensions O it O has O the O Berezinski-Kosterlitz-Thouless O transition O between O the O phases O with O exponentially O and O powerlaw O decaying O correlation O functions O . O In O image B-Algorithm processing I-Algorithm , O computer B-Application vision I-Application and O related O fields O , O an O image B-Algorithm moment I-Algorithm is O a O certain O particular O weighted O average O ( O moment O ) O of O the O image O pixels O ' O intensities O , O or O a O function O of O such O moments O , O usually O chosen O to O have O some O attractive O property O or O interpretation O . O However O , O when O lenses O designed O for O 35 O mm O film O or O equivalently O sized O digital B-Algorithm image I-Algorithm sensors I-Algorithm are O used O on O DSLRs B-Device with O smaller O sized O sensors O , O the O image O is O effectively O cropped O and O the O lens O appears O to O have O a O longer O focal O length O than O its O stated O focal O length O . O There O is O some O ambiguity O regarding O the O precise O definition O of O magnetization B-Algorithm transfer I-Algorithm , O however O the O general O definition O given O above O encompasses O all O more O specific O notions O . O External B-Algorithm sorting I-Algorithm is O required O when O the O data O being O sorted O do O not O fit O into O the O main O memory O of O a O computing O device O ( O usually O RAM B-Architecture ) O and O instead O they O must O reside O in O the O slower O external B-Application memory I-Application , O usually O a O disk B-Device drive I-Device . O 1.5850 O Boundary O of O the O T-square B-Algorithm fractal I-Algorithm 200px O The O dimension O of O the O fractal B-Application itself O ( O not O the O boundary O ) O is O 1.61803 O a O golden O dragon B-Algorithm 150px O Built O from O two O similarities O of O ratios O and O , O with O . O Micro B-Operating_System Four I-Operating_System Thirds I-Operating_System cameras O use O an O electronic B-Algorithm viewfinder I-Algorithm . O For O this O reason O , O many O online O gambling O sites O provide O descriptions O of O their O shuffling B-Algorithm algorithms I-Algorithm and O the O sources O of O randomness O used O to O drive O these O algorithms O , O with O some O gambling O sites O also O providing O auditors O ' O reports O of O the O performance O of O their O systems O . O It O uses O the O OmniVision O OV5647 O image B-Algorithm sensor I-Algorithm and O can O produce O 1080p O , O 720p O and O 640x480p O video O . O A O covering B-Algorithm LP I-Algorithm is O a O linear B-Algorithm program I-Algorithm of O the O form O : O if O and O are O lambda B-General_Concept terms O , O then O is O a O lambda B-General_Concept term O ( O called O an O application B-Algorithm ) O . O Despite O not O being O intended O for O the O professional O market O , O the O Nikon B-Algorithm F90 I-Algorithm and O its O upgrade O , O the O F90x B-Algorithm , O were O built O to O a O high O standard O and O were O ( O and O are O still O ) O used O by O many O professionals O . O Handled O in O software O on O all O but O 1906/7 O processors O with O the O extended O floating-point B-Algorithm feature O . O In O order O to O deal O with O data O on O paper O tape O or O from O communications O equipment O , O a O system O of O shifts O could O be O used O to O represent O the O full O 128 O characters O of O ASCII B-Protocol . O Thus O the O ASCII B-Protocol string O " O Hello O World O " O would O be O encoded O as O " O αHβELLO O αWβORLD O " O . O The O 1900 O used O a O variant O of O ASCII-63 O , O known O by O ICT O as O the O ECMA O character O set O , O with O differences O in O five O character O codes O : O Both O the O 1900 O series O and O IBM B-Application System/360 I-Application provided O hardware O support O for O multi-programming B-Operating_System . O Key O frame-based O parameter O animation O , O using O Bernstein B-Algorithm polynomials I-Algorithm ( O the O polynomial O basis O behind O Bézier O curves O ) O for O interpolation O . O Despite O not O having O many O specific O accessories O , O the O EOS B-Algorithm 100 I-Algorithm was O built O to O accept O all O of O Canon O 's O EOS B-Algorithm range O of O accessories O : O While O any O sorting B-Algorithm algorithm I-Algorithm can O be O made O on O a O presorted O list O simply O by O checking O the O list O before O the O algorithm O runs O , O improved O performance O on O almost-sorted O lists O is O harder O to O replicate O . O This O formulation O of O the O plane O has O been O used O for O the O detection O of O planes O in O the O point B-Algorithm clouds I-Algorithm acquired O from O airborne O laser O scanning O and O works O very O well O because O in O that O domain O all O planes O are O nearly O horizontal O . O An O ANN O is O based O on O a O collection O of O connected O units O or O nodes O called O artificial B-Algorithm neurons I-Algorithm , O which O loosely O model O the O neurons O in O a O biological O brain O . O Triplet B-Algorithm loss I-Algorithm is O a O loss O function O for O machine O learning O algorithms O where O a O reference O input O ( O called O anchor O ) O is O compared O to O a O matching O input O ( O called O positive O ) O and O a O non-matching O input O ( O called O negative O ) O . O - O The O assumptions O of O these O theoretical O results O are O not O satisfied O ( O too O strong O to O be O satisfied O ) O by O the O cost O functions O in O deep B-Algorithm neural I-Algorithm networks I-Algorithm . O For O the O problem O variant O in O which O not O every O item O must O be O assigned O to O a O bin O , O there O is O a O family O of O algorithms O for O solving O the O GAP O by O using O a O combinatorial O translation O of O any O algorithm O for O the O knapsack B-Algorithm problem I-Algorithm into O an O approximation O algorithm O for O the O GAP O . O Atrial O bradycardias B-Algorithm are O divided O into O three O types O . O The O FE O has O a O " O full O information O " O viewfinder O very O similar O to O the O Nikkormat B-Algorithm EL O . O A O resistor B-Algorithm – I-Algorithm capacitor I-Algorithm circuit I-Algorithm ( O RC B-Algorithm circuit I-Algorithm ) O , O or O RC B-Algorithm filter I-Algorithm or O RC B-Algorithm network I-Algorithm , O is O an O electric O circuit O composed O of O resistors O and O capacitors O . O Perimeter B-Algorithm surveillance I-Algorithm radars I-Algorithm may O operate O in O areas O with O high O clutter O levels O . O Using O an O internal O database O of O thousands O of O different O photos O , O iSAPS O also O works O with O the O DIGIC O III O Image B-General_Concept Processor I-General_Concept to O improve O focus O speed O and O accuracy O , O as O well O as O exposure O and O white B-Algorithm balance I-Algorithm . O TD-CDMA O is O used O to O multiplex O streams O from O or O to O multiple O transceivers O . O Unlike O W-CDMA O , O it O does O not O need O separate O frequency B-Algorithm bands I-Algorithm for O up O - O and O downstream O , O allowing O deployment O in O tight O frequency B-Algorithm bands I-Algorithm . O A O number O of O algorithms O exist O to O create O latent B-Algorithm space I-Algorithm embeddings O given O a O set O of O data O items O and O a O similarity O function O . O ECVT O provides O direct O 3D B-Algorithm imaging I-Algorithm by O exploiting O the O X O , O Y O , O and O Z O components O of O the O electric O field O , O which O are O a O function O of O sensor O design O . O As O the O sinc B-Algorithm filter I-Algorithm has O infinite O impulse O response O in O both O positive O and O negative O time O directions O , O it O must O be O approximated O for O real-world O ( O non-abstract O ) O applications O ; O a O windowed B-Language sinc B-Algorithm filter I-Algorithm is O often O used O instead O . O This O matrix O equation O is O easy O to O implement O and O requires O only O that O the O 3D O Fourier B-Algorithm transform I-Algorithm ( O FT O ) O of O the O basis O functions O be O computed O , O preferably O in O closed O form O . O Such O ray B-Algorithm tracing I-Algorithm techniques O are O used O to O describe O optical O phenomena O such O as O rainbow B-General_Concept of O halo O on O hexagonal O ice O crystals O for O large O particles O . O Other O features O of O Studierfenster B-Language are O the O automatic O cranial O implant O design O with O a O neural B-Architecture network I-Architecture , O the O inpainting O of O aortic O dissections O with O a O generative B-Algorithm adversarial I-Algorithm network I-Algorithm , O an O automatic O aortic O landmark O detection O with O deep B-Algorithm learning I-Algorithm in O computed O tomography O angiography O scans O , O and O a O GrowCut O algorithm O implementation O for O segmentation B-Algorithm . O Different O block B-Algorithm cipher I-Algorithm modes I-Algorithm of I-Algorithm operation I-Algorithm can O have O significantly O different O performance O and O efficiency O characteristics O , O even O when O used O with O the O same O block O cipher O . O Comet B-Device Lake I-Device processors O and O Ice B-Device Lake I-Device 10 B-Algorithm nm I-Algorithm processors O are O together O branded O as O the O Intel O " O 10th O Generation O Core B-Device " O family O . O The O range O also O includes O a O hot B-Algorithm shoe I-Algorithm ( O except O G7 B-Algorithm X I-Algorithm and O G9 B-Algorithm X I-Algorithm ) O for O an O external O flashgun O , O including O Canon B-Algorithm 's I-Algorithm EX I-Algorithm range I-Algorithm . O New O models O in O the O series O have O larger O sensors O than O most O other O point-and-shoot B-Algorithm cameras I-Algorithm ( O G1X B-Algorithm , O G1X B-Algorithm Mark I-Algorithm II I-Algorithm , O G7X B-Algorithm ) O . O Run-length B-Algorithm encoding I-Algorithm ( O RLE O ) O of O initial O data O . O It O was O conceived O as O a O 35mm O viewfinder O camera O of O new O design O that O would O be O ( O almost O ) O as O easy O to O use O as O cameras O that O used O Instamatic B-Algorithm film O cassettes O , O but O delivering O better O image O quality O . O The O Rolleimatic B-Algorithm was O released O onto O the O market O without O being O subjected O to O the O extensive O testing O that O was O usual O , O with O the O result O that O it O suffered O from O unreliability O , O just O like O the O SL35E O had O before O it O . O Furthermore O , O for O some O obscure O reason O , O he O purchased O tripods O and O 35mm O lenses O from O Japanese O companies O , O fixed O focal B-Algorithm length I-Algorithm lenses O from O Mamiya O , O and O zoom O lenses O from O Tokina O – O even O though O Rollei O had O enough O spare O production O capacity O in O Singapore O to O make O them O all O itself O . O With O the O new O Rolleinar O 35mm O lenses O , O Rollei O was O finally O able O to O match O the O range O of O focal B-Algorithm lengths I-Algorithm offered O by O its O competitors O . O Transmission B-Algorithm Raman I-Algorithm is O possible O because O light O scatters O through O turbid O materials O that O do O not O significantly O absorb O or O block O the O light O . O Long B-Algorithm division I-Algorithm continues O with O the O final O remainder O of O 15 O inches O being O shown O on O the O result O line O . O 1982 O Ising O variant O Hopfield B-Algorithm net I-Algorithm described O as O CAMs O and O classifiers O by O John O Hopfield O . O These O use O a O form O of O adaptive B-Algorithm coding I-Algorithm to O allow O local O variations O in O the O type O of O data O to O be O encoded O efficiently O . O Minitrons O are O filament O segment B-Device displays I-Device that O are O housed O in O DIP B-Algorithm packages O like O modern O LED O segment B-Device displays I-Device . O The O conditions O required O to O get O primitivity O imply O that O k≥ O 6 O so O the O smallest O degree O of O such O a O primitive B-Algorithm group I-Algorithm is O 606 O . O It O has O a O Nikon B-Algorithm F I-Algorithm lens O mount O and O can O use O most O lenses O made O for O 35 O mm O Nikon B-Algorithm SLR B-Algorithm cameras I-Algorithm , O but O only O with O manual O operation O with O Nikon B-Algorithm AIS O lenses O , O unusually O for O a O digital B-Device SLR I-Device the O S3 B-Device Pro I-Device can O be O used O with O a O manual O cable O release O . O For O packages O with O more O than O 4 O leads O , O the O leads O are O usually O arranged O along O the O edges O of O a O square O with O a O side O length O of O ( O rather O than O on O a O circle O as O in O packages O with O up O to O 4 O leads O or O for O other O metal O can O packages O such O as O TO-101 B-Algorithm ) O . O TO-233 O is O intended O to O replace O previous O definitions O of O TO-8 B-Algorithm . O The O simplest O and O easiest O way O to O visualise O the O method O of O scanning O is O the O system O of O parallel O projection B-Algorithm , O as O used O in O the O first O scanners O . O This O line O of O research O culminated O in O the O five O 1952 O papers O of O Hodgkin O , O Katz O and O Andrew O Huxley O , O in O which O they O applied O the O voltage O clamp O technique O to O determine O the O dependence O of O the O axonal O membrane O 's O permeabilities O to O sodium O and O potassium O ions O on O voltage O and O time O , O from O which O they O were O able O to O reconstruct O the O action B-Algorithm potential I-Algorithm quantitatively O . O Winged-edge B-Algorithm meshes B-Algorithm are O not O the O only O representation O which O allows O for O dynamic O changes O to O geometry O . O The O Fourier B-Algorithm transform I-Algorithm analyzes O a O signal O in O terms O of O its O frequencies O , O transforms O convolutions B-Language into O products O , O and O transforms O Gaussians O into O Gaussians O . O Either O Ψ O does O not O have O an O antisymmetric O component O , O and O then O the O antisymmetrizer B-Algorithm projects O onto O zero O , O or O it O has O one O and O then O the O antisymmetrizer B-Algorithm projects O out O this O antisymmetric O component O Ψ O ' O . O It O features O an O LED O backlit O TFT B-Device LCD I-Device capacitive O touchscreen B-Device with O a O pixel B-Algorithm density I-Algorithm of O 326 O pixels B-Algorithm per I-Algorithm inch I-Algorithm ( O ppi B-Algorithm ) O on O a O ( O diagonally O measured O ) O , O 960×640 O display O . O Current O EUVL B-Algorithm systems O contain O at O least O two O condenser O multilayer O mirrors O , O six O projection O multilayer O mirrors O and O a O multilayer O object O ( O mask O ) O . O Master O of O Saber B-Algorithm , O Gawain O . O Detectors B-Application are O usually O photomultiplier B-Algorithm tubes I-Algorithm or O avalanche O photodiodes O . O An O RF B-Algorithm switch I-Algorithm matrix I-Algorithm is O an O array O of O RF B-Algorithm switches I-Algorithm arranged O to O route O radio O frequency O ( O RF O ) O signals O between O multiple O inputs O and O multiple O outputs O . O There O are O several O polynomial-time O algorithms O for O weighted O matroid B-Algorithm intersection I-Algorithm , O with O different O run-times O . O LS-DYNA B-Algorithm accurately O predicts O the O stresses O and O deformations O experienced O by O the O metal O , O and O determines O if O the O metal O will O fail O . O These O film-based O SLRs B-Algorithm use O the O 35 O mm O format O as O , O this O film O format O offers O a O variety O of O emulsions O and O film O sensitivity O speeds O , O usable O image O quality O and O a O good O market O cost O . O Since O the O power O limit O of O an O invertor O is O based O on O the O maximum O total O current O , O the O natural O shape O of O the O capability B-Algorithm curve I-Algorithm is O similar O to O a O semicircle O , O and O at O full O capacity O the O real O power O always O needs O to O be O lowered O if O the O reactive O power O is O to O be O produced O or O absorbed O . O With O member O forces O as O the O primary O unknowns O , O the O number O of O nodal O equilibrium O equations O is O insufficient O for O solution O , O in O general O — O unless O the O system O is O statically B-Algorithm determinate I-Algorithm . O Detailed O theory O of O heterojunction B-Algorithm bipolar I-Algorithm transistor I-Algorithm was O developed O by O Herbert O Kroemer O in O 1957 O . O reflexive O barrelled B-Algorithm Mackey B-Algorithm spaces I-Algorithm . O x11vnc B-Application can O also O poll O non-X11 O frame B-Algorithm buffer I-Algorithm devices O , O such O as O webcams B-Protocol or O TV B-Device tuner I-Device cards I-Device , O iPAQ B-Application , O Neuros O OSD O , O the O Linux B-Application console I-Application , O and O the O Mac B-Operating_System OS I-Operating_System X I-Operating_System graphics O display O . O By O means O of O a O sorting B-Algorithm network I-Algorithm , O a O set O of O parallel O memory O access O requests O can O be O ordered O into O a O sequence O such O that O accesses O to O the O same O cell O are O contiguous O within O the O sequence O ; O scan O operations O can O then O be O used O to O determine O which O of O the O accesses O succeed O in O writing O to O their O requested O cells O , O and O to O distribute O the O results O of O memory O read O operations O to O multiple O processors O that O request O the O same O result O . O ( O 2002 O ) O provided O alternative O interpretations O of O LPC B-Algorithm in O terms O of O memory O strength O and O decisional O factors O . O Like O DECT B-Protocol , O DECT B-Protocol ULE O standard O uses O the O 1.9GHz O band O , O and O so O suffers O less O interference O than O Zigbee B-Protocol , O Bluetooth B-Protocol , O or O Wi-Fi O from O microwave O ovens O , O which O all O operate O in O the O unlicensed O 2.4GHz B-Algorithm ISM B-Algorithm band I-Algorithm . O Demosaicing B-Algorithm is O only O performed O for O CFA B-Algorithm sensors O ; O it O is O not O required O for O 3CCD B-Algorithm or O Foveon B-Algorithm X3 I-Algorithm sensors I-Algorithm . O When O a O camera O saves O a O raw O file O it O defers O most O of O this O processing O ; O typically O the O only O processing O performed O is O the O removal O of O defective B-General_Concept pixels I-General_Concept ( O the O DNG B-Application specification O requires O that O defective B-General_Concept pixels I-General_Concept be O removed O before O creating O the O file O ) O . O These O relations O can O be O rewritten O in O the O special O form O that O defines O the O Coxeter B-Algorithm groups I-Algorithm , O so O the O affine B-Algorithm symmetric I-Algorithm groups I-Algorithm are O Coxeter B-Algorithm groups I-Algorithm , O with O the O as O their O Coxeter O generating O sets O . O Any O locally B-Algorithm convex I-Algorithm space I-Algorithm with O a O finite O family O of O seminorms O is O seminormable O . O The O background O and O sprites O apply O to O a O single O scan B-Algorithm line I-Algorithm , O and O as O the O display O is O output O to O the O television O , O the O program O can O change O colors O , O sprite O positions O , O and O background O settings O . O This O technique O is O known O as O spike-triggered O covariance O analysis O . O In O a O typical O application O an O experimenter O presents O a O white O noise O process O as O a O stimulus O ( O usually O either O as O a O sensory O input O to O a O test O subject O , O or O as O a O current O injected O directly O into O the O neuron O ) O and O records O a O train O of O action B-Algorithm potentials I-Algorithm , O or O spikes B-Algorithm , O produced O by O the O neuron O as O a O result O . O 7 O months O later O , O Kaiming O He O , O Xiangyu O Zhang O ; O Shaoqing O Ren O , O and O Jian O Sun O won O the O ImageNet O 2015 O competition O with O an O open-gated O or O gateless O Highway B-General_Concept network I-General_Concept variant O called O Residual B-Algorithm neural I-Algorithm network I-Algorithm . O On O October O 22 O , O 2014 O , O Ambarella O announced O their O S3 O SoC O that O encodes O HEVC B-Algorithm video O at O 4K B-Device resolution O . O The O number O of O vertical O pixels B-Algorithm is O calculated O from O the O horizontal O resolution O and O the O selected O aspect O ratio O . O DateModel10/07/2012 O Sebastian O Pichelhofer O announces O the O project O at O the O Libre B-Application Software I-Application Meeting O in O Geneva.04/09/2012apertus O ° O receives O an O " O Award O of O Distinction O " O by O the O Ars O Electronica O in O the O section O " O Digital O Communities O " O 07/03/2014 O Presentation O of O the O proof O of O concept O prototype O at O Metalab.10/09/2014apertus O ° O commences O partnership O with O Magic B-Device Lantern I-Device ( O firmware O ) O 24/09/2014Presentation O of O the O apertus° O Open O Source O Cinema O Lab O at O the O MuseumsQuartier O Vienna O at O Artistic O Bokeh08/10/2014 O AXIOM B-Algorithm Beta O development O got O funded O through O an O Indiegogo O crowdfunding O campaign.11/04/2015 O AXIOM B-Algorithm Beta O prototype O presented O at O National O Broadcaster O Association O Show O ( O NAB O ) O in O Las O Vegas.26/10/2015AXIOM O Presentation O at O OSCON O , O Amsterdam28/12/2015AXIOM O Presentation O at O 32C3 O ( O Chaos O Communication O Congress O ) O 06/02/2016AXIOM O Presentation O at O Transmediale O Berlin11/07/2016AXIOM O was O certified O as O Open O Hardware O by O the O OSHWA04/05/2017apertus O ° O " O Open O Technology O for O Professional O Film O Production O " O accepted O to O Google B-Application 's I-Application Summer O of O Code21/06/2017The O AXIOM B-Algorithm project O gets O exhibited O at O the O Museum O of O Applied O Arts O , O Vienna O in O the O course O of O the O Vienna O Biennale O – O CityFactory O : O New O Work O . O BDDC B-Algorithm was O introduced O by O different O authors O and O different O approaches O at O about O the O same O time O , O i.e. O , O by O Cros O , O Dohrmann O , O and O Fragakis O and O Papadrakakis O , O as O a O primal O alternative O to O the O FETI-DP B-Algorithm domain B-Algorithm decomposition I-Algorithm method I-Algorithm by O Farhat O et O al O . O In O October O 2016 O , O Google B-Application Brain I-Application designed O an O experiment O to O determine O that O neural B-Architecture networks I-Architecture are O capable O of O learning O secure O symmetric B-Algorithm encryption I-Algorithm . O The O winged B-Algorithm edge I-Algorithm 3D O modeler O in O N-World B-Device inspired O the O development O at O Nichimen O Graphics O of O Nendo O , O a O standalone O 3D O modeler O , O which O in O turn O inspired O the O open O source O modeler O Wings B-Application 3D I-Application . O 8-connected B-Algorithm pixels B-Algorithm are O neighbors O to O every O pixel B-Algorithm that O touches O one O of O their O edges O or O corners O . O The O Extended O Capability O Port B-Protocol ( O ECP O ) O is O essentially O an O entirely O new O port B-Protocol in O the O same O physical O housing O that O also O adds O direct B-General_Concept memory I-General_Concept access I-General_Concept based O on O ISA B-Architecture and O run-length B-Algorithm encoding I-Algorithm to O compress O the O data O , O which O is O especially O useful O when O transferring O simple O images O like O faxes O or O black-and-white O scanned B-Application images I-Application . O The O W B-Algorithm band I-Algorithm of O the O microwave O part O of O the O electromagnetic O spectrum O ranges O from O 75 O to O 110GHz O , O wavelength O ≈ O 2.7 O – O 4mm O . O In O the O theory O of O stochastic O processes O , O the O basic O technical O problem O is O how O to O construct O a O probability O measure O on O a O function B-Algorithm space I-Algorithm of O paths O of O the O process O ( O functions O of O time O ) O ; O CRT B-Algorithm with O pacemaker B-Device only O is O often O termed O " O CRT-P O " O to O help O distinguish O it O from O CRT B-Algorithm with O defibrillator O ( O CRT-D B-Algorithm ) O . O Because O a O pinhole B-Algorithm camera I-Algorithm requires O a O lengthy O exposure O , O its O shutter O may O be O manually O operated O , O as O with O a O flap O made O of O opaque O material O to O cover O and O uncover O the O pinhole O . O ( O The O 71 O – O 76GHz81 O – O 86GHz O segment O of O the O W B-Algorithm band I-Algorithm is O allocated O by O the O International O Telecommunication O Union O to O satellite O services O . O ) O It O is O , O however O , O affine-linear B-Algorithm . O Since O the O sine O oscillates O at O frequency O 1Hz O , O the O number O of O oscillations B-Algorithm of O the O sine O per O cycle O of O will O be O , O thus O characterizing O a O phase-locking O of O . O The O X-T100 B-Algorithm is O equipped O with O a O Bayer B-Algorithm type O color O filter O array O with O no O anti-aliasing O filter O . O The O display O is O a O Super O AMOLED O ( O 4:3 O ) O screen O with O a O resolution O of O 2048x1536 O pixels B-Algorithm . O This O critical O technology O enabled O the O possibility O of O a O time B-Algorithm projection I-Algorithm chamber I-Algorithm based O on O Nygren O 's O original O design O , O but O using O liquid O argon O as O the O sensitive O medium O instead O of O gas O . O A O solution O to O the O ( O 1+ O ) O -approximate O nearest B-Algorithm neighbor I-Algorithm search I-Algorithm is O a O point O or O multiple O points O within O distance O ( O 1+ O ) O from O a O query O point O , O where O is O the O distance O between O the O query O point O and O its O true O nearest O neighbor O . O Some O digital B-Device cameras I-Device especially O smartphone B-Application cameras O can O do O the O stitching B-Algorithm internally O , O sometimes O in O real O time O , O either O as O a O standard O feature O or O by O installing O a O smartphone B-Application app O . O As O with O C B-Language 's O other O floating-point B-Algorithm types O , O it O may O not O necessarily O map O to O an O IEEE O format O . O The O C-310 O Zoom O uses O the O Digital O ESP B-Algorithm metering O system O , O which O takes O an O average O reading O from O the O scene O . O Another O convention O is O to O split O the O factor O of O evenly O between O the O Fourier B-Algorithm transform I-Algorithm and O its O inverse O , O which O leads O to O definitions O : O We O encourage O people O who O come O across O illegal O or O inappropriate O content O to O report O it O to O us O using O the O built-in O reporting O tools O next O to O every O photo B-Algorithm , O video O or O comment O , O so O we O can O take O action O . O The O chairside O systems O are O designed O to O facilitate O the O 3D B-Algorithm scanning I-Algorithm of O a O preparation O in O vivo O and O produce O the O restoration O ( O such O as O a O Crown O , O Onlay O , O Inlay O or O Veneer O ) O . O The O IEEE O standard O does O not O define O the O terms O machine B-Algorithm epsilon I-Algorithm and O unit O roundoff O , O so O differing O definitions O of O these O terms O are O in O use O , O which O can O cause O some O confusion O . O Apart O from O simple O formatting O problems O , O using O AES-128-CBC O , O this O credit O card O number O might O get O encrypted O to O the O hexadecimal O value O 0xde015724b081ea7003de4593d792fd8b695b39e095c98f3a220ff43522a2df02 O . O This O happens O because O the O random B-Algorithm seed I-Algorithm value I-Algorithm that O is O used O to O initialize O the O encryption O algorithm O and O is O included O as O part O of O the O encrypted O value O is O different O for O each O encryption O operation O . O However O , O a O number O of O serious O weaknesses O in O the O KASUMI B-Algorithm cipher O have O been O identified O . O Like O heapsort B-Application , O smoothsort B-Application is O an O in-place B-Algorithm algorithm I-Algorithm with O an O upper O bound O of O , O but O it O is O not O a O stable O sort O . O Often O they O cause O no O symptoms O but O may O present O with O fluttering O in O the O chest O or O a O skipped B-Algorithm beat I-Algorithm . O Like O the O CGIS O , O early O GIS B-Application installations O in O the O United O States O were O often O focused O on O inventories O of O land O use O and O natural O resources O , O including O the O Minnesota O Land O Management O Information O System O ( O MLMIS O , O 1969 O ) O , O the O Land O Use O and O Natural O Resources O Inventory O of O New O York O ( O LUNR O , O 1970 O ) O , O and O the O Oak O Ridge O Regional O Modelling O Information O System O ( O ORRMIS O , O 1973 O ) O . O Unlike O CGIS O , O these O were O all O raster B-Algorithm systems O inspired O by O SYMAP O , O although O the O MLMIS O was O based O on O subsections O of O the O Public O Land O Survey O System O , O which O is O not O a O perfect O regular O grid O . O It O is O NETtalk B-Algorithm 's O task O to O learn O proper O associations O between O the O correct O pronunciation O with O a O given O sequence O of O letters O based O on O the O context O in O which O the O letters O appear O . O Many O published O studies O have O evaluated O the O DXL O technique O using O the O DXL B-Algorithm Calscan I-Algorithm system O , O which O scans O the O subject O 's O heel O . O Transvenous O cardiac B-Device pacing I-Device ( O TVP O ) O , O also O called O endocardial O pacing O , O is O a O potentially O life-saving O intervention O used O primarily O to O correct O profound O bradycardia B-Algorithm . O H.262 B-Algorithm ) O . O However O , O third-party O software O is O able O to O record O footage O at O 3264×1836 O pixels O upscaled B-Algorithm to O 3840×2160p O . O 1977/1978 O - O Raymond O Damadian O built O the O first O MRI B-Algorithm scanner O and O achieved O the O first O MRI B-Algorithm scan O of O a O healthy O human O body O ( O 1977 O ) O with O the O intent O of O diagnosing O cancer O . O Veronese B-Algorithm bell I-Algorithm ringing I-Algorithm is O a O style O of O ringing O church O bells O that O developed O around O Verona O , O Italy O , O from O the O eighteenth O century O . O WiTrack B-Algorithm is O still O able O to O detect O a O person O 's O arm O gesture O even O through O physical O objects O . O Care O is O needed O while O performing O this O task O , O as O the O image O is O reprocessed O using O interpolation B-Algorithm of O adjacent O pixels B-Algorithm , O which O may O reduce O overall O image O definition O . O Going O through O the O metadata O means O that O ZFS B-Application can O validate O every O block B-General_Concept against O its O 256-bit O checksum B-Algorithm as O it O goes O , O whereas O traditional O RAID B-Architecture products O usually O cannot O do O this O . O In O both O architectures O , O word2vec B-Algorithm considers O both O individual O words O and O a O sliding O window O of O context O words O surrounding O individual O words O as O it O iterates O over O the O entire O corpus O . O One O of O the O primary O weaknesses O of O the O WSR-88D B-Algorithm radar O system O was O the O lack O of O frequency O of O base O ( O 0.5 O degree O ) O scans O , O especially O during O severe O weather O . O TV O viewers O at O home O could O be O lulled O into O a O false O sense O of O security O that O a O tornado B-Language was O farther O away O from O them O than O it O really O was O , O endangering O residents O in O the O storm O 's O path O . O The O more O general O k-median B-Algorithm problem I-Algorithm asks O for O the O location O of O k O cluster O centers O minimizing O the O sum O of O distances O from O each O sample O point O to O its O nearest O center O . O Newer O types O of O 3D O displays O like O light B-Algorithm field I-Algorithm or O holographic B-Algorithm displays I-Algorithm do O not O cause O the O same O health O effects O . O The O most O common O structure O is O the O Non-uniform B-Algorithm rational I-Algorithm B-spline I-Algorithm ( O NURBS B-Algorithm ) O , O supported O by O most O CAD B-Application and O animation O software O . O Choosing O between O CT O and O rotational B-Algorithm angiography I-Algorithm depends O on O several O factors O . O After O killing O the O shark B-Algorithm ( O with O poison O ) O and O finding O a O sword O and O learning O to O fight O from O Lyle O , O Nicholas O joins O the O crew O . O To O the O contrary O , O section O 2 O of O the O European O Commission O report O The O Introduction O of O the O Euro O and O the O Rounding B-Algorithm of O Currency O Amounts O suggests O that O there O had O previously O been O no O standard O approach O to O rounding B-Algorithm in O banking O ; O and O it O specifies O that O " O half-way O " O amounts O should O be O rounded O up O . O An O empirical O whitening B-Algorithm transform I-Algorithm is O obtained O by O estimating B-General_Concept the I-General_Concept covariance I-General_Concept ( O e.g. O Numeric B-Algorithm values O can O be O specified O as O decimal B-Application ( O example O : O ) O , O octal O with O zero O ( O 0 O ) O as O a O prefix O ( O ) O , O or O hexadecimal O with O 0x O ( O zero O x O ) O as O a O prefix O ( O ) O . O JPEG O 2000 O image O compression O is O used O by O the O DICOM B-Algorithm standard O for O storage O and O transmission O of O medical O images O . O This O ordering O on O the O permutations O was O known O to O 17th-century O English O bell O ringers O , O among O whom O it O was O known O as O " O plain B-Algorithm changes I-Algorithm " O . O Minimaze B-Algorithm procedures I-Algorithm are O minimally O invasive O versions O of O the O original O Cox O maze O procedure O but O without O cardiac O incisions O . O Here O , O the O Näcken O reappears O and O again O offers O the O exchange O of O the O harp B-Algorithm for O the O relief O of O her O pain O . O There O are O several O additional O modules O , O such O as O a O wizard O for O entering O a O roof O , O an O assistant O for O the O elementation O of O walls O , O or O also O the O output O of O the O individual O components O as O a O dimensioned O 2D B-Algorithm component O drawing O or O on O computer O numerical O control O ( O CNC O ) O joinery O machines O . O Other O methods O follow O isophote O directions O ( O in O an O image O , O a O contour O of O equal O luminance O ) O , O to O do O the O inpainting B-Algorithm . O Electronic O Gaming O Monthlys O sports O reviewers O gave O it O scores O of O 6 O and O 7 O out O of O 10 O , O saying O that O though O they O were O impressed O with O the O Jaguar B-Device version O 's O improvements O , O particularly O the O graphics B-Algorithm and O the O new O Play O Selection O Accelerator O feature O , O the O game O is O still O so-so O . O An O example O of O existing O ground O plan O data O usable O in O building O reconstruction B-Algorithm is O the O Digital B-Application Cadastral I-Application map I-Application , O which O provides O information O on O the O distribution O of O property O , O including O the O borders O of O all O agricultural O areas O and O the O ground O plans O of O existing O buildings O . O When O the O term O integer O underflow B-Algorithm is O used O , O it O means O the O ideal O result O was O closer O to O minus O infinity O than O the O output O type O 's O representable O value O closest O to O minus O infinity O . O This O sequence O of O numbers O of O parents O is O the O Fibonacci B-Algorithm sequence I-Algorithm . O In O a O depletion-mode B-Algorithm MOSFET B-Architecture , O the O device O is O normally O on O at O zero O gate O – O source O voltage O . O A O key O component O common O to O all O CPUs B-Device is O the O program B-General_Concept counter I-General_Concept , O a O special O memory B-Algorithm cell I-Algorithm ( O a O register B-General_Concept ) O that O keeps O track O of O which O location O in O memory B-General_Concept the O next B-General_Concept instruction I-General_Concept is O to O be O read O from O . O This O transform O is O exactly O equivalent O ( O up O to O an O overall O scale O factor O of O 2 O ) O to O a O DFT B-Algorithm of O real O inputs O of O even O symmetry O where O the O even-indexed O elements O are O zero O . O If O the O EGR O is O functioning O properly O , O the O manifold B-Algorithm absolute I-Algorithm pressure I-Algorithm will O increase O as O exhaust O gases O enter O . O In O Opus B-Algorithm , O both O were O modified O to O support O more O frame O sizes O , O as O well O as O further O algorithmic O improvements O and O integration O , O such O as O using O CELT B-Algorithm 's O range B-Algorithm encoder I-Algorithm for O both O types O . O For O typical O serial O sorting B-Algorithm algorithms I-Algorithm , O good O behavior O is O O(nlogn ) O , O with O parallel O sort O in O O(log2n ) O , O and O bad O behavior O is O O(n2 ) O . O with O addition O modulo O 3 O ; O group O element O 0 O corresponds O to O the O identity O permutation B-Algorithm e O , O group O element O 1 O to O permutation B-Algorithm ( O 123 O ) O , O and O group O element O 2 O to O permutation B-Algorithm ( O 132 O ) O . O When O applying O the O method B-Algorithm of I-Algorithm conditional I-Algorithm probabilities I-Algorithm , O the O technical O term O pessimistic B-Algorithm estimator I-Algorithm refers O to O a O quantity O used O in O place O of O the O true O conditional O probability O ( O or O conditional O expectation O ) O underlying O the O proof O . O The O automorphism O problem O for O was O algorithmically O solved O by O J O . O H O . O C O . O Whitehead O in O a O classic O 1936 O paper O , O and O his O solution O came O to O be O known O as O Whitehead B-Algorithm 's I-Algorithm algorithm I-Algorithm . O In O practice O , O deniable B-Protocol authentication I-Protocol between O two O parties O can O be O achieved O through O the O use O of O message B-Algorithm authentication I-Algorithm codes I-Algorithm ( O MACs O ) O by O making O sure O that O if O an O attacker O is O able O to O decrypt O the O messages O , O they O would O also O know O the O MAC O key O as O part O of O the O protocol O , O and O would O thus O be O able O to O forge O authentic-looking O messages O . O One O way O to O do O this O is O by O combining O the O primal O and O dual O linear B-Algorithm programs I-Algorithm together O into O one O program O , O and O adding O the O additional O ( O linear O ) O constraint O that O the O value O of O the O primal O solution O is O no B-Algorithm worse I-Algorithm than I-Algorithm the O value O of O the O dual O solution O . O A O matrix O that O is O both O upper O Hessenberg O and O lower O Hessenberg O is O a O tridiagonal B-Algorithm matrix I-Algorithm , O of O which O symmetric O or O Hermitian O Hessenberg O matrices O are O important O examples O . O By O the O year O 2000 O , O there O were O enough O civilian O and O government O organizations O worldwide O using O ALE O that O it O became O a O de O facto O HF B-Algorithm interoperability O standard O for O situations O where O a O priori O channel O and O address B-General_Concept coordination O is O possible O . O A O major O cause O of O AV B-Algorithm dyssynchrony I-Algorithm is O VA O conduction O . O In O a O legislative O election O under O the O Huntington B-Algorithm – I-Algorithm Hill I-Algorithm method I-Algorithm , O after O the O votes O have O been O tallied O , O the O qualification O value O would O be O calculated O . O Cartesian B-Algorithm trees I-Algorithm were O introduced O and O named O by O . O Many O operating O systems O automatically O perform O quantization B-Algorithm and O dithering O when O viewing O high O color O images O in O a O 256 O color O video O mode O , O which O was O important O when O video O devices O limited O to O 256 O color O modes O were O dominant O . O The O key-scheduling B-Algorithm algorithm O is O used O to O initialize O the O permutation B-Algorithm in O the O array O " O S O " O . O On O July O 19 O , O 2016 O , O Nvidia O released O the O GeForce B-Application GTX I-Application 1060(GP106 ) O , O which O includes O full O fixed O function O HEVC B-Algorithm Main10/Main12 O hardware O decoder O . O ImageJ B-Language 's O plugin B-Application architecture O and O built-in O development O environment O has O made O it O a O popular O platform O for O teaching O image B-Algorithm processing I-Algorithm . O A O bounding B-Algorithm volume I-Algorithm for O a O set O of O objects O is O also O a O bounding B-Algorithm volume I-Algorithm for O the O single O object O consisting O of O their O union O , O and O the O other O way O around O . O Like O Dijkstra O 's O algorithm O and O A* B-Protocol , O D* B-Algorithm maintains O a O list O of O nodes O to O be O evaluated O , O known O as O the O " O OPEN O list O " O . O : O A O MATLAB B-Language code O based O on O the O SimpleMKL O algorithm O for O MKL O SVM B-Algorithm . O K-means B-Algorithm also O improves O performance O in O the O domain O of O NLP B-Language , O specifically O for O named-entity B-General_Concept recognition I-General_Concept ; O there O , O it O competes O with O Brown B-General_Concept clustering I-General_Concept , O as O well O as O with O distributed O word O representations O ( O also O known O as O neural O word B-General_Concept embeddings I-General_Concept ) O . O If O there O is O a O bijection B-Algorithm between O two O ordinals B-Language ( O e.g. O This O library O includes O hash O functions O , O ciphers O , O LZO B-Language decompressor O and O Base64 B-Protocol encoder/decoder B-General_Concept . O libpostproc O is O a O library O containing O older O H.263 B-Algorithm based O video O postprocessing O routines O . O This O function O can O replace O the O trapdoor O function O used O in O the O Cramer B-Algorithm – I-Algorithm Shoup I-Algorithm signature I-Algorithm scheme I-Algorithm , O maintaining O its O provable O security O while O speeding O up O verification O time O by O about O 50% O . O The O Strassen B-Algorithm algorithm I-Algorithm is O slower O than O the O fastest O known O algorithms O for O extremely O large O matrices O , O but O such O galactic O algorithms O are O not O useful O in O practice O , O as O they O are O much O slower O for O matrices O of O practical O size O . O A O unimodal B-Algorithm surface O is O a O bowl O shaped O surface O such O that O the O weights O generated O by O the O cost O function O increase O monotonically O from O the O global O minimum O . O We O develop O the O derivation O for O the O Runge B-Algorithm – I-Algorithm Kutta I-Algorithm fourth-order O method O using O the O general O formula O with O evaluated O , O as O explained O above O , O at O the O starting O point O , O the O midpoint O and O the O end O point O of O any O interval O ; O thus O , O we O choose O : O The O broadcasting B-Operating_System field O used O a O variety O of O microphones B-Application including O the O German O Sennheiser B-Algorithm MD I-Algorithm 421 I-Algorithm ( O 1960 O ) O and O the O American O SM5 O ( O 1966 O ) O by O Shure O . O CircuitLogix B-Algorithm supports O analog O , O digital B-General_Concept , O and O mixed-signal O circuits O , O and O its O SPICE B-Protocol simulation O gives O accurate O real-world O results O . O The O fourth O presented O ( O and O smallest O ) O set O of O weak O states O leads O to O a O highly O biased O output O for O the O first O round O of O ISAAC B-Algorithm and O allows O the O derivation O of O the O internal O state O , O similar O to O a O weakness O in O RC4 B-Algorithm . O The O IEEE O 802.11 O wireless B-General_Concept networking I-General_Concept protocols O , O the O standards O on O which O almost O all O wireless O systems O are O based O , O use O the O ISM B-Algorithm bands I-Algorithm . O The O Leica B-Algorithm Q I-Algorithm ( O Type O 116 O ) O is O a O full-frame O fixed-lens O camera O announced O by O Leica O on O June O 10 O , O 2015 O . O Unfortunately O , O this O is O not O a O useful O algorithm O for O generating O sine B-Algorithm tables I-Algorithm because O it O has O a O significant O error O , O proportional O to O 1/N O . O The O change O of O behavior O occurring O at O is O known O as O a O bifurcation O : O the O attracting B-Algorithm fixed I-Algorithm point I-Algorithm " O collides O " O with O a O repelling O period-q O cycle O . O ACSB B-Device also O offers O reduced O bandwidth B-Algorithm and O improved O range O for O a O given O power O level O compared O with O narrow O band O FM B-Algorithm modulation B-Application . O A O possible O solution O to O this O problem O is O to O determine O a O picking B-Algorithm sequence I-Algorithm , O based O on O the O different O entitlements O , O and O let O each O party O pick O a O ministry O in O turn O . O In O 30 O years O , O about O 2 O million O Rollei B-Algorithm 35 I-Algorithm series O cameras O were O manufactured O . O SWIFFT B-Algorithm is O an O example O of O a O hash B-Algorithm function I-Algorithm that O circumvents O these O security O problems O . O Raw B-Application processing O software O may O feature O " O highlights O reconstruction O " O algorithms O ( O currently O unavailable O in-camera O ) O which O are O able O to O partially O mitigate O the O negative O visual O impact O of O digital O hard O saturation O of O the O three O color B-Algorithm channels I-Algorithm , O thus O extending O the O range O of O blow-able O unimportant O highlights O slightly O . O where O is O the O machine B-Algorithm precision I-Algorithm of O the O arithmetic O being O employed O ( O e.g. O ANSI O designates O this O battery O as O 910A O and O 910D O for O alkaline B-Algorithm and O zinc B-Algorithm – I-Algorithm carbon I-Algorithm chemistries O , O respectively O . O The O most O obvious O example O is O the O real O skew-symmetric B-Algorithm matrix I-Algorithm . O Hence O truly O isolated O nuclear O spins O would O show O negligible O rates O of O T1 B-Algorithm relaxation I-Algorithm . O The O Speedlite O 430EX O and O Speedlite O 430EX O II O are O external O flashes O made O by O Canon O for O use O with O their O EOS B-Algorithm line I-Algorithm of I-Algorithm cameras I-Algorithm . O The O flashes O can O be O used O as O a O wireless O slave O unit O with O Canon O Speedlite O Transmitter O ST-E2 O or O top-of-line O flashes O with O built-in O infrared O controller O , O such O as O Speedlite B-Algorithm 550EX I-Algorithm , O Speedlite O 580EX O or O Speedlite O 580EX O II O . O If O using O a O Lindenmayer B-Language system I-Language then O the O construction O of O the O C B-Algorithm curve I-Algorithm starts O with O a O straight O line O . O The O SPICE B-Protocol simulation O models O for O SiC-power O MOSFET B-Architecture devices O for O the O software O were O developed O using O sub-circuits O built O around O the O standard O BSIM B-Algorithm MOSFET B-Architecture . O We O can O remove O absolute O values O around O the O third O condition O of O the O L-reduction B-Algorithm definition O since O we O know O A O and O B O are O minimization O problems O . O Although O Nokia O planned O to O release O an O N-Gage B-Operating_System application O for O N93 O ( O alongside O N73 B-Language and O N93i B-Language ) O , O it O never O made O it O due O to O memory O issues O . O LogicalDOC B-Language is O a O web-based O document O management O application O , O so O a O web O browser O is O needed O to O use O it O . O PRINT O , O ££L O ?? O ' O Since O ALGOL B-Language 60 I-Language had O no O I/O O facilities O , O there O is O no O portable O hello O world O program O in O ALGOL B-Language . O Thoughtworks B-Application ' O technical O expertise O expanded O with O the O .NET B-Application Framework I-Application in O 2002 O , O C# B-Application in O 2004 O , O Ruby B-Language and O the O Rails B-Application platform O in O 2006 O . O Template B-Language Attribute I-Language Language I-Language Expression I-Language Syntax I-Language ( O TALES B-Language ) O , O Macro O Expansion O Template B-Language Attribute I-Language Language I-Language ( O METAL O ) O . O Compilers B-Language for O the O x86 B-Operating_System architecture I-Operating_System typically O ( O but O not O always O ) O use O the O EAX O register O to O return O a O value O , O as O in O the O assembly B-Language language I-Language example O ( O the O author O of O the O assembly B-Language language I-Language example O has O chosen O to O copy O the O C B-Language convention O but O assembly B-Language language I-Language does O not O require O this O ) O . O The O new O kernel B-Operating_System API B-Application and O code O added O to O the O DRM O module B-Application to O perform O these O mode-setting B-Operating_System operations O was O called O Kernel B-Operating_System Mode-Setting I-Operating_System ( O KMS O ) O . O Kernel B-Operating_System Mode-Setting I-Operating_System provides O several O benefits O . O The O most O immediate O is O of O course O the O removal O of O duplicate O mode-setting B-Operating_System code O , O from O both O the O kernel B-Operating_System ( O Linux B-Application console I-Application , O fbdev B-Language ) O and O user B-Operating_System space I-Operating_System ( O X B-Operating_System Server I-Operating_System DDX O drivers O ) O . O Object B-Language Pascal I-Language extensions O , O and O MacApp B-Operating_System , O were O developed O by O Barry O Haynes O , O Ken O Doyle O , O and O Larry O Rosenstein O , O and O were O tested O by O Dan O Allen O . O Sculpt O is O a O small O base O system O with O automatic O device O detection O and O configuration O , O some O GUI O control O interfaces O , O and O frontends O to O the O Genode B-Language package O manager O . O Schrödinger O is O written O in O ANSI O C B-Language and O released O under O the O same O licenses O as O dirac-research O , O as O well O as O the O highly-permissive O MIT B-License License I-License . O Later O additions O include O playing O sounds O in O response O to O window O manager O events O , O and O Motif-style O window O decorations O in O place O of O the O " O flat O , O " O 2D O titlebars O commonly O associated O with O twm B-Language . O Programs O in O Zgrass B-Language were O referred O to O as O " O macros O " O , O and O stored O as O strings O . O In O computer B-General_Concept science I-General_Concept , O the O role B-Language class I-Language model I-Language is O a O role O analysis B-Language pattern I-Language described O ( O but O not O invented O ) O by O Francis O G O . O Mossé O in O his O article O on O Modelling O Roles O . O This O data O file O is O converted O to O a O series O of O polygons O and O written O onto O a O square O of O fused O quartz O substrate B-Architecture covered O with O a O layer O of O chromium B-Language using O a O photolithographic B-Algorithm process O . O 8SVX B-Operating_System support O is O also O available O to O modern O programs O via O libavcodec O ( O and O the O related O ffdshow B-Language codec O package O ) O as O well O as O via O libsndfile B-Language . O As O of O May O 2016 O , O 342,000 O websites O were O using O OpenCart B-Language . O XPath B-General_Concept 3.0 I-General_Concept is O a O subset O of O XQuery B-Language 3.0 O , O and O most O current O implementations O ( O April O 2014 O ) O exist O as O part O of O an O XQuery B-Language 3.0 O engine O . O TNSDL B-Language is O not O directly O compiled B-Language to O machine O code O . O Today O , O version O 2.4.0 O is O the O current O release O of O the O compiler B-Language and O version O 1.30 O of O XSEd O ( O The O code B-Application editor I-Application ) O . O 9.6R2019a411.8.0_181 O 2019 O March O 20 O , O 2019MATLAB O Projects O ; O xcorr O and O xcov O function O are O now O in O core O MATLAB B-Language ; O new O readmatrix O , O readvars O , O and O readcell O I/O O functions O as O well O as O the O write O variants O ; O new O parallelplot O graphics O function O ; O colors O can O be O specified O in O hexadecimal O format O ( O #FF8800 O ) O in O graphics O objects O ; O new O clibgen O package O for O generating O wrapper O interfaces O to O C++ B-Language libraries O ; O out-of-process O execution O mode O for O MEX O functions O ; O added O state O machine O programming O with O Stateflow O . O RE/flex B-General_Concept integrates O indent O and O dedent O matching O directly O in O the O regular B-Language expression I-Language syntax O with O new O \i O and O \j O anchors O . O Data O can O also O be O imported O from O CSV O and O Tab-Separated B-Protocol files O or O spreadsheets O ( O Microsoft B-Application Excel I-Application , O OpenOffice.org B-Application Calc I-Application , O Gumeric B-Language , O Google B-Application Docs I-Application ) O . O In O Romania O , O several O NES B-Language clones O could O be O found O in O toy O stores O under O marketing O names O such O as O Polystation B-Device , O Terminator B-Operating_System , O or O variations O of O Famicom B-Language BASIC I-Language keyboard I-Language compatible O consoles O and O these O consoles O were O shipped O with O games O such O as O ' O 999999 O in O 1 O ' O which O consisted O of O around O 6 O games O in O one O cartridge O and O the O rest O were O different O levels O of O these O games O . O GRACE O ( O The O Graphical O Ruler O And O Compass O Editor O ) O is O an O analog O of O The B-Application Geometer I-Application 's I-Application Sketchpad I-Application ( O GSP O ) O , O written O in O Java B-Language . O In O addition O , O SQL/PSM B-Language formalizes O the O declaration O and O maintenance O of O persistent O database O language O routines O ( O e.g. O , O " O stored O procedures O " O ) O . O ISO/IEC O 9075-9:2016 O Part O 9 O : O Management O of O External O Data O ( O SQL/MED B-Language ) O . O A O PPD O also O contains O the O PostScript B-Language code O ( O commands O ) O used O to O invoke O features O for O the O print B-General_Concept job I-General_Concept . O On O 17 O November O 2009 O a O stable O version O of O BEdita B-Language – O 3.0 O codename O Betula O – O was O released O under O Affero O General O Public O License O version O 3 O , O freely O downloadable O on O the O official O web O site O and O some O common O open-source B-Application online O networks O ( O SourceForge B-Application , O Freshmeat O or O Ohloh B-Application ) O . O But O convolution B-Language becomes O multiplication O under O the O DFT O : O In O 2013 O , O Google B-Application began O development O on O a O fork B-Application of O WebKit B-Language , O called O Blink B-Language . O The O MSCML B-Language specification O has O been O published O by O the O IETF O under O RFC O 4722 O , O now O obsoleted O by O the O newer O RFC O 5022 O . O SGMLguid B-General_Concept , O also O known O as O " O CERN O SGML B-Language " O , O " O Waterloo O based O SGML B-Language " O , O and O " O Waterloo O SGML B-Language " O , O was O an O early O SGML B-Language application O developed O and O used O at O CERN O between O 1986 O and O 1990 O . O The O excessive O copying O mentioned O previously O is O also O mitigated O , O since O the O last O pair O of O lines O before O the O return O result O statement O ( O function O merge B-Algorithm in O the O pseudo B-Language code I-Language above O ) O become O superfluous O . O In O Iowa O , O she O goes O to O the O local O county O carnival B-Application to O help O find O an O escaped O pig B-Language . O With O the O release O of O Eclipse O 3.6 O Helios O , O Acceleo B-Language is O included O in O the O Eclipse O simultaneous O release O train O as O an O official O project O of O the B-Application Eclipse I-Application Foundation I-Application . O A O native O code B-Language compiler I-Language named O " O Python B-Language " O ( O not O to O be O confused O with O the B-Language Python I-Language programming I-Language language I-Language ) O . O Maple B-Language – O linear O , O quadratic O , O and O nonlinear O , O continuous O and O integer O optimization O . O Symmetric B-Algorithm matrices I-Algorithm appear O naturally O in O a O variety O of O applications O , O and O typical O numerical O linear B-Language algebra I-Language software O makes O special O accommodations O for O them O . O NanoHttpd B-Application is O available O in O two O " O flavors O " O - O one O utilizing O up-to-date O Java B-Language features O and O one O strictly O conforming O to O Java B-Language 1.1 O . O For O instance O , O Visual O C++ B-Language 2005 O , O 2008 O , O 2010 O , O 2012 O and O 2013 O support O it O ( O OpenMP B-Application 2.0 O , O in O Professional O , O Team O System O , O Premium O and O Ultimate O editions O ) O , O as O well O as O Intel B-Application Parallel I-Application Studio I-Application for O various O processors O . O ALGOL B-Language 60 I-Language did O however O become O the O standard O for O the O publication O of O algorithms O and O had O a O profound O effect O on O future O language O development O . O John O Backus O developed O the O Backus O normal O form O method O of O describing O programming O languages O specifically O for O ALGOL B-Language 58 I-Language . O JXplorer O - O a O Java-based O browser O that O runs O in O any O operating O environment O . O JXWorkBench O - O a O Java-based O plugin O to O JXplorer O that O includes O LDAP B-Protocol reporting O using O the O JasperReports B-Language reporting O engine O . O This O release O introduced O Xfce B-Language 4.16 O which O exclusively O uses O GTK3 B-Application . O These O hallucinations B-General_Concept sometimes O occur O through O the O subtext B-Language , O in O which O players O may O not O realize O their O presence O . O Mortran B-Language ( O More O Fortran B-Application ) O is O an O extension O of O the O Fortran B-Application programming I-Application language I-Application used O for O scientific O computation O . O Todd O Lewis O joined O the O development O team O , O donating O code O he O wrote O to O add O features O required O at O the O University O of O North O Carolina O at O Chapel O Hill O , O which O implemented O ne B-Language as O part O of O their O migration O of O their O research O computers O from O MVS B-Application to O UNIX B-Application .. O Daniele O Filaretti O helped O with O syntax O highlighting O using O code O derived O from O the O Joe B-Device editor I-Device . O The O Java B-General_Concept memory I-General_Concept model I-General_Concept describes O how O threads B-Operating_System in O the O Java B-Language programming I-Language language I-Language interact O through O memory O . O in O a O text-only O environment O . O His O group O Twibright O Labs O later O developed O version O 2 O of O the O Links O browser B-Application , O which O displays O graphics O , O and O renders O fonts O in O different O sizes O ( O with O spatial B-Algorithm anti-aliasing I-Algorithm ) O , O but O no O longer O supports O JavaScript B-Language ( O it O used O to O , O up O to O version O 2.1pre28 O ) O . O A O new O faction O was O included O , O the O Imperial O Guard O , O with O some O units O previously O available O in O certain O single O player O missions O of O Dawn B-Language of I-Language War I-Language . O By O accepting O an O argument O , O they O directly O give O access O to O functions O of O web B-Language sites O , O as O opposed O to O filling O web B-General_Concept forms I-General_Concept at O the O respective O web B-Language site O for O accessing O these O functions O . O It O can O run O on O Windows B-Application , O Linux B-Application and O Sugar B-Language . O Compiz B-Language Fusion I-Language , O consisting O of O the O plugins O , O decorators O , O settings O tools O and O related O applications O from O the O Beryl B-Language and O Compiz B-Language communities O . O This O UCSD-based O Ada B-Language was O later O redeveloped O for O the O Sage O 4 O by O TeleSoft O in O San O Diego O . O KTurtle O is O a O variation O of O Logo O implemented O at O Qt B-Language for O the O KDE B-Application environment O loosely O based O on O Logo O . O Platform O independent O – O Java B-Language 1.5 O + O and O C++ O . O However O , O by O informal O convention O , O the O first O parameter O of O an O instance B-Language method I-Language in O Perl B-Language or O Python B-Language is O named O self B-Operating_System . O Vim O 's O developers O state O that O it O is O " O very O much O compatible O with O Vi B-Application " O . O Some O of O Vim O 's O enhancements O include O completion O functions O , O comparison B-Application and O merging B-General_Concept of O files O ( O known O as O vimdiff O ) O , O a O comprehensive O integrated O help O system O , O extended O regular B-Language expressions I-Language , O scripting B-Language languages I-Language ( O both O native O and O through O alternative O scripting B-Language interpreters O such O as O Perl B-Language , O Python B-Language , O Ruby B-Language , O Tcl B-Operating_System , O etc O . O ) O Castlevania B-Application 1986 O NES B-Language , O DOS B-Application , O Amiga B-Device , O Commodore O 64 O , O Game B-Device Boy I-Device Advance I-Device , O Windows B-Application Highly O praised O video O game O that O uses O platform O gameplay O and O is O divided O into O six O blocks O of O three O stages O each O , O for O a O total O of O 18 O stages O . O It O works O with O your O existing O i3 B-Language configuration O and O supports O most O of O i3 B-Language 's O features O , O and O a O few O extras O " O . O This O facility O is O made O available O when O the O user O requests O it O with O the O appropriate O compiler B-Language options O ( O /debug O , O /check O , O /undef O ) O . O When O this O occurs O , O Bowser O will O hit O three O dice B-Language blocks O and O move O the O total O number O of O spaces O shown O . O Java B-Language and O Kotlin B-Language side O by O side O . O This O is O again O in O contrast O to O qmake B-Language , O which O hardcodes O support O for O many O Qt-related O tools O and O workflows O . O For O major O release O 3 O , O BEdita B-Language has O been O rewritten O from O the O ground O up O : O all O the O previous O versions O were O not O publicly O available O under O an O open O source O license O . O Two O basic O abstractions O , O Log O and O LogFactory O , O are O used O in O Apache B-Language Commons I-Language Logging I-Language . O Areas O of O the O core O language O that O were O significantly O improved O include O multithreading B-Operating_System support O , O generic B-Language programming I-Language support O , O uniform O initialization O , O and O performance O . O In O C++03 B-Language ( O and O before O ) O , O temporaries O ( O termed O " O rvalues O " O , O as O they O often O lie O on O the O right O side O of O an O assignment O ) O were O intended O to O never O be O modifiable O — O just O as O in O C B-Language — O and O were O considered O to O be O indistinguishable O from O const O T& O types O ; O nevertheless O , O in O some O cases O , O temporaries O could O have O been O modified O , O a O behavior O that O was O even O considered O to O be O a O useful O loophole O . O The O third O nopCommerce B-Language Days O conference O was O held O in O November O 2017 O in O New O York O , O and O the O fourth O in O November O 2018 O in O Las O Vegas O . O Both O the O frontend B-Architecture and I-Architecture backend I-Architecture of O LimeSurvey B-Language are O available O in O 82 O languages O and O dialects O ; O 12 O of O these O have O at O least O 95% O of O the O translations O done O ( O Catalan O , O Dutch O , O French O , O Galician O , O German O , O Greek O , O Italian O , O Japanese O , O Norwegian O , O Polish O , O Russian O , O Spanish O , O Turkish O , O ) O . O For O example O , O in O Ada B-Language : O Starting O from O C++23 B-Language , O a O lambda B-General_Concept expression I-General_Concept can O be O recursive O through O explicit O this O as O first O parameter O : O Its O sequel B-Language , O WCW/nWo B-Device Revenge I-Device , O would O build O upon O the O engine O by O introducing O ring O entrances O , O improved O graphics O , O more O arenas O , O more O signature O moves O , O actual O WCW O championships O , O attire O modification O , O and O other O improvements O . O In O 1985 O the O Commodore B-Device 128 I-Device was O released O with O Commodore B-Language BASIC I-Language version O 6.9 O which O restored O the O BSAVE B-Protocol and O BLOAD B-Protocol commands O . O The O compiler B-Language is O provided O under O the O BSD B-Operating_System licence I-Operating_System and O its O development O is O funded O by O a O non-profit O organization O called O BSD B-Operating_System Fund O . O It O has O served O as O the O template O for O many O subsequent O Lisp B-Language ( O including O Scheme B-Language ) O object O systems O , O which O are O often O implemented O via O a O metaobject O protocol O , O a O reflective B-Language meta-circular B-Application design I-Application in O which O the O object O system O is O defined O in O terms O of O itself O : O Lisp B-Language was O only O the O second O language O after O Smalltalk B-Application ( O and O is O still O one O of O the O very O few O languages O ) O to O possess O such O a O metaobject O system O . O However O , O the O majority O of O code O needs O to O do O input B-General_Concept and I-General_Concept output I-General_Concept operations O using O only O one O or O two O character O types O , O thus O most O of O the O time O the O functionality O is O accessed O through O several O typedefs B-Language , O which O specify O names O for O commonly O used O combinations O of O template B-Application and O character O type O . O A O method B-Language is O called O using O notation O on O a O specific O variable O , O or O as O in O the O case O of O static B-Language methods I-Language , O the O name O of O a O type O . O XSLT B-Application 2.0 I-Application : O after O an O abortive O attempt O to O create O a O version O 1.1 O in O 2001 O , O the O XSL B-Language working O group O joined O forces O with O the O XQuery B-Language working O group O to O create O XPath B-General_Concept 2.0 I-General_Concept , O with O a O richer O data O model O and O type O system O based O on O XML B-Protocol Schema O . O An O EBCDIC B-Language code O page O with O the O ISO/IEC O 8859-15 O repertoire O , O including O the O euro O sign O , O is O code O page O 924 O ; O this O is O related O to O code O page O 1047 O but O with O the O ISO/IEC O 8859-1 O characters O replaced O with O their O ISO/IEC O 8859-15 O replacements O , O with O ¢ O and O ¬ O moved O to O their O code O page O 500 O locations O at O B0hex O and O BAhex O respectively O , O and O with O Ý O moved O to O 4Ahex O . O Gambas B-Language includes O a O GUI B-Application designer O to O aid O in O creating O user O interfaces O in O an O event-driven B-Application style O , O but O can O also O make O command B-Application line I-Application applications O , O as O well O as O text-based B-Application user I-Application interfaces I-Application using O the O ncurses B-Language toolkit O . O PhoneGap B-Protocol is O a O mobile O development O platform O that O enables O software B-Application programmers I-Application to O build O applications B-Application for O mobile B-Application devices I-Application using O JavaScript B-Language , O HTML5 B-Application and O CSS3 O . O pcb-rnd B-Language was O forked O from O gEDA/PCB O in O 2013 O . O It O is O the O default O and O official O web B-Application browser I-Application of O GNOME B-Application , O and O part O of O the O GNOME B-Language Core I-Language Applications I-Language . O In O July O 1946 O , O Blazkowicz O and O his O comrades O take O part O in O an O air O raid O against O a O fortress B-Language and O weapons O laboratory O run O by O Deathshead B-Application but O are O captured O and O brought O to O a O human O experimentation O laboratory O . O Here O , O the O compiler B-Language will O allow O only O the O classes O listed O between O the O curly O braces O to O access O the O features O within O the O feature O group O ( O e.g. O MOOSE B-Language makes O use O of O the O PETSc B-Language non-linear O solver O package O and O libmesh O to O provide O the O finite B-Application element I-Application discretization B-Algorithm . O An O Eiffel B-Language exception B-General_Concept handler I-General_Concept is O defined O using O the O keyword O . O KNIME B-Language integrates O various O other O open-source O projects O , O e.g. O In O fact O , O many O buffer B-General_Concept overruns I-General_Concept in O apparently O otherwise O correctly O running O C B-Language programs I-Language have O been O caught O when O ported O to O the O B5000 O architecture O . O MATLAB B-Language : O A O free O MATLAB B-Language toolbox O with O implementation O of O kernel B-Language regression I-Language , O kernel B-General_Concept density I-General_Concept estimation I-General_Concept , O kernel O estimation O of O hazard O function O and O many O others O is O available O on O ( O this O toolbox O is O a O part O of O the O book O ) O . O It O means O that O for O instance O Jinitiator B-Language 1.3.1.25 O is O based O upon O JDK O 1.3 O or O later O . O AutoTheme B-Language was O born O out O of O posts O in O the O PostNuke O forums O from O users O that O were O frustrated O with O modifying O their O PostNuke O sites O and O themes O . O One O early O challenge O in O developing O C++ B-Language /WinRT I-Language was O managing O the O trade-offs O that O the O Windows O Runtime O makes O to O support O projections O for O JavaScript B-Language and O managed O .NET O languages O out O of O the O box O . O ICT O initially O provided O the O PLAN O assembly B-Language language I-Language and O later O the O " O big O three O " O high-level O languages O : O ALGOL B-Language 60 I-Language , O COBOL B-Application and O FORTRAN O 66 O . O Initially O paper O tape O and O cards B-Architecture were O used O for O input O and O output O ; O later O magnetic O tape O and O finally O disk O files O . O Later O versions O for O the O George B-General_Concept 3 I-General_Concept and O 4 O operating O systems O expanded O to O sizes O as O large O as O 48K O words O . O PLASYD O – O an O alternative O assembly B-Language language I-Language modeled O on O PL/360 B-Language , O much O used O by O the O Atlas B-Device Computer I-Device Laboratory O . O A O simple O report O generation O language O in O the O RPG B-Language vein O , O much O used O on O the O small O 1901 O replacing O card B-Architecture tabulator O systems O . O JEAN B-Language – O a O dialect O of O JOSS B-Language , O a O conversational O language O similar O in O capabilities O to O BASIC O . O SOBS B-Language – O the O Southampton B-Language BASIC I-Language System I-Language . O POP-2 B-Language – O from O the O University O of O Edinburgh O , O a O stack-based O list-processing O language O . O A O major O feature O of O C99 B-Language is O its O numerics B-Algorithm support O , O and O in O particular O its O support O for O access O to O the O features O of O IEEE O 754-1985 O ( O also O known O as O IEC60559 O ) O floating-point B-Algorithm hardware O present O in O the O vast O majority O of O modern O processors O ( O defined O in O " O Annex O F O IEC O 60559 O floating-point B-Algorithm arithmetic I-Algorithm " O ) O . O With O the O creation O of O the O subscription-based O ActiveState O platform O in O 2018 O , O the O Komodo B-Language IDE I-Language is O now O available O only O as O part O of O an O ActiveState O Platform O subscription O . O Clementine B-Language is O a O fork O of O Amarok B-Language 1.4 I-Language to O port O it O to O the O Qt B-Language 4 O framework O . O The O C64 O 's O BASIC B-Language 2.0 I-Language was O replaced O with O BASIC B-Language 7.0 I-Language , O which O includes O structured B-Language programming I-Language commands O from O the O Plus/4 B-Operating_System ' O s O BASIC O 3.5 O , O as O well O as O keywords O designed O specifically O to O take O advantage O of O the O machine O 's O capabilities O . O The O name O TensorFlow B-Language derives O from O the O operations O that O such O neural B-Architecture networks I-Architecture perform O on O multidimensional O data O arrays O , O which O are O referred O to O as O tensors B-Device . O On O May O 20 O , O 2008 O , O Danjou O announced O in O an O e-mail O to O the O awesome B-Language mailing O list O that O a O new O format O for O the O configuration B-Protocol file I-Protocol will O be O used O in O 3.0 O release O . O Often O a O proxy O , O SOCKS B-Application gateway O , O or O similar O devices O are O used O to O provide O restricted O Internet O access O to O network-internal O users O . O 24-bit O block O private O addresses O are O also O commonly O used O in O the O North O Korean O Kwangmyong B-Language network I-Language . O For O example O , O the O geometric O zeta O function O associated O to O a O fractal B-Language string I-Language may O be O used O to O write O an O explicit O tube O formula O for O the O volume O of O a O neighborhood O of O the O fractal B-Application . O The O QP B-Application family O consists O of O the O lightweight O QP/C O and O QP/C O ++ O frameworks O , O written O in O C B-Language ( O C99 B-Language ) O and O C++ B-Language ( O C++11 B-Language ) O , O respectively O . O The O apparatus O of O vector O bundles O , O principal O bundles O , O and O connections O on O bundles O plays O an O extraordinarily O important O role O in O modern O differential B-Language geometry I-Language . O This O means O header B-Language files I-Language are O not O needed O . O WebFetch B-Language is O available O from O the O Comprehensive B-Language Perl I-Language Archive I-Language Network I-Language . O Oracle B-Application offers O paid O support O via O its O MySQL B-Language Enterprise I-Language products O . O Digital O versions O of O Klondike B-Language have O helped O popularize O the O game O and O offer O advantages O over O playing O with O a O physical O deck O . O Assembly B-Language languages I-Language were O not O available O at O the O time O when O the O stored-program O computer O was O introduced O . O Results O from O Foldit B-Language have O been O included O in O a O number O of O scientific O publications O . O The O term O often O overlaps O with O " O connection B-Language string I-Language " O . O Rails O 7.0 O was O released O on O December O 15 O , O 2021 O , O replacing O Node.js B-Language and O Webpack B-Language with O import O maps O for O JavaScript B-Language management O by O default O , O replacing O Turbolinks O with O a O combination O of O Turbo O and O Stimulus O , O adding O at-work O encryption O into O Active O Record O , O using O Zeitwerk O exclusively O for O code O loading O , O and O more O . O Under O the O performance O header O the O ObjectGrid O component O was O added O , O which O is O a O standalone O distributed O cache O that O can O be O used O with O any O application B-Application server I-Application ( O any O version O with O a O 1.4 O JDK O ) O or O with O any O J2SE B-Language 1.4 O runtime O , O including O zLinux O and O z/OS B-Application support O . O * O ... O * O Anything O between O single O asterisks B-Language is O regarded O as O a O comment O . O By O 2001 O , O most O of O the O major O object B-Application database I-Application and O object B-General_Concept – I-General_Concept relational I-General_Concept mapping O vendors O claimed O conformance O to O the O ODMG B-Application Java B-Language Language I-Language Binding O . O Needle O Open B-Application source I-Application framework O for O testing O Java B-Language EE I-Language components O outside O of O the O container O in O isolation O . O An O extension B-Language was O written O by O Simons O and O released O by O Commodore O on O floppy B-Device disk I-Device and O tape O as O Simons B-Language ' I-Language Basic I-Language Extension B-Language . O FlightPath B-Language is O an O open-source O , O web-based O enterprise O software O application O for O academic O support O , O academic O advising O , O and O degree O audit O for O institutions O of O higher O education O . O It O can O also O be O optionally O installed O on O K B-Language Desktop I-Language Environment I-Language 3 I-Language . O Later O , O with O ANSI O C B-Language , O it O obtained O constant O and O type O definitions O features O and O the O preprocessor B-General_Concept also O became O part O of O the O language O , O leading O to O the O syntax O we O see O today O . O The O following O examples O show O dynamic O features O using O the O language O Common B-Language Lisp I-Language and O its O Common B-Application Lisp I-Application Object I-Application System I-Application ( O CLOS B-Application ) O . O It O is O claimed O that O because O the O technique O is O effectively O fingerprinting O the O GPU B-Architecture , O the O entropy O is O " O orthogonal O " O to O the O entropy O of O previous O browser B-Protocol fingerprint I-Protocol techniques O such O as O screen B-General_Concept resolution I-General_Concept and O browser O JavaScript B-Language capabilities O . O Thus O the O program O is O essentially O iterative B-Algorithm , O equivalent O to O using O imperative B-Application language I-Application control O structures O like O the O " O for O " O and O " O while O " O loops O . O The O significance O of O tail B-Language recursion I-Language is O that O when O making O a O tail-recursive B-Language call O ( O or O any O tail B-Language call I-Language ) O , O the O caller O 's O return O position O need O not O be O saved O on O the O call B-General_Concept stack I-General_Concept ; O when O the O recursive O call O returns O , O it O will O branch O directly O on O the O previously O saved O return O position O . O Pure B-Language Data I-Language ) O , O listing O is O limited O to O its O top O three O categories O . O Additionally O , O dynamic O code O , O which O runs O on O the O server B-Application , O can O be O placed O in O a O page O within O a O block O <% -- dynamic code -- %> O , O which O is O similar O to O other O Web O development O technologies O such O as O PHP B-Application , O JSP B-Language , O and O ASP B-General_Concept . O The O input O language O and O implementation O of O ACL2 B-Application are O written O in O Common B-Language Lisp I-Language . O If O C B-Language and O D O are O both O zero O , O the O IF O will O evaluate O it O to O ' O false O ' O and O the O branch O will O not O be O taken O . O In O the O 1980s O , O Business B-Language Basics I-Language were O ported O from O their O original O proprietary O environments O to O many O Unix B-Application platforms O , O CP/M B-Application , O and O to O DOS B-Device . O The O C++ B-Language video O game O code O can O be O converted O into O Flash-compatible O code O using O CrossBridge B-Language . O Kross B-Language does O not O currently O have O any O provision O for O running O untrusted O scripts O , O i.e. O reviewed O QOwnNotes B-Language . O However O this O is O n't O practical O , O because O its O storage O capacity O very O limited O ( O 256 O x O 256 O pixels O , O each O 4 O channels O , O and O with O 3 O bits O of O data O per O channel O , O that O 's O 256 O * O 256 O * O 4 O * O 3 O bits O / O 8 O = O 98,304 O bytes O in O total O , O although O the O memory O dump O is O zlib B-Language compressed O ) O . O Concurrent B-Application object-oriented I-Application programming I-Application is O a O programming O paradigm O which O combines O object-oriented B-Language programming I-Language ( O OOP O ) O together O with O concurrency B-Operating_System . O JIT O compilers B-Language try O to O strike O a O balance O between O longer O compilation B-Language time O and O faster O execution O time O . O So O where O you O under O Delphi B-Language or O Free O Pascal O would O allocate O a O TList O or O TObjectList O instance O - O Smart B-Language Pascal I-Language achieves O better O performance O and O identical O functionality O using O ordinary O arrays O . O Many O Zope B-Language platforms O such O as O Plone B-Language are O going O through O the O same O type O of O piece-by-piece O rewriting O . O %block O ; O and O %inline O ; O are O groups O within O the O HTML B-Language DTD B-Language that O group O elements O as O being O either O " O block-level O " O or O " O inline O " O . O This O behavior O cannot O be O changed O ; O it O is O fixed O in O the O DTD B-Language . O It O supports O many O output O formats O , O including O WMF/EMF O , O PDF B-Application , O DXF O , O CGM O , O and O HTML B-Language , O and O by O means O of O free/shareware O plugins O SVG B-Application , O MIF O and O RTF O . O Thus O , O a O data O element O could O be O instantiated O with O either O " O true O " O or O " O false O " O value O , O and O additional B-Language functions I-Language could O be O used O to O perform O any O operation O on O the O data O element O . O At O MWC O 2010 O , O The O Wholesale O Applications O Community O ( O WAC O ) O announced O that O BONDI B-Language would O be O one O of O the O technologies O used O . O Apache B-Application Ant I-Application is O a O software O tool O for O automating B-Application software I-Application build I-Application processes O which O originated O from O the O Apache B-Language Tomcat I-Language project O in O early O 2000 O as O a O replacement O for O the O Make B-Application build B-Application tool I-Application of O Unix B-Application . O GeneRally O 2 O , O the O sequel B-Language to O GeneRally O , O has O been O announced O and O is O currently O in O the O pre-alpha O stage O of O development O . O CHIP-8 B-Device has O 35 O opcodes B-Language , O which O are O all O two O bytes B-Application long O and O stored O big-endian O . O mkisofs B-Language and O Amkisofs O are O ports O of O MaKeISOFileSystem O . O The O Master O Emerald B-Language , O introduced O in O Sonic B-Application & I-Application Knuckles I-Application , O controls O the O power O of O the O Chaos O Emeralds B-Language . O XPath B-Language 1.0 I-Language became O a O Recommendation O on O 16 O November O 1999 O and O is O widely O implemented O and O used O , O either O on O its O own O ( O called O via O an O API B-General_Concept from O languages O such O as O Java B-Language , O C# B-Application , O Python B-Language or O JavaScript B-Language ) O , O or O embedded O in O languages O such O as O XSLT B-Application , O XProc B-Language , O XML B-Protocol Schema O or O XForms B-Application . O For O example O , O the O iPhone B-Device apps O require O coding O in O Objective-C B-Language while O Android B-Application apps O require O coding O in O Java O . O Maximum B-Language subarray I-Language problems I-Language arise O in O many O fields O , O such O as O genomic O sequence O analysis O and O computer B-Application vision I-Application . O Ports O for O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System , O Xbox B-Device One I-Device and O Nintendo B-Application Switch I-Application were O released O on O November O 29 O , O 2019 O , O alongside O separate O releases O for O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application 2 I-Application , O 3 O and O 4 O . O The O first B-Application game I-Application revolves O around O a O character O called O Mike O Schmidt O , O who O begins O working O as O a O night O security O guard O at O Freddy O Fazbear O 's O Pizza B-Language , O where O the O animatronics O move O at O night O and O supposedly O kill O anyone O they O see O by O stuffing O them O into O a O spare O animatronic O suit O . O Animatronic O movement O is O explained O to O the O player O as O a O purposely-programmed O " O free-roaming O " O mode O , O to O prevent O the O animatronic O 's O servomotors B-Algorithm from O locking O up O . O The O name O is O a O contraction O of O object B-Language oriented I-Language Elite O , O because O it O was O written O in O Objective-C B-Language , O an O object-oriented B-Language programming I-Language language I-Language . O The O following O is O Racket B-Operating_System code O for O the O Haskell B-Language list B-Language comprehension I-Language examples O . O scope O = O " O row O " O " O Django B-Language 1.7 O released O " O Django B-Language weblog O . O In O the O context O of O the O lambda B-Language calculus I-Language , O normal-order O reduction O refers O to O leftmost-outermost O reduction O in O the O sense O given O above O . O Wordfast B-Language Pro O and O Wordfast B-Language Anywhere O also O offer O online O help O pages O . O As O a O website O management O tool O , O GoLive B-Language allowed O users O to O transfer O and O publish O content O directly O from O within O the O application O , O and O allowed O individual O files O to O be O excluded O from O uploading O . O The O language O of O the O system O is O derived O from O F-logic B-Language , O HiLog B-Language , O and O Transaction B-Language logic I-Language . O In O 1998 O , O XML B-Protocol ( O a O simplified O form B-General_Concept of O SGML B-Language ) O introduced O mechanisms O to O allow O anyone O to O develop O their O own O elements O and O incorporate O them O in O XHTML B-Language documents O , O for O use O with O XML-aware O user B-Protocol agents I-Protocol . O Subsequently O , O HTML B-Language 4.01 I-Language was O rewritten O in O an O XML-compatible O form B-General_Concept , O XHTML B-Language 1.0 I-Language ( O eXtensible O HTML B-Language ) O . O In O October O 2005 O , O the O current O maintainer O of O gnome-dictionary B-Language Emmanuele O Bassi O decided O to O rewrite O the O application O and O applet B-Language from O scratch O , O removing O the O old O ( O and O mostly O deprecated O ) O code O . O In O 2008 O , O the O game O was O ported O to O Java B-Language and O published O online O . O FORTRAN O IV O removed O the O machine-dependent O features O of O FORTRAN O II O ( O such O as O ) O , O while O adding O new O features O such O as O a O data O type O , O logical O Boolean O expressions O and O the O logical O IF O statement O as O an O alternative O to O the O arithmetic B-Language IF I-Language statement O . O The O first O FreePBX B-Application release O , O version O 0.2 O ( O November O 28 O , O 2004 O ) O , O was O named O the O Asterisk B-Language Management O Portal O ( O AMP O ) O . O Everything O in O WebGUI B-Language is O a O template O which O allows O for O customization O , O while O keeping O the O site O content O and O style O separate O . O Security O exploits O of O browsers B-Application often O use O JavaScript B-Language , O sometimes O with O cross-site O scripting O ( O XSS O ) O with O a O secondary O payload O using O Adobe B-Operating_System Flash I-Operating_System . O Programming O may O also O be O done O in O TI O Assembly B-Language , O made O up O of O Z80 B-General_Concept assembly B-Language and O a O collection O of O TI O provided O system O calls O . O Adobe B-Language Scout I-Language – O a O visual O profiler O to O optimize O the O performance O of O Flash O content O . O It O follows O from O the O spectral O theorem O of O linear B-Language algebra I-Language that O a O positive-definite O symmetric O matrix O S O has O a O unique O positive-definite O symmetric O square O root O S1/2 O . O Ada B-Language compiler O vendors O still O wanted O a O validation O mechanism O , O however O , O so O a O new O validation O system O was O devised O to O replace O it O , O the O Ada B-Language Conformity O Assessment O Test O Suite O . O This O exploit O hole O prompted O a O response O from O the O United O States O Department O of O Homeland O Security O encouraging O users O to O disable O or O uninstall O Java B-Language . O While O FANN O was O originally O written O in O C B-Language , O the O following O language B-Application bindings I-Application have O been O created O by O FANN O contributors O : O In O database B-General_Concept theory I-General_Concept , O Imieliński B-Application – I-Application Lipski I-Application algebra I-Application is O an O extension O of O relational B-Algorithm algebra I-Algorithm onto O tables O with O different O types O of O null B-Language values I-Language . O Novel O trilogy O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application : O The O Silver O Eyes O ( O 2015 O ) O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application : O The O Silver O Eyes O is O the O first O novel O by O Scott O Cawthon O and O Kira O Breed-Wrisley O . O The O novel O follows O a O group O of O childhood O friends O who O meet O in O their O hometown O and O discover O unnerving O secrets O about O the O once-beloved O Freddy O Fazbear O 's O Pizza B-Language . O Many O of O Komodo O 's O features O are O derived O from O an O embedded O Python B-Language interpreter O . O Komodo B-Language IDE I-Language uses O the O Mozilla B-Operating_System and O Scintilla B-Language code B-General_Concept base I-General_Concept , O and O supports O many O of O the O same O features O , O languages O and O platforms O , O including O the O languages O Python B-Language , O Perl B-Language , O PHP B-Application , O Ruby B-Language , O Tcl B-Operating_System , O SQL B-Language , O Smarty B-Language , O CSS B-Language , O HTML B-Language and O XML B-Protocol , O and O the O operating B-General_Concept systems I-General_Concept Linux B-Application , O OS B-Operating_System X I-Operating_System , O and O Windows O . O A O provider O of O a O service O encapsulates O the O service O as O an O Object B-Language , O and O puts O it O in O the O Object B-Operating_System Space I-Operating_System . O WinFS B-Application uses O Importer O plug-ins O to O analyze O the O files O as O they O were O being O imported O to O the O store O and O create O proper O WinFS B-Application schemas B-Application and O objects B-Language , O and O when O taking O the O objects B-Language out O , O re-pack O them O into O files O . O On O the O first O of O November O , O Mifos B-Language Initiative I-Language also O took O part O in O the O Global O Islamic O Microfinance O Forum O , O held O in O Dubai O , O UAE O . O It O is O used O to O emphasize O or O otherwise O control O the O display O of O the O file O names O in O commands O like O TYPE B-Device wildcard O , O for O example O SET B-Device $ON O = O \033[ 1m O with O ANSI.SYS O loaded O or O SET B-Device $ON O = O \016 O for O an O IBM O or O ESC/P B-Language printer O . O While O the O variable O is O undefined O by O default O under O DOS B-Operating_System Plus I-Operating_System and O DR-DOS B-Application , O the O Multiuser B-Operating_System DOS I-Operating_System default O for O an O ASCII B-Protocol terminal O equals O SET B-Device $ON O = O \033p O . O Major O languages O were O ALGOL B-Language , O BASIC O , O FORTRAN B-Application , O COBOL B-Application , O and O COMPASS B-Language ( O assembler O ) O . O One O of O the O earliest O and O popular O binary B-Language search I-Language tree I-Language algorithm O is O that O of O Hibbard O . O Opera B-Application , O Firefox B-Application , O Chrome B-Application , O and O Chromium B-Language support O playing O VP8 B-Algorithm video O in O HTML5 B-Application video O tag O . O Code O written O in O Objective-C B-Language can O be O called O from O the O editor O , O and O also O Objective-C B-Language frameworks O can O perform O calls O to O the O Scheme B-Language interpreter O . O Another O user O on O the O forum O claims O earlier O discovery O , O reporting O a O near-identical O story O to O that O attributed O to O Ajack O , O except O they O describe O bluejacking B-General_Concept 44 O Nokia B-Language 7650 I-Language phones O instead O of O one O , O and O the O location O is O a O garage O , O seemingly O in O Denmark O , O rather O than O a O Malaysian O Bank O . O In O 2004 O , O Intel O claimed O to O have O modified O the O kernel B-Operating_System so O that O its B-Language C I-Language compiler I-Language was O also O capable O of O compiling B-Language it O . O Otherwise O , O we O keep O iterating O up O to O a O fixed O number O of O steps O , O after O which O we O decide O that O our O parameter O is O " O probably O " O in O the B-Algorithm Mandelbrot I-Algorithm set I-Algorithm , O or O at O least O very O close O to O it O , O and O color O the O pixel B-Algorithm black O . O In O pseudocode B-Language , O this O algorithm O would O look O as O follows O . O FpgaC B-Language 's O goal O is O to O be O an O efficient O High B-Language Level I-Language Language I-Language ( O HLL O ) O for O reconfigurable B-Architecture computing I-Architecture , O rather O than O a O Hardware B-Architecture Description O Language O ( O HDL O ) O for O building O efficient O custom O hardware B-Architecture circuits O . O Q-Chem B-Language has O been O used O as O an O engine O in O high-throughput O studies O , O such O as O the O Harvard O Clean B-Operating_System Energy I-Operating_System Project I-Operating_System , O in O which O about O 350,000 O calculations O were O performed O daily O on O the O IBM O World B-Operating_System Community I-Operating_System Grid I-Operating_System . O Some O processors O such O as O the O Zilog B-Device Z280 I-Device can O configure O their O on-chip O cache O memories O for O data-only O fetches O , O or O as O part O of O their O ordinary O memory O address O space O , O and O avoid O such O difficulties O with O self-modifying O instructions B-Language . O Wonka B-Language VM I-Language developed O to O run O on O Acunia O 's O ARM-based O hardware O . O ICANN B-Application issued O guidelines O for O the O use O of O IDNA B-Language in O June O 2003 O , O and O it O was O already O possible O to O register O .jp B-General_Concept domains O using O this O system O in O July O 2003 O and O .info O domains O in O March O 2004 O . O Like O most O BASICs O of O the O era O , O Tiny B-Language Basic I-Language was O interactive O with O the O user O typing O statements O into O a O command O line O . O Executable B-Language UML I-Language also O allows O for O translation O of O platform-independent B-Architecture models I-Architecture ( O PIM B-Architecture ) O into O platform-specific B-Architecture models I-Architecture ( O PSM B-Architecture ) O . O Fetching O a O row O from O the O cursor B-Language may O result O in O a O network O round O trip O each O time O . O to O backup B-Protocol KVM B-Application , O PostgreSQL B-Application , O MongoDB B-Application , O MariaDB B-Application , O MySQL B-Application , O OpenEdge O , O SAP B-Application IQ I-Application , O SAP B-Application ASE I-Application , O SQL B-Application Server I-Application , O Ingres B-Application , O FirebirdSQL B-Application , O Cassandra B-Application , O SAP B-Application HANA I-Application , O Redis B-Operating_System , O Oracle B-Application , O ElasticSearch B-Application , O IBM B-Application Db2 I-Application , O Neo4j B-Language , O SQL B-Application Server I-Application Express I-Application , O SQL B-Application Anywhere I-Application , O Greenplum O to O Spectrum O Protect O Servers O by O mounting O the O filespaces O anywhere O on O your O servers O . O It O supports O the O deep O learning O frameworks O : O Theano B-Algorithm , O Caffe B-Algorithm , O TensorFlow B-Language , O MXNet B-Algorithm , O Microsoft B-Algorithm Cognitive I-Algorithm Toolkit I-Algorithm , O Torch B-Algorithm , O and O Chainer B-Algorithm . O the O application/framework O side O . O This O is O a O Python B-Language callable O , O supplied O by O the O Python B-Language program I-Language or O framework B-Application . O EvoSuite B-Language has O been O used O on O more O than O a O hundred O open-source O software O and O several O industrial O systems O , O finding O thousands O of O potential O bugs O . O SuperKaramba B-Language was O integrated O into O KDE O 3.5 O as O part O of O the O kdeutils O package O , O and O some O of O the O ideas O that O it O presents O have O become O part O of O KDE B-Language 4 I-Language ’s O desktop B-Application and O panel O interface O called O Plasma B-Language , O which O also O has O support O for O the O SuperKaramba B-Language widgets O . O Software O languages O such O as O Java B-Language are O designed O so O that O applications O can O migrate O across O architectures O without O source O code O modifications O . O SUnit B-Library , O designed O by O Kent O Beck O in O 1998 O , O was O written O in O a O highly O structured O object-oriented B-Language style O , O which O lent O easily O to O contemporary O languages O such O as O Java B-Language and O C# B-Application . O To O understand O why O it O is O a O good O idea O for O a O statistical B-Language language I-Language model I-Language to O contain O a O cache B-General_Concept component I-General_Concept one O might O consider O someone O who O is O dictating O a O letter O about O elephants O to O a O speech B-Application recognition I-Application system O . O A O C/C O ++ O code O running O in O Ch B-Language can O control O either O a O Lego B-Application NXT I-Application , O EV3 B-Application , O or O multiple O of O NXT/EV3 O . O ImageJ B-Language can O display O , O edit O , O analyze O , O process O , O save O , O and O print O 8-bit B-Data_Structure color I-Data_Structure and O grayscale O , O 16-bit O integer O , O and O 32-bit O floating O point O images O . O Support O for O the O Kindle O formats O ( O mobi O , O azwX O ) O is O based O on O a O Python B-Language module O . O Django-Jenkins O — O Django O ( O Python B-Language ) O Web O Framework O integration O with O Jenkins O . O It O reads O in O ANSI O C B-Language header O files O and O GlueGen B-Language configuration O files O , O and O emits O C B-Language code O . O SpiderMonkey B-Language : O A O JavaScript B-Language engine I-Language in O Mozilla B-Language Gecko I-Language applications O , O including O Firefox B-Application . O The O easystats B-Algorithm collection O of O open B-Application source I-Application R B-Language packages I-Language was O created O in O 2019 O and O primarily O includes O tools O dedicated O to O the O post-processing O of O statistical O models O . O With O the O development O of O the O conducting O polymer B-Language , O the O semiconducting O properties O of O small O conjugated O molecules O have O been O recognized O . O Cashier O , O introduced O in O Laravel B-Language 4.2 O , O provides O an O interface O for O managing O subscription O billing O services O provided O by O Stripe B-Application , O such O as O handling O coupons O and O generating O invoices O . O Go B-Application Golang.org B-Application Haskell B-Language Haskell.org B-Language Omitted O in O the O language O report O , O and O in O GHC O 's O Hierarchical O Libraries O Java B-Language Java B-Language REs O are O written O as O strings O in O source O code O : O all O backslashes O must O be O doubled O , O harming O readability O . O With O almost O 70 O contributors O providing O over O 56,000 O commits O since O its O inception O , O the O Foswiki B-Language team O not O only O develops O the O code O but O also O offers O on-line O support O , O including O on O IRC B-Protocol . O On O Microsoft B-Application Windows I-Application , O a O free O , O open-source O app O called O Clam O Sentinel O detects O file O changes O and O scans O modified O files O using O ClamWin B-Language . O There O are O a O few O special O types O that O programmers O create O to O interact O with O the O Elm B-Language runtime B-Library . O The O Java B-Language Modeling I-Language Language I-Language ( O JML O ) O is O a O specification B-Application language I-Application for O Java B-Language programs O , O using O Hoare O style O pre O - O and O postconditions O and O invariants B-Application , O that O follows O the O design B-Application by I-Application contract I-Application paradigm O . O User-defined B-Language types I-Language like O records O ( O structs O , O interfaces O ) O or O classes O are O defined O intensionally O by O an O explicit O type O declaration O or O by O using O an O existing O value O , O which O encodes O type O information O , O as O a O prototype O to O be O copied O or O extended O . O In O these O languages O , O a O class O that O creates O classes O within O itself O is O called O a O metaclass B-Language . O The O BlackBerry B-Operating_System and O Java B-Language ME I-Language versions O were O developed O and O published O by O Gameloft O . O Oak B-Language did O not O have O an O equivalent O to O Java B-Language 's O private O access O modifier O . O Trigraphs B-Language are O not O commonly O encountered O outside O compiler B-Language test O suites O . O Shoes O 3 O includes O its O own O embedded O MRI/cRuby O Ruby B-Language and O does O not O require O the O end O user O to O install O Ruby B-Language . O PyPy B-Language often O runs O faster O than O the O standard O implementation O CPython B-Language because O PyPy B-Language uses O a O just-in-time O compiler B-Language . O BitLord B-Language is O a O proprietary B-Application adware O BitTorrent O client O available O for O Microsoft B-Application Windows I-Application , O macOS B-Application and O Android B-Application . O Asynchronous B-Language module I-Language definition I-Language ( O AMD O ) O is O a O specification O for O the O programming O language O JavaScript B-Language . O The O actions O are O configured O through O a O XML B-Protocol description O and O hooks O in O the O application O code O . O Plasma-framework O 3 O plasma-framework.git O Foundational O libraries B-Library , O runtime O components O and O tools O of O the O KDE B-Language Plasma I-Language workspaces I-Language based O upon O KF5 O and O Qt5 O . O Video O games O ( O also O termed O ROM B-Device hacking O ) O , O which O is O possible O via O several O methods O . O The O most O widely O employed O method O is O altering O program O code O at O the O assembly B-Language language I-Language level O . O Devoxx B-Language Ukraine O was O announced O during O the O opening O keynote O of O Devoxx B-Language France O 2018 O in O April O . O A O simple O way O to O compute O the O sample O partial B-Language correlation I-Language for O some O data O is O to O solve O the O two O associated O linear B-General_Concept regression I-General_Concept problems O and O calculate O the O correlation O between O the O residuals O . O In O extreme O cases O , O such O as O a O regular B-Language expression I-Language in O an O escaped O string O , O matching O a O Uniform O Naming O Convention O path O ( O which O begins O \\ O ) O requires O 8 O backslashes O \\\\\\\\ O due O to O 2 O backslashes O each O being O double-escaped O . O WebUSB B-Language would O then O act O as O a O middle O man O in O facilitating O the O transfer O of O data O stored O on O the O hardware O to O a O given O web O server O . O The O EJB B-Language 2.0 O specification O addressed O this O concern O by O adding O the O concept O of O local O interfaces O which O could O be O called O directly O without O performance O penalties O by O applications O that O were O not O distributed O over O multiple O servers O . O The O one-armed O conditional B-Language if O do O has O type O void O . O Ability O to O code O ColdFusion B-Language Components O ( O CFCs O ) O entirely O in O CFScript B-Language . O In O the O C B-Language , O C++ B-Language , O C# B-Application , O and O Java B-Language programming I-Language languages I-Language , O the O volatile B-Operating_System keyword O indicates O that O a O value O may O change O between O different O accesses O , O even O if O it O does O not O appear O to O be O modified O . O Webpack B-Language provides O code B-Protocol on I-Protocol demand I-Protocol using O the O moniker O code O splitting O . O The O command-syntax O is O : O The O patterns O may O be O line B-Application numbers I-Application or O regular B-Language expressions I-Language . O Elm B-Language uses O an O abstraction O called O ports O to O communicate O with O JavaScript B-Language . O After O removing O the O remaining O use O of O Java B-Application applets I-Application from O its O web B-Application app I-Application , O the O service O rebranded O as O draw.io B-Language in O 2012 O because O the O " O .io B-General_Concept suffix I-General_Concept is O a O lot O cooler O than O .ly B-General_Concept " O , O said O co-founder O David O Benson O in O a O 2012 O interview O . O Typical O applications O do O not O use O these O requests O ; O they O are O used O by O the O xhost O program B-Application to O give O a O user O or O a O script B-Language access O to O the O host O access O list O . O Thermal O conversion O of O precursor O polymers O is O a O more O effective O method O for O synthesizing O long O polyacetylene B-Language chains O . O IBM O 's O OS/360 B-Application , O DOS/360 B-Application and O TSS/360 B-Application implement O most O system B-Operating_System calls I-Operating_System through O a O library B-Library of O assembly B-Language language I-Language macros O , O although O there O are O a O few O services O with O a O call O linkage O . O In O this O sense O , O a O limit O ordinal B-Language is O the O limit O of O all O smaller O ordinals B-Language ( O indexed O by O itself O ) O . O The O origin O of O C B-Language is O closely O tied O to O the O development O of O the O Unix B-Application operating I-Application system I-Application , O originally O implemented B-Language in O assembly B-Language language I-Language on O a O PDP-7 B-Device by O Dennis O Ritchie O and O Ken O Thompson O , O incorporating O several O ideas O from O colleagues O . O Some O derivations O have O evolved O from O the O message B-Architecture passing I-Architecture paradigm O of O Occam B-Language to O enable O uniform O efficiency O when O porting O applications O between O distributed B-Operating_System memory I-Operating_System and O shared B-Operating_System memory I-Operating_System parallel B-Operating_System computers I-Operating_System . O Yacc B-Application itself O used O to O be O available O as O the O default O parser B-Language generator I-Language on O most O Unix B-Application systems I-Application , O though O it O has O since O been O supplanted O by O more O recent O , O largely O compatible O , O programs O such O as O Berkeley B-Language Yacc I-Language , O GNU B-Application Bison I-Application , O MKS O Yacc B-Application , O and O Abraxas O PCYACC O . O Opa B-Language is O an O open-source B-Application programming O language O for O developing O scalable B-Architecture web B-Application applications I-Application . O In O an O update O to O the O original O article O , O Paras O Jha O responded O to O Krebs O and O denied O having O written O Mirai B-Language . O However O , O this O was O not O the O only O code O doing O mode-setting B-Operating_System in O a O Linux B-Operating_System system O . O During O the O system O booting O process O , O the O Linux B-Operating_System kernel I-Operating_System must O set O a O minimal O text B-Application mode I-Application for O the O virtual B-Application console I-Application ( O based O on O the O standard O modes O defined O by O VESA B-Device BIOS I-Device extensions I-Device ) O . O Also O the O Linux B-Language kernel I-Language framebuffer I-Language driver I-Language contained O mode-setting B-Operating_System code O to O configure O framebuffer B-Algorithm devices O . O Cygwin B-Language : O For O Microsoft B-Application Windows I-Application , O provides O a O POSIX O environment O and O system O libraries O ( O contained O in O cygwin.dll O ) O . O The O operating B-General_Concept systems I-General_Concept on O which O the O clients O can O run O natively O ( O without O emulation O ) O . O Client B-Protocol Windows B-Device 7 I-Device , O Vista B-Application XP B-Application , O 2000 B-Application NT B-Device 4.0 I-Device NT B-Device 3.x I-Device Me B-Device , O 98 B-Device 95 B-Application 3.1x B-Application ReactOS B-Application macOS B-Application ( O Intel/PPC O ) O OS B-Operating_System 9 I-Operating_System OS B-Operating_System 8 I-Operating_System System B-Operating_System 7 I-Operating_System ( O PPC/68k O ) O BeOS B-Application , O Haiku O OS/2 O , O eCS B-Device , O ArcaOS B-Device AmigaOS B-Application ( O 68k O ) O AmigaOS B-Application 4 I-Application , O MorphOS B-Operating_System ( O PPC O ) O DOS B-Device AmIRC B-Protocol Bersirc B-Protocol BitchX B-Protocol ChatZilla B-Operating_System Colloquy B-Language degesch O ERC B-Operating_System HexChat B-Protocol ( O 2.9.5 O ) O HydraIRC O IceChat B-Protocol ( O 9.50 O ) O IRCCloud O ircII B-Protocol IRCjr O Ircle B-Protocol Requires O OS O X O v10.4.3 O or O later O Irssi B-Protocol jIRCii O KiwiIRC O Konversation B-Language KVIrc B-Language Connect O to O the O ReactOS B-Application IRC O Channels O 2012-07-03 O : O 4.2.0 O Released O ! O Unix B-Application and O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System : O What O IRC O related O protocols O and O standards O are O supported O by O each O client B-Protocol . O ba O bitor O b B-Language Bitwise O XOR O a O ^ O ba O ? O Plugins B-Application can O also O change O the O way O Jenkins B-Language looks O or O add O new O functionality O . O The O situation O is O similar O for O Python B-Language or O Ruby O parsers O . O It O has O all O of O the O built-in O functions O PL/I B-Language has O , O is O much O faster O in O both O compilation O and O execution O , O and O runs O in O 86K O of O a O 100K O partition O leaving O 14K O for O the O student O program O . O Oxygene B-Language ( O formerly O Chrome B-Language ) O is O an O Object B-Language Pascal I-Language compiler B-Language from O RemObjects O Software O that O integrates O into O Microsoft B-Application Visual I-Application Studio I-Application . O Allura B-Application began O in O October O 2009 O as O an O open-source B-Application reimplementation O in O Python B-Language of O the O developer O tools O for O SourceForge B-Application ( O previously O written O in O PHP B-Application ) O , O and O was O first O announced O in O March O 2011 O . O XML B-Language Trees I-Language do O not O show O the O content O in O an O Instance O document O , O only O the O structure O of O the O document O . O PSTricks B-Language is O only O fully O compatible O with O TeX B-Application systems O using O PostScript B-Language intermediates O , O including O but O not O limited O to O eTeX O and O others O . O An O active B-Algorithm queue I-Algorithm management I-Algorithm and O denial-of-Service O ( O AQM&DoS O ) O simulation O platform O is O established O based O on O the O NS-2 B-Language simulation O code O of O the O RRED O algorithm O . O While O based O on O C B-Language , O NWScript B-Operating_System does O not O have O many O functions O from O the O C B-Language family O , O excluding O logical O and O binary O / O ternary O operators O and O some O mathematical O functions O . O Joone B-Language consists O of O a O component-based O architecture O based O on O linkable O components O that O can O be O extended O to O build O new O learning O algorithms O and O neural B-Architecture networks I-Architecture architectures O . O Though O not O explicitly O designed O as O an O intermediate O language O , O C B-Language 's O nature O as O an O abstraction O of O assembly B-Language and O its O ubiquity O as O the O de O facto O system B-Language language I-Language in O Unix-like B-Operating_System and O other O operating B-General_Concept systems I-General_Concept has O made O it O a O popular O intermediate O language O : O Eiffel B-Language , O Sather B-Application , O Esterel B-Language , O some O dialects O of O Lisp B-Language ( O Lush O , O Gambit B-Language ) O , O Haskell B-Language ( O Glasgow B-Application Haskell I-Application Compiler I-Application ) O , O Squeak B-Operating_System 's O Smalltalk-subset O Slang O , O Nim B-Application , O Cython B-Application , O Seed7 B-Language , O SystemTap B-Application , O Vala B-Language , O V O , O and O others O make O use O of O C B-Language as O an O intermediate O language O . O The O wiki O , O containing O information O regarding O installation O , O support O , O and O development O of O LineageOS B-Application , O is O also O open O to O contributions O through O Gerrit B-Language . O Thomas O Reindlmeier O : O Contao B-Language : O Webseiten O clever O gestalten O ( O Contao B-Language : O cleverly O designed O websites O ) O . O On O April O 22 O , O 2013 O , O MyBB B-Language 1.6.10 O was O released O . O System B-Application Architect I-Application is O used O to O build O architectures O using O various O frameworks O including O TOGAF O , O ArchiMate B-Architecture , O DoDAF O , O MODAF B-Library , O NAF B-Architecture and O standard O method O notations O such O as O sysML B-Language , O UML B-Language , O BPMN B-Architecture , O and O relational O data O modeling O . O When O the O compiler B-Language instantiates O the O function O template O defined O above O , O the O following O code O may O be O produced O : O It O is O very O common O to O use O Varnish B-Language for O caching B-Protocol high-performance O sites O that O use O eZ B-Application Publish I-Application . O At O present O , O OpenNN B-Language is O being O developed O by O the O startup O company O Artelnics O . O Plugins O that O can O be O written O in O C B-Language , O Python B-Language 3 I-Language , O or O Vala B-Language . O In O addition O , O digiKam B-Language offers O image O enhancement O tools O through O its O KIPI B-Language ( O KDE O Image O Plugins B-Application Interface O ) O framework O and O its O own O plugins B-Application , O like O red-eye O removal O , O color O management O , O image O filters O , O or O special O effects O . O The O spray O can O 's O shots O will O also O destroy O honeycombs B-Application and O beehives B-Language , O forcing O the O player O to O aim O carefully O to O avoid O losing O bonus O points O . O With O later O versions O , O more O and O more O so-called O " O insertion O points O " O have O been O implemented O where O pieces O of O HTML B-Language can O be O inserted O into O the O NOF-generated O code O ( O like O between O HEAD B-General_Concept tags I-General_Concept or O inside O BODY B-General_Concept tags I-General_Concept ) O . O A O level-number O of O 66 O is O used O to O declare O a O re-grouping O of O previously O defined O items O , O irrespective O of O how O those O items O are O structured B-Language . O National O Similar O to O alphanumeric O , O but O using O an O extended O character B-General_Concept set I-General_Concept , O e.g. O Numeric B-Algorithm Contains O exactly O 7 O digits O ( O 7 O = O 5+2 O ) O . O Numeric B-Algorithm data O is O converted O between O different O representations O and O sizes O silently O and O alphanumeric O data O can O be O placed O in O any O data O item O that O can O be O stored O as O a O string O , O including O numeric B-Algorithm and O group O data O . O For O example O , O a O indicates O a O decimal O digit O , O and O an O indicates O that O the O item O is O signed B-Algorithm . O For O example O , O a O series O of O characters O define O character O positions O as O well O as O how O a O leading O sign O character O is O to O be O positioned O within O the O final O character O data O ; O the O rightmost O non-numeric O character O will O contain O the O item O 's O sign O , O while O other O character O positions O corresponding O to O a O to O the O left O of O this O position O will O contain O a O space O . O In O functional B-Language languages I-Language , O functions O are O first-class O values O that O can O be O passed O anywhere O . O Vivaldi B-Language , O despite O its O roots O as O a O spiritual O successor O to O the O Presto-based O Opera B-Application , O also O does O not O support O a O functional O blink B-Application tag I-Application . O FORTRAN B-Application , O the O only O mainstream O language O at O the O time O , O lacked O the O features O needed O to O write O such O programs O . O The O steering O committee O met O on O 4 O June O and O agreed O to O name O the O entire O activity O as O the O Committee O on O Data O Systems O Languages O , O or O CODASYL B-Language , O and O to O form O an O executive O committee O . O The O committee O mainly O examined O the O FLOW-MATIC B-Language , O AIMACO B-Language and O COMTRAN B-Language programming O languages O . O The O FLOW-MATIC B-Language language O was O particularly O influential O because O it O had O been O implemented O and O because O AIMACO B-Language was O a O derivative O of O it O with O only O minor O changes O . O DOS/360 B-Application programs O written O in O high B-Language level I-Language languages I-Language such O as O COBOL B-Application needed O small O modifications O before O they O could O be O used O with O OS/360 B-Application and O assembly B-Language language I-Language programs O needed O larger O changes O . O So O Precursor(args ) O is O equivalent O to O " O super.currentMethodName(args ) O " O in O Java B-Language . O It O was O written O in O Java B-Language , O and O could O run O on O Windows B-Application or O Linux B-Application . O The O Chromium B-Language code O of O Google B-Application Chrome I-Application is O continuously O fuzzed O by O the O Chrome B-Application Security O Team O with O 15,000 O cores O . O Free-form B-Language source I-Language input I-Language removed O the O need O to O skip O the O first O six O character O positions O before O entering O statements O . O It O eases O usual O compilation B-Language problems O . O 4D B-Language can O also O be O used O as O a O web B-Application server I-Application , O to O run O compiled B-Language database O applications O . O To O this O purpose O , O WebML B-Language provides O the O notion O of O link O . O The O greatest O product O weakness O of O Macsyma B-Language was O its O numerical O analysis O . O However O , O neither O of O these O restrictions O is O part O of O the O relational B-Architecture model I-Architecture or O any O SQL B-Language standard O . O The O first O regular-expression O dialects O were O only O slightly O more O expressive O than O globs B-Language , O and O the O syntax O was O designed O so O that O an O expression O would O resemble O the O text O that O it O matches O . O A O Java B-Language ME I-Language version O for O mobile O phones O was O released O by O Glu O Mobile O in O 2008 B-Application titled O Metal B-Application Gear I-Application Acid I-Application 2 I-Application Mobile O . O In O 2010 O , O Mihai O Bazon O introduced O UglifyJS B-Language , O which O was O superseded O by O UglifyJS2 O in O 2012 O ; O the O rewrite O was O to O allow O for O source O map O support O . O Cygwin B-Language provides O native O integration O of O Windows-based O applications O . O The O Factory B-Language method I-Language pattern I-Language is O also O typical O in O designing O APIs B-Application due O to O their O reusable O nature O . O Some O Apple O improvements O to O the O KHTML B-Language code O were O merged O back O into O the O Konqueror B-Application project O . O Apple O had O also O released O some O additional O codes O under O the O open O source O 2-clause O BSD-like B-Operating_System license I-Operating_System . O The B-Application Sly I-Application Collection I-Application ( O titled O The O Sly O Trilogy O in O PAL B-Language regions O ) O is O a O remastered O port O of O the O first O three O games O in O the O series O , O released O for O the O PlayStation B-Operating_System 3 I-Operating_System on O a O single O Blu-ray O Disc O as O a O Classics B-Device HD I-Device title O . O Solid B-Language PDF I-Language Tools I-Language Convert O PDFs B-Application into O editable O documents O and O create O PDFs B-Application from O a O variety O of O file O sources O . O It O included O dependency O management O with O Apache B-Language Ivy I-Language , O support O for O WebSocket B-Protocol , O integrated O database O migration O ( O reversion O was O not O implemented O ) O , O a O switch O to O the O H2 B-Language database I-Language as O the O default O development O database O and O other O features O . O It O is O based O upon O Casalini O 's O earlier O game O Tales O of O Middle O Earth O ( O ToME B-Language ) O which O in O turn O is O based O upon O his O own O PernAngband O variant O , O itself O based O on O Zangband O , O which O in O turn O was O based O on O Angband B-Application . O Sodium O – O air O batteries O were O proposed O with O the O hopes O of O overcoming O the O battery O instability O associated O with O superoxide O in O lithium B-Language – O air O batteries O . O Presentation O and O visual O coherence O is O added O using O CSS B-Language which O is O either O provided O prepackaged O , O or O can O be O customized O . O These O implement O copy-on-write B-Language on O entire O block O devices O by O copying O changed O blocksjust O before O they O are O to O be O overwritten O within O " O parent O " O volumesto O other O storage O , O thus O preserving O a O self-consistent O past O image O of O the O block O device O . O Ralf B-Device Brown I-Device 's I-Device Interrupt I-Device List I-Device ( O aka O RBIL B-Device , O x86 B-Device Interrupt I-Device List I-Device , O MS-DOS B-Device Interrupt I-Device List I-Device or O INTER O ) O is O a O comprehensive O list O of O interrupts B-Application , O calls O , O hooks O , O interfaces B-Application , O data B-General_Concept structures I-General_Concept , O CMOS B-Device settings I-Device , O memory B-Architecture and O port B-Protocol addresses O , O as O well O as O processor B-Language opcodes I-Language and O special B-Device function I-Device registers I-Device for O x86 B-Operating_System machines O from O the O 1981 O IBM B-Device PC I-Device up O to O 2000 O , O most O of O it O still O applying O to O IBM B-Device PC I-Device compatibles O today O . O However O , O Icon B-Language also O includes O the O concept O of O procedures O that O do O not O immediately O return O success O or O failure O , O and O instead O return O new O values O every O time O they O are O called O . O MicroPython B-Language adopts O Python B-Language 's O code O block O style O , O with O code O specific O to O a O particular O function B-Language , O condition O or O loop O being O indented O , O meaning O certain O expressions O will O only O be O evaluated O once O the O condition O expression O is O evaluated O correctly O . O Pharo B-Language is O based O on O general O concepts O of O Smalltalk B-Application but O seeks O to O improve O on O them O so O does O not O limit O itself O to O them O . O When O the O -int O option O is O not O specified O , O NuSMV B-Language runs O as O a O batch B-General_Concept program I-General_Concept , O which O is O with O the O form O as O follows O : O The O Liberty O profile O of O WebSphere B-Language Application I-Language Server I-Language is O included O with O all O the O commercial O editions O of O the O server O , O providing O a O lightweight O profile O of O the O server O for O web O , O mobile O and O OSGi O applications O . O Reactive B-Architecture programming I-Architecture has O principal O similarities O with O the O observer B-Language pattern I-Language commonly O used O in O object-oriented B-Language programming I-Language . O December O 18 O , O 1997 O HTML B-Language 4.0 I-Language was O published O as O a O W3C O Recommendation O . O This O so-called O duck B-Application typing I-Application is O common O in O dynamically O typed O object-oriented B-Language languages I-Language . O The O modified O procedure O is O called O complementary-multiply-with-carry O ( O CMWC O ) O , O and O the O setup O is O the O same O as O that O for O lag-r O MWC O : O multiplier O a O , O base O b O , O and O r O + O 1 O seeds O , O The O modification O is O to O the O generation O of O a O new O pair O ( O x O , O c B-Language ) O . O As O stated O before O , O median-of-medians O is O used O as O a O pivot O selection O strategy O in O the O quickselect B-Algorithm algorithm O , O which O in O pseudocode B-Language looks O as O follows O . O The O following O pseudocode B-Language assumes O that O left O , O right O , O and O the O list O use O one-based O numbering O and O that O select O is O initially O called O with O 1 O as O the O argument O to O left O and O the O length O of O the O list O as O the O argument O to O right O . O Both O videos O are O now O available O , O listed O as O " O GRAW B-Language : O Cross-Com O 1 O " O and O " O GRAW B-Language : O Cross-Com O 2 O " O . O GNUnet B-Language is O a O software B-Architecture framework I-Architecture for O decentralized O , O peer-to-peer O networking B-Architecture and O an O official O GNU B-Application package O . O The O XPLM B-Application Publisher I-Application follows O the O Darwin B-Language Information I-Language Typing I-Language Architecture I-Language ( O DITA O ) O and O the O methods O of O single B-Application source I-Application publishing I-Application . O This O can O eliminate O the O costly O join B-Language operations O . O They O are O accessed O by O extensions O to O Fortran B-Application and O C B-Language . O Full O IEEE O single O - O and O double-precision O floating O point O are O supported O . O As O of O September O 2021 O , O Garry B-Language 's I-Language Mod I-Language has O sold O more O than O 20million O copies O . O The O Java B-Language Persistence I-Language API I-Language was O developed O in O part O to O unify O the O Java B-Language Data I-Language Objects I-Language API B-Application and O the O EJB B-Language 2.0 O Container O Managed O Persistence B-Application ( O CMP O ) O API B-Application . O Python B-Language is O increasingly O the O scripting O language O of O choice O for O the O package O , O and O is O intended O to O substitute O its O original O C O Shell-like O scripting O language O , O HScript O . O ROBOTC O is O an O integrated B-Application development I-Application environment I-Application targeted O towards O students O that O is O used O to O program O and O control O Lego B-Application NXT I-Application , O VEX O , O RCX O , O and O Arduino O robots B-Device using O a O programming O language O based O on O the O C B-Language programming I-Language language I-Language . O For O example O , O if O you O have O the O source O files O and O , O they O can O be O placed O in O a O Single B-Language Compilation I-Language Unit I-Language as O follows O : O Symbian^2 O ( O based O on O MOAP B-Language ) O was O used O by O NTT O DoCoMo O , O one O of O the O members O of O the O Foundation O , O for O the O Japanese O market O . O In O a O similar O fashion O , O SPL B-Language includes O C-like B-Language array O support O in O which O the O index O variable O is O a O number-of-words O offset O from O the O memory O location O set O for O the O initial O variable O . O The O other O mode O of O development O extends O from O the O client-side O functionality O of O the O browser O itself O , O which O is O predominantly O based O on O JavaScript B-Language . O The O compiler B-Language is O licensed O under O the O terms O of O the O GNU B-License GPL I-License 3+ O with O GCC B-Application Runtime O Library O Exception O . O SpatiaLite B-Language is O a O spatial O extension O to O SQLite B-Language , O providing O vector O geodatabase O functionality O . O SproutCore B-Language , O initially O created O in O 2007 O by O Sproutit O as O the O basis O for O their O Mailroom O application O , O is O available O under O the B-License MIT I-License License I-License . O A O Docker B-Language container B-Application is O a O standardized O , O encapsulated O environment O that O runs O applications O . O The O game O is O powered O by O the O Diesel B-Language engine O , O which O was O used O to O power O titles O such O as O Bionic B-Application Commando I-Application Rearmed I-Application and O Wanted B-Language : I-Language Weapons I-Language of I-Language Fate I-Language . O The O MBean B-Language represents O a O resource O running O in O the O Java B-Language virtual I-Language machine I-Language , O such O as O an O application B-Application or O a O Java B-Language EE I-Language technical O service O ( O transactional O monitor O , O JDBC O driver O , O etc O . O ) O . O The O use O of O casting O is O required O in O C++ B-Language due O to O the O strong O type O system O , O whereas O this O is O not O the O case O in O C B-Language . O One O may O " O cast O " O ( O see O type O conversion O ) O this O pointer O to O a O specific O type O : O Another O popular O criticism O is O that O it O allows O duplicate O rows B-Application , O making O integration O with O languages O such O as O Python B-Language , O whose O data O types O might O make O accurately O representing O the O data O difficult O , O in O terms O of O parsing O and O by O the O absence O of O modularity O . O ATX B-Language form O factor O , O Socket B-Device T I-Device ( O LGA775 B-Device ) O , O 945P O chipset O ( O Lakeport O ) O .Probably O Sandusky O , O Ohio.2005Sandy O BridgeCPU O architectureSuccessor O to O the O Nehalem B-Device microarchitecture I-Device . O In O 2011 O it O was O announced O that O a O port O to O Google O 's O V8 B-Language JavaScript I-Language engine I-Language is O in O development O which O , O when O complete O , O will O significantly O improve O performance O . O Assumptions O were O involved O in O the O writing O of O the O filters O : O no O attempts O were O made O to O limit O these O string O replacements O to O anchor B-Language script I-Language sections O and O attributes O , O or O to O respect O word O boundaries O , O in O case O this O would O leave O some O loopholes O open O . O On O older O versions O , O this O setting O could O be O missing O from O the O graphical O settings O user O interface O , O but O can O be O enabled O through O dconf-editor B-Language or O the O gsettings O set O org.nemo.preferences O default-sort-in-reverse-order O true O command O , O and O undone O using O the O same O command O with O false O . O MFM O originated O as O a O modeling B-Language language I-Language for O capturing O how O human O operators O identify O and O handle O unknown O operation O situations O in O order O to O improve O the O design O of O human-machine O interfaces O . O Tesseract B-Language can O detect O whether O text O is O monospaced O or O proportionally O spaced O . O SDDM B-Language is O free B-License and I-License open-source I-License software I-License subject O to O the O terms O of O the O GNU B-License General I-License Public I-License License I-License version O 2 O or O later O . O In O November O 2018 O , O Microsoft O confirmed O it O is O porting O Sysinternals O tools O , O including O ProcDump B-Language and O ProcMon B-Language , O to O Linux B-Operating_System . O Specified O since O the O C99 B-Language version O of O the O standard O . O long B-Language double I-Language Real O floating-point O type O , O usually O mapped O to O an O extended B-Algorithm precision I-Algorithm floating-point O number O format O . O Flavors B-Language , O an O early O object-oriented B-Language extension O to O Lisp B-Language developed O by O Howard O Cannon O at O the O MIT O Artificial O Intelligence O Laboratory O for O the O Lisp B-Operating_System machine I-Operating_System and O its O programming O language O Lisp B-Language Machine I-Language Lisp I-Language , O was O the O first O programming O language O to O include O mixins B-Language . O Unlike O other O implementations O , O in O the O past O Kaffe B-Language used O GNU B-Application Multi-Precision I-Application Library I-Application ( O GMP B-Application ) O to O support O arbitrary O precision O arithmetics O . O HTML5 B-Application is O a O new O HTML B-Language standard O developed O to O add O multimedia O support O to O HTML B-Language . O Google B-Language Web I-Language Toolkit I-Language ( O GWT O ) O , O or O GWT O Web O Toolkit O , O is O an O open-source B-Application set O of O tools B-Application that O allows O web B-Operating_System developers I-Operating_System to O create O and O maintain O JavaScript B-Language front-end B-Architecture applications O in O Java B-Language . O Companies O place O JavaScript B-Language files O on O their O web O servers O which O are O linked O to O from O a O HTML B-Language script O in O the O page O code O . O The O routing O uses O external O services O , O namely O OSRM B-Language , O GraphHopper B-Language and O MapQuest O . O Amazon B-Application uses O OpenStreetMap O for O navigation O and O has O a O team O who O revises O the O map O based O on O feedback O from O drivers O . O Rust B-Application was O created O in O 2006 O and O combines O the O performance O of O low-level B-Language programming I-Language languages I-Language ( O such O as O C B-Language ) O with O a O focus O on O memory B-Application safety I-Application and O a O user-friendly B-General_Concept tool B-Application set I-Application and O syntax B-Application . O Script O groups O generate O their O items O using O any O script O , O either O a O shell B-Language script I-Language or O an O AppleScript B-Application , O that O returns O valid O BibTeX B-Language or O any O other O text O format O that O BibDesk B-Language can O import O . O libvpx B-Language is O used O by O major O OTT O video O services O including O YouTube B-General_Concept , O Netflix O , O Amazon B-Application , O JW O Player O , O Brightcove O , O and O Telestream O , O among O which O are O the O biggest O sources O of O internet O traffic O with O Netflix O alone O accounting O for O nearly O a O third O of O all O internet O traffic O in O the O United O States O as O of O 2017 O . O In O image B-Algorithm processing I-Algorithm , O a O kernel B-Algorithm , O convolution B-Language matrix B-Architecture , O or O mask O is O a O small O matrix B-Architecture used O for O blurring O , O sharpening O , O embossing O , O edge B-Algorithm detection I-Algorithm , O and O more O . O Modifying O an O object O between O two O sequence B-Application points I-Application more O than O once O produces O undefined B-Language behavior I-Language . O It O is O designed O to O allow O for O programs O that O are O extremely O terse O , O have O a O close O relationship O with O the O resulting O object B-Language code I-Language , O and O yet O provide O relatively O high-level O data B-Application abstraction I-Application . O Originally O Kross B-Language was O designed O for O use O in O KOffice B-Language but O eventually O became O the O official O scripting O framework O in O KDE B-Language Software I-Language Compilation I-Language 4 I-Language . O Apple O ended O their O Dylan B-Language development O effort O in O 1995 O , O though O they O made O a O " O technology O release O " O version O available O ( O Apple O Dylan B-Language TR1 O ) O that O included O an O advanced O integrated B-Application development I-Application environment I-Application ( O IDE O ) O . O JOSS B-Language expanded O on O this O concept O by O clearly O defining O the O concept O of O the O " O proposition O " O , O an O expression O that O returns O a O logical O value O , O true O or O false O , O instead O of O a O numeric O one O . O JEF O ( O Japanese-processing O Extended B-Protocol Feature O ) O is O an O EBCDIC B-Language encoding O used O on O Fujitsu O FACOM O mainframes O , O contrasting O with O FMR O ( O a O variant O of O Shift O JIS O ) O used O on O Fujitsu O PCs O . O Specifically O , O lithium B-Language metal O reduces O pseudoephedrine O and O ephedrine O to O methamphetamine O in O the O Birch O reduction O method O , O which O employs O solutions O of O alkali O metals O dissolved O in O anhydrous O ammonia O . O Because O River B-Language Trail I-Language leverages O Intel O 's O OpenCL B-Application SDK O it O can O exploit O multiple O CPU B-Architecture cores I-Architecture as O well O as O data B-Operating_System parallel I-Operating_System instructions O ( O ex O . O It O was O the O first O dialect O of O Lisp B-Language to O choose O lexical O scope O and O the O first O to O require O implementations O to O perform O tail-call B-Language optimization I-Language , O giving O stronger O support O for O functional B-Language programming I-Language and O associated O techniques O such O as O recursive O algorithms O . O GDL B-Language uses O Eigen B-Language ( O C++ B-Language library O ) O numerical O library O ( O similar O to O Intel O MKL O ) O to O offer O high O computing O performance O on O multi-core O processors O . O Testing O or O fuzzing O with O dynamic O undefined B-Language behavior I-Language checks O enabled O , O e.g. O , O the O Clang B-Application sanitizers O , O can O help O to O catch O undefined B-Language behavior I-Language not O diagnosed O by O the O compiler B-Language or O static O analyzers O . O Later O development O of O conjugated O polymers B-Language would O allow O others O to O largely O eliminate O these O problems O . O Reports O are O associated O with O report O files B-Operating_System , O which O are O files B-Operating_System which O may O only O be O written O to O through O report O writer O statements O . O More O formally O , O if O control O passes O through O the O exit O point O of O a O invocation O that O was O called O earlier O but O has O not O yet O completed O , O the O COBOL O 2002 O standard O stipulates O that O the O behavior O is O undefined B-Language . O The O reason O is O that O COBOL O , O rather O than O a O " O return B-Language address I-Language " O , O operates O with O what O may O be O called O a O continuation O address O . O Therefore O , O the O behavior O in O such O cases O is O not O only O ( O perhaps O ) O surprising O , O it O is O also O not O portable B-Architecture . O libguestfs B-Application is O also O an O API B-Application that O can O be O linked O with O C B-Language and O C++ B-Language management O programs O and O has O bindings O for O Perl B-Language , O Python B-Language , O Ruby B-Language , O Java B-Language , O OCaml B-Language , O PHP B-Application , O Haskell B-Language , O Erlang B-Operating_System , O Lua B-Language , O Golang B-Application and O C# B-Application . O BibDesk B-Language can O format O entire O bibliographies O internally O either O via O previews O that O use O BibDesk B-Language 's O export O templates O or O via O previews O of O LaTeX B-Application output O . O It O was O bundled O with O Virtua B-Language Cop I-Language in O Virtua B-Language Cop I-Language : I-Language Elite I-Language Edition I-Language for O PlayStation B-Device 2 I-Device in O 2002 O . O APL B-Language 's O proposed O and O implemented O ideas O and O tools O can O be O found O in O many O programming-related O fields O , O such O as O abstract O data O types O , O object-oriented O programming O , O functional O programming O , O logical O programming O , O databases O and O artificial O intelligence O . O Ragel B-Application also O supports O visualization O of O the O generated O machine O via O graphviz B-Language . O Extensively O using O function B-Language pointers I-Language to O call O functions O may O produce O a O slow-down O for O the O code O on O modern O processors O , O because O a O branch B-General_Concept predictor I-General_Concept may O not O be O able O to O figure O out O where O to O branch O to O ( O it O depends O on O the O value O of O the O function B-Language pointer I-Language at O run O time O ) O although O this B-Application effect O can O be O overstated O as O it O is O often O amply O compensated O for O by O significantly O reduced O non-indexed O table O lookups O . O Several O of O the O packages O , O PSPP B-Language , O R B-Language and O Osiris O do O n't O appear O to O give O any O statements O about O why O they O were O developed O , O other O than O just O general O use O for O statistical O analysis O . O In O Qt B-Language , O is O a O factory B-Language method I-Language declared O in O a O framework O that O can O be O overridden B-Language in O application O code O . O The O following O code O is O an O example O of O the O usage O of O mkstemp B-Language ; O the O local O variable O filename O is O modified O by O mkstemp B-Language and O will O contain O the O path O to O the O new O file O : O Boost.Asio O was O accepted O into O the O Boost B-Language library I-Language on O 30 O December O 2005 O after O a O 20-day O review O . O For O example O , O ncurses B-Language can O be O built O to O match O the O terminfo B-Device data O for O several O other O implementations O . O The O Bash B-Operating_System and O Korn B-Language shells I-Language instead O use O shell O functions O — O see O § O Alternatives O below O . O Shell B-Language scripts I-Language , O which O essentially O provide O the O full O ability O to O create O new O system B-Application commands I-Application . O As O part O of O the O CX O release O , O HP O shipped O IMAGE B-Application , O a O $ O 10,000 O database O system O written O to O the O CODASYL B-Language standards O . O OpenJDK B-Language is O another O notable O Java B-Language SE I-Language implementation O that O is O licensed O under O the O GNU B-License GPL I-License . O Austin B-Language Kyoto I-Language Common I-Language Lisp I-Language ( O AKCL B-Language ) O is O a O collection O of O ports O , O bug O fixes O , O and O performance O improvements O to O KCL O made O by O William O Schelter O . O Tails B-Application 's O pre-installed O desktop O environment O is O GNOME B-Language 3 I-Language . O The O first O compiler-compiler B-Language to O use O that O name O was O written O by O Tony O Brooker O in O 1960 O and O was O used O to O create O compilers B-Language for O the O Atlas B-Device computer I-Device at O the O University O of O Manchester O , O including O the O Atlas B-Device Autocode B-Language compiler B-Language . O Related O to O partial O classes O C# B-Application allows O partial O methods B-Language to O be O specified O within O partial O classes O . O Yacc B-Application was O influenced O by O and O received O its O name O in O reference O to O TMG B-Application compiler-compiler B-Language . O Turbo51 B-Language is O available O as O freeware B-License and O was O created O with O the O goal O to O make O a O Pascal B-Application compiler B-Language for O MCS-51 B-Architecture processors O that O will O be O as O fast O as O Turbo B-Application Pascal I-Application , O will O use O the O same O syntax O and O will O generate O high O quality O optimized B-Application code O . O September O 16 O , O 2013 O Windows O , O Mac B-Application OS I-Application X I-Application , O Linux B-Application Alpha O version O for O Lazarus B-Language 1.2 O November O 3 O , O 2013 O Windows O , O Mac B-Application OS I-Application X I-Application , O Linux B-Application Release O candidate O for O Lazarus B-Language 1.2 O January O 13 O , O 2014 O Windows O , O Mac B-Application OS I-Application X I-Application , O Linux B-Application Release O candidate O for O Lazarus B-Language 1.2 O March O 4 O , O 2014 O Windows O , O Mac B-Application OS I-Application X I-Application , O Linux B-Application Multiple O new O features O , O including O a O macro O recorder O , O support O for O layered O graphs O and O Pascal O Script O . O In O contrast O to O the O traditional O BASIC O or O Visual B-Language Basic I-Language blocks O in O such O books O , O a O Racket B-Operating_System program O consists O of O as O many O lines O as O the O mathematics O . O Clients O traverse O the O object O structure O and O call O a O dispatching O operation O accept O ( O visitor B-Language ) O on O an O element O — O that O " O dispatches O " O ( O delegates O ) O the O request O to O the O " O accepted O visitor B-Language object O " O . O Likewise O , O many O computer O game O systems O use O a O custom O scripting B-Language language I-Language to O express O the O programmed O actions O of O non-player O characters O and O the O game O environment O . O SystemRDL B-Language 1.0 O had O some O limitations O and O is O now O superseded O by O SystemRDL B-Language 2.0 O which O has O support O for O verification O based O properties O like O constraints O , O coverage O , O and O HDL O paths O . O PL/I B-Language implementations O were O developed O for O mainframes B-Architecture from O the O late O 1960s O , O mini O computers O in O the O 1970s O , O and O personal O computers O in O the O 1980s O and O 1990s O . O In O reviewing O Guvcview B-Language in O February O 2011 O , O Jack O Wallen O wrote O in O Ghacks O , O " O Recently O I O have O had O to O do O some O video O tutorials O . O Foxit B-Language PhantomPDF O , O a O multi-feature O PDF B-Application editor O , O was O released O in O 2008 O . O All O the O statements O in O Java B-Language must O reside O within O methods O . O JEP B-Language 238 O : O Multi-Release O JAR B-Language Files I-Language : O Extend O the O JAR B-Language file I-Language format I-Language to O allow O multiple O , O Java-release-specific O versions O of O class O files O to O coexist O in O a O single O archive O . O Uses O own O SPICE-incompatible O simulator O Qucsator O for O analog O . O Qucs-S O n/a O 2023 O Windows B-Application , O macOS B-Application , O Linux B-Application VHDL B-Language , O Verilog B-Language Qucs B-Language SPICE-compatible O fork O using O Ngspice B-Algorithm , O XYCE O , O SpiceOpus O , O or O Qucsator O for O analog O . O In O Java B-Language and O C# O , O the O derived O implementation B-Application is O called O , O but O some O fields O are O not O yet O initialized O by O the O derived O constructor O ( O although O they O are O initialized O to O their O default O zero O values O ) O . O An O alternative O and O incompatible O DHT B-Protocol system O , O known O as O Mainline B-Protocol DHT I-Protocol , O was O developed O simultaneously O and O later O adopted O by O the O BitTorrent B-Protocol ( O Mainline O ) O , O μTorrent B-Application , O Transmission B-Language , O rTorrent O , O KTorrent O , O BitComet B-Protocol , O and O Deluge O clients O . O In O static O program O analysis O , O Soot B-Language is O a O bytecode O manipulation O and O optimization O framework O consisting O of O intermediate B-Application languages I-Application for O Java B-Language . O Since O ALGOL B-Language 60 I-Language had O no O I/O B-General_Concept facilities O , O there O is O no O portable O hello O world O program O in O ALGOL B-Language . O These O addresses O may O be O determined O using O other O protocols O , O such O as O the O Session B-Language Description I-Language Protocol I-Language ( O SDP O ) O [ O RFC O 4566 ] O or O the O Session B-Protocol Announcement I-Protocol Protocol I-Protocol ( O SAP O ) O [ O RFC O 2974 ] O . O Lua B-Language scripting I-Language mpv B-Language 's O behavior O and O functions O are O customizable O via O use O of O small O programs O written O in O the O Lua B-Language scripting I-Language language I-Language , O which O can O be O used O for O tasks O like O cropping O video O , O providing O a O graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O or O automatically O adjusting O the O display O 's O refresh O rate O . O After O the O lecture O , O these O sources O are O bundled O with O metadata O and O proceeded O into O the O REPLAY B-Language backend O . O The O space O between O the O conductive O Earth O 's O surface O and O the O conductive O D O layer O acts O as O a O parallel-plate O waveguide O which O confines O ELF B-Language waves I-Language , O allowing O them O to O propagate O long O distances O without O escaping O into O space O . O can O specify O a O higher B-Language order I-Language function I-Language with O two O inputs O and O an O output O result O . O A O hybrid O of O an O interpreter B-Application and O a O compiler B-Language will O compile B-Language the O statement O into O machine B-Language code I-Language and O execute O that O ; O the O machine B-Language code I-Language is O then O discarded O , O to O be O interpreted B-Application anew O if O the O line O is O executed O again O . O P4 B-Language is O designed O to O be O protocol-independent O : O the O language O has O no O native O support O for O even O common O protocols O such O as O IP O , O Ethernet O , O TCP O , O VxLAN B-Protocol , O or O MPLS B-Protocol . O In O October O 2001 O Wonka B-Language was O released O as O open B-Application source I-Application software I-Application under O a O " O revised O " O BSD B-Operating_System license I-Operating_System . O The O medical O records O application O was O programmed O using O a O BASIC B-Language interpreter B-Application . O BBC B-Language BASIC I-Language is O the O programming O language O used O in O the O Agon O Light O , O an O open-sourced O 8-bit O Z80-based O single B-Device board I-Device computer I-Device and O microcontroller B-Device designed O by O Bernardo O Kastrup O and O released O in O 2022 O . O In O a O 1983 O review O of O five O C B-Language compilers B-Language for O the O IBM B-Device PC I-Device , O BYTE B-Application chose O Lattice B-Device C I-Device as O the O best O in O the O " O superior O quality O , O but O expensive O and O unsuited O to O the O beginner O " O category O . O Since O version O 27 O a O web O report O designer O for O ASP.NET B-Language MVC I-Language is O available O . O Jessie O relies O on O the O Why O or O Why3 O back-end O to O enable O proof O obligations O to O be O sent O to O automatic B-Application theorem I-Application provers I-Application like O Z3 O , O Simplify O , O Alt-Ergo B-Language or O interactive O theorem O provers O like O Coq B-Application or O Why O . O DocBook B-Protocol originally O started O out O as O an O SGML B-Language application O , O but O an O equivalent O XML B-Protocol application O was O developed O and O has O now O replaced O the O SGML B-Language one O for O most O uses O . O The O name O Wordfast B-Language is O used O for O any O number O of O translation B-General_Concept memory I-General_Concept products O developed O by O Wordfast B-Language LLC O . O Another O alternative O is O Ascii85 O , O which O encodes O four O binary O characters O in O five O ASCII B-Protocol characters I-Protocol . O Ascii85 O is O used O in O PostScript B-Language and O PDF B-Application formats I-Application . O The O name O is O a O tribute O to O George O Orwell B-Language 's O novel O Nineteen O Eighty-Four O , O the O year O in O which O the O programming O language O was O released O . O The O C++ B-Language OML O syntax O and O semantics O are O those O of O standard O C++ B-Language in O the O context O of O the O standard O class O library O . O GEGL B-Language is O modelled O after O a O directed O acyclic O graph O , O where O each O node O represents O an O image O operation O ( O called O " O operators O " O or O " O ops O " O ) O , O and O each O edge O represents O an O image O . O Random O Number O Generator O : O RDRAND B-Language , O RDSEED B-Language added O in O 2.13 O . O The O Python B-Language code I-Language can O be O compiled B-Language into O the O bytecode O either O directly O on O a O microcontroller B-Architecture or O it O can O be O precompiled O elsewhere O . O AviSynth B-Application 3.0 O was O to O be O available O for O other O operating O systems O than O Windows B-Application , O instead O relying O on O GStreamer B-Language , O extending O support O to O platforms O such O as O Linux B-Application , O Mac B-Operating_System OS I-Operating_System X I-Operating_System and O BSD B-Operating_System . O The O modularization O of O Java B-Language SE I-Language implementations O allows O developers O to O bundle O their O applications O together O with O all O the O modules B-Language used O by O them O , O instead O of O solely O relying O on O the O presence O of O a O suitable O Java B-Language SE I-Language implementation O in O the O user O device O . O Plots O and O graphics O are O generated O using O NumPy B-Application and O matplotlib B-Language . O Another O change O was O spoofing O the O user O agent O string O , O which O claims O to O be O Chrome B-Application and O Safari B-Application , O while O also O mentioning O KHTML B-Language and O Gecko B-Language , O so O that O web O servers O that O use O user O agent O sniffing O send O Edge O users O the O full O versions O of O web O pages O instead O of O reduced-functionality O pages O . O GNU O APL B-Language has O rather O limited O support O for O dfns O . O For O example O , O the O size O and O mounting O of O the O motherboard B-Device are O standardized O into O ATX B-Language , O microATX B-Device , O BTX B-Device or O other O form O factors O . O ) O , O Google B-Application 's I-Application Bionic B-Application or O Toybox B-Language . O the O BSD B-Operating_System 3-clause O license O ranked O in O popularity O number O five O according O to O Black O Duck O Software O and O sixth O according O to O GitHub B-Application data O . O The O original O amaroK B-Language was O created O based O upon O the O idea O of O a O two-pane O interface O seen O in O Midnight B-Protocol Commander I-Protocol , O and O the O first O version O of O the O software O released O solely O by O Kretschmann O , O was O based O upon O the O ideal O of O allowing O users O to O drag-and-drop O music O into O an O interface O in O which O the O playlist O was O displayed O on O the O right O and O information O on O the O left O . O This O menu O can O open O it O by O clicking O on O ASuite B-Language icon O in O System O tray O . O ( O ML B-Language type O : O ) O ( O C-like O type O : O ) O . O Most O websites O run O on O Linux-based B-Application operating I-Application systems I-Application , O and O all O of O the O world B-Operating_System 's I-Operating_System 500 I-Operating_System most I-Operating_System powerful I-Operating_System supercomputers I-Operating_System use O some O kind O of O OS O based O on O Linux B-Application . O Linux B-Application distributions I-Application bundle O the O kernel B-Operating_System with O system B-Application software I-Application ( O e.g. O , O the O GNU B-Language C I-Language Library I-Language , O systemd B-Application , O and O others O Unix B-Application utilities B-Application and O daemons B-Operating_System ) O and O a O wide O selection O of O application B-Application software I-Application , O but O their O usage O share O in O desktops O is O low O in O comparison O to O other O operating O systems O . O Android B-Application , O which O accounts O for O the O majority O of O the O installed O base O of O all O operating O systems O for O mobile B-Application devices I-Application , O is O responsible O for O the O rising O usage O of O the O Linux B-Operating_System kernel I-Operating_System , O together O with O its O wide O use O in O a O large O variety O of O embedded B-Application devices I-Application . O Airline O 69 O : O Return O to O Casablanca O 2003 O Redfire O Software O Redfire O Software O Win O All O Star O Strip O Poker O 2006 O City O Interactive O Digital O Red O Publishing O Win O All O Star O Strip O Poker O : O Girls O at O Work O 2006 O City O Interactive O Digital O Red O Publishing O Win O Alpha O Girls O 2006 O Infospace O Java B-Language ME I-Language American O Poker O 1993 O Wookiesoft O Mirage O Software O Amiga B-Device American O Sweethearts O 1995 O CPV O Productions O Spice O Interactive O Mac O , O Win O Amy O 's O Fantasies O 1995 O C O 's O Ware O C O 's O Ware O FM B-Device Towns I-Device , O PC-98 B-Operating_System , O Win O Animated O Strip O Poker O 1985 O KnightSoft O C64 O , O CPC O , O Spectrum O Archi O Barrel O Delo O " O Otel O ' O Imperial O " O 2000 O Руссобит-М O Руссобит-М O Win O Babe O Arcade O 2002 O Spanksoft O Win O Bachelor B-Application Party I-Application 1982 O American O Multiple O Industries O American O Multiple O Industries O Atari B-General_Concept 2600 I-General_Concept A O reskinned O version O of O the O game O titled O Bachelorette B-Application Party I-Application was O also O released O . O The O Bridge O design O pattern O is O one O of O the O twenty-three O well-known O GoF O design O patterns O that O describe O how O to O solve O recurring O design O problems O to O design O flexible O and O reusable O object-oriented B-Language software O , O that O is O , O objects O that O are O easier O to O implement O , O change O , O test O , O and O reuse O . O Then O , O by O means O of O another O utility O such O as O PurgeCSS O , O all O the O files O are O traversed O , O and O the O classes O that O are O not O being O used O are O removed O from O the O resulting O CSS B-Language file O . O Independent O modules B-Device provide O separate O functionality O in O any O or O all O of O the O platform O components O . O Ignition O SCADA O modules B-Device provide O features O such O as O : O Real-Time O Status O Control O , O Alarming O , O Reporting O , O Data O Acquisition O , O Scripting B-Language , O Scheduling O , O MES B-Application , O and O Mobile O support O . O Oracle B-General_Concept recognized O the O impact O of O Ignition O as O a O significant O Java-based O product O in O Industrial O Automation O . O As O of O today O there O are O many O KDE B-Language projects I-Language that O are O either O stand-alone O or O grouped O into O larger O sub-projects O : O Users O access O it O through O a O web O browser O , O but O it O runs O in O the O R B-Language programming I-Language language I-Language on O the O server O . O In O March O 2005 O , O Camino B-Language 's O Web O site O was O moved O from O the B-Operating_System Mozilla I-Operating_System Foundation I-Operating_System 's O domain O mozilla.org B-Operating_System to O the O Camino B-Language Project O 's O domain O caminobrowser.org O . O Format O analysis O is O also O referred O to O as O structure O analysis O , O format O parsing B-Language , O tag O stripping O , O format O stripping O , O text O normalization O , O text O cleaning O and O text O preparation O . O The O software O is O written O in O Python B-Language 2.7 O and O binaries O are O available O for O Windows O and O Mac O OS O X O . O Doctest B-Application makes O innovative O use O of O the O following O Python B-Language capabilities O : O The O query O time O , O as O well O as O the O required O storage B-Language space I-Language , O has O a O sublinear O complexity O with O respect O to O the O size O of O the O input O data O . O Note O that O the O insert O operation O above O is O tail-recursive B-Language , O so O it O can O be O rewritten O as O a O while O loop O . O Colony O gathers O inspiration O from O other O modularity B-Architecture solutions O such O as O OSGi B-Application for O the O Java B-Language programming I-Language language I-Language and O Managed O Extensibility O Framework B-Architecture ( O MEF O ) O for O the O .NET B-Application Framework I-Application . O Scientific B-Application programming I-Application languages I-Application in O the O stronger O sense O include O ALGOL B-Language , O APL B-Language , O Fortran B-Application , O J B-Language , O Julia B-Application , O Maple B-Language , O MATLAB B-Language and O R B-Language . O Microsoft O said O that O it O has O no O plan O to O remove O VBA B-Language from O the O Windows O version O of O Office O . O In O 2019 O , O the B-Language 30th O Rexx B-Language Language O Association O Symposium O marked O the B-Language 40th O anniversary O of O Rexx B-Language . O As O well O as O C B-Language and O Simula B-Language 's O influences O , O other O languages O also O influenced O this O new O language O , O including O ALGOL B-Language 68 I-Language , O Ada B-Language , O CLU B-Language and O ML B-Language . O Released O under O the O GNU B-License General I-License Public I-License License I-License , O KMyMoney B-Language is O free B-Application software I-Application . O Examples O include O macOS B-Application ( O based O on O the O proprietary B-Application NeXTSTEP B-Application and O the O open O source O FreeBSD B-Operating_System ) O , O Cedega B-General_Concept and O CrossOver B-Operating_System ( O proprietary B-Application forks B-Language of O Wine B-Application , O though O CrossOver B-Operating_System tracks O Wine B-Application and O contributes O considerably O ) O , O EnterpriseDB O ( O a O fork B-Language of O PostgreSQL B-Application , O adding O Oracle O compatibility O features O ) O , O Supported O PostgreSQL B-Application with O their O proprietary B-Application ESM O storage O system O , O and O Netezza O 's O proprietary B-Application highly O scalable O derivative O of O PostgreSQL B-Application . O A O Curvature O Pen O tool O , O similar O to O the O one O in O Illustrator B-Language , O was O added O , O allowing O for O faster O creation O of O Bézier O paths O . O This O synonym O is O used O in O PostgreSQL B-Application ( O v9.5 O + O ) O and O SQLite B-Language ( O v3.24 O + O ) O . O This O freedom O allows O using O CEGUI B-Language in O any O kind O of O resource O management O system O or O operating O environment O . O Citrine B-Language is O designed O to O be O translatable O to O every O written O human O language O . O Some O languages O ( O such O as O COBOL B-Application and O PL/I B-Language ) O directly O support O fixed-point O zoned O decimal B-Application values O , O assigning O an O implicit O decimal B-Application point O at O some O location O between O the O decimal B-Application digits O of O a O number O . O For O example O , O given O a O six-byte O signed O zoned O decimal B-Application value O with O an O implied O decimal B-Application point O to O the O right O of O the O fourth O digit O , O the O hex O bytes B-Application F1 O F2 O F7 O F9 O F5 O C0 O represent O the O value O + O 1,279 O .50 O : O ConnectedPDF O is O included O in O the O latest O releases O of O Foxit B-Language PhantomPDF O ( O version O ≥8 O ) O , O Foxit B-Language Reader I-Language ( O version O ≥8 O ) O and O Foxit B-Language MobilePDF O ( O version O ≥5 O ) O . O There O is O a O forum O for O questions O about O Xcas B-Language . O Baan O software O is O famous O for O its O Dynamic O Enterprise O Modeler O ( O DEM O ) O , O technical O architecture O , O and O its O 4GL B-Language language O . O The O Airplane B-Device Information I-Device Management I-Device System I-Device software O would O become O arguably O the O best-known O of O any O Ada B-Language project O , O civilian O or O military O . O Lego B-Language Logo I-Language is O a O version O of O Logo O that O can O manipulate O robotic O Lego B-Language bricks O attached O to O a O computer O . O New O Web O Designer O JavaScript B-Language component O . O Rust B-Application has O added O syntax O to O manage O lifetimes O , O which O are O checked O at O compile B-Language time O by O the O borrow O checker O . O Tokens O such O as O identifiers O and O numbers O are O individually O marked O up O , O much O as O for O Presentation O MathML B-Language , O but O with O elements O such O as O and O . O It O supports O the O use O of O multiple O R B-Language consoles O in O which O R B-Language code I-Language can O be O executed O . O String O concatenation O operations O , O which O are O common O in O SQL B-Language , O also O result O in O Null B-Language when O one O of O the O operands O is O Null B-Language . O Its O first O release O was O together O with O K B-Application Desktop I-Application Environment I-Application 3.2 O in O February O 2004 O , O and O development O of O KDevelop B-Language 3.x O continued O until O 2008 O . O In O 1983 O while O doing O background O research O on O EASYTRIEVE O , O a O 4th B-Language generation I-Language language I-Language they O had O acquired O , O Pansophic O became O impressed O with O the O enthusiasm O of O TELON B-Application customers O . O The O user O 's O data O is O stored O in O an O SQL B-Language database I-Language on O the O backend O server O ( O on O Enterprise O Edition O ) O or O on O the O Home O Server O ( O on O Standard O Edition O ) O . O The O PROIV-supplied O " O GUI B-Application client O " O , O which O renders O the O rich-client O UI O for O applications O written O in O PROIV B-Language , O is O based O around O ActiveX B-Application technology O and O works O only O on O Windows O client O platforms O . O The O number O of O unique O characters O that O can O be O transmitted O is O therefore O limited O to O 59 O for O Transcode B-Device , O 123 O for O USASCII B-Protocol , O or O 251 O for O EBCDIC B-Language . O Quassel B-Language provides O a O specific O version O for O this O kind O of O use O . O It O can O be O used O as O an O alternative O to O JAX-RPC B-Language or O JAX-WS B-Language . O It O can O be O programmed O using O a O language O called O TI-BASIC B-Language , O which O is O similar O to O the O BASIC O computer O language O . O In O response O to O this O pressure O , O browser B-Application makers O unilaterally O added O new O proprietary O features O to O HTML B-Language that O fell O outside O the O standards O at O the O time O . O Some O programming O languages O almost O always O use O curried B-Application functions I-Application to O achieve O multiple O arguments O ; O notable O examples O are O ML B-Language and O Haskell B-Language , O where O in O both O cases O all O functions O have O exactly O one O argument O . O It O has O interfaces O to O several O libraries O , O including O GSL B-Application for O data B-General_Concept analysis I-General_Concept , O the O Qwt3d O libraries O for O 3D O plotting B-Application using O OpenGL B-Application , O FFTW B-Application for O fast O Fourier O transforms O and O supports O exporting O to O 80 O image O formats O and O raw O PostScript B-Language . O Many O integrated B-Application development I-Application environments I-Application ( O IDEs O ) O support O some O form O of O automatic O source-code O generation O , O often O using O algorithms O in O common O with O compiler B-Language code O generators O , O although O commonly O less O complicated O . O Ion O transport O is O impacted O by O concentration O of O the O counterion O and O the O ability O of O polymer B-Language chains O to O remain O mobile O . O Current O versions O support O SSL B-Protocol and O many O HTML B-Language features O . O Unlike O most O web O browsers O , O Lynx O does O not O support O JavaScript B-Language , O which O many O websites O require O to O work O correctly O . O This O Mirai B-Language version O is O called O " O Satori O " O . O Aspose.Words B-Language allows O users O to O represent O a O document O that O is O paginated O or O has O the O concept O of O pages O . O However O , O at O its O core O , O every O Swing B-Language component O relies O on O an O AWT B-Language container O , O since O ( O Swing B-Language 's O ) O extends O ( O AWT B-Language 's O ) O Container O . O After O zsKnight B-Language 's O departure O for O personal O reasons O in O July O of O 2001 O , O the O project O made O a O release O in O homage O to O him O and O his O family O , O version O 1.337 O , O from O September O 30 O , O 2001 O . O The O few O branches O mostly O relate O to O the O different O semantics O of O the O CodeWarrior B-Operating_System debugger O engine O , O compared O to O GDB B-Language which O is O what O Eclipse B-Application previously O supported O . O Many O of O the O Shared B-Language Variable I-Language Processors O available O for O IBM O products O were O also O written O for O Sharp O APL B-Language , O notably O TSIO O ( O called O PJAM O ) O , O AP124 O , O AP126 O , O and O AP127 O . O Although O most O of O the O software O in O MeeGo B-Operating_System 's O Jolla B-Operating_System interface O use O the O Qt B-Language widget B-Library toolkit I-Library , O it O also O supports O GTK+ B-Application . O B32 B-Language Business I-Language Basic I-Language was O a O competitor O to O Data B-Language General I-Language Business I-Language Basic I-Language written O by O Murray O Haszard O in O 1986 O . O In O addition O to O operating B-General_Concept systems I-General_Concept , O the O PDP-15 B-Device had O compilers O for O Fortran B-Application and O ALGOL B-Language . O It O builds O on O the O framework O developed O for O BEA O Systems O Weblogic B-Language Workshop O for O its O 8.1 O series O . O Irristat O is O used O in O an O agricultural O report O , O EasyReg O is O listed O or O used O in O several O papers O , O EpiInfo O was O also O used O in O several O papers O , O R B-Language was O used O in O a O number O of O papers O and O WinIdams O was O used O in O other O papers O . O In O particular O , O most O clients B-Protocol use O libraries O such O as O Xaw B-Library , O Motif B-Application , O GTK+ B-Application , O or O Qt B-Language which O in O turn O use O Xlib B-Language for O interacting O with O the O server B-Application . O Encog B-Language is O a O machine O learning O framework O available O for O Java B-Language and O .Net B-Application . O In O addition O , O some O pigs B-Language wear O hats O or O armor O , O making O them O even O more O resistant O to O damage O . O The O Aladdin B-License Free I-License Public I-License License I-License , O abbreviated O AFPL B-License , O is O a O license O written O by O L O . O Peter O Deutsch O for O his O Ghostscript B-Language PostScript B-Language language I-Language interpreter O . O Cakewalk B-Application was O a O predecessor O of O SONAR B-Device which O had O nearly O all O of O the O same O features O , O including O support O for O CAL O , O and O was O the O only O major O DAW O on O the O market O supporting O a O scripting B-Language language I-Language . O Python B-Language , O whose O usual O string B-Language literals I-Language do O not O allow O literal O newlines O , O instead O has O a O special O form O of O string O , O designed O for O multiline O literals O , O called O triple O quoting B-Language . O Although O new O software O products O are O rarely O built O with O PowerBuilder B-Language , O many O client-server O ERP O products O and O line-of-business O applications O built O in O the O late O 1980s O to O early O 2000s O with O PowerBuilder B-Language still O provide O core O database O functions O for O large O enterprises O in O government O , O higher O education O , O manufacturing O , O insurance O , O banking O , O energy O , O and O telecommunications O . O Javadoc B-Language is O a O comprehensive O documentation O system O , O created O by O Sun O Microsystems O . O Such O dangers O include O : O bear O traps O , O barbed O wire O traps O , O bombs O , O and O spike O traps O ; O ' O The O Haunted O ' O , O the O game O 's O most O common O enemy O ; O ' O Reborn O Laura O ' O , O a O multi O limbed O , O long O haired O , O crawling O creature O ; O Ruvik O , O the O game O 's O main O antagonist O ; O ' O The O Keeper O ' O , O a O large O humanoid O with O a O safe O as O a O head O who O wields O a O large O meat O tenderizer O hammer O ; O and O ' O Sadist O ' O , O a O large O humanoid O wearing O a O spiked O metal O mask O on O his O face O , O wielding O a O chainsaw B-Language covered O in O blood O . O These O files O also O offer O more O zoom O levels O , O and O more O options O like O search O , O landscape O mode O , O and O text O to O speech O than O with O PDF B-Application , O DOC B-Operating_System , O HTML B-Language , O or O TXT B-General_Concept . O eAccelerator B-Language is O a O fork O of O Turck B-Protocol MMCache I-Protocol . O which O is O the O circular O convolution B-Language of O and O . O PPD B-Language is O a O popular O packaging O format O for O drivers O that O accept O Postscript B-Language data O or O PDF B-Application data O as O input O . O Its O most O direct O predecessor O is O DSSSL B-Language , O which O did O for O SGML B-Language what O XSLT B-Application does O for O XML B-Protocol . O Panda3D B-Language is O a O scene B-Data_Structure graph I-Data_Structure engine O . O For O example O , O the O Pact O can O increase O the O attack O power O , O health O or O the O number O of O enemies O on O the O run O ; O it O can O even O drastically O change O part O of O the O gameplay O by O changing O the O boss O fights O , O like O allowing O Theseus O to O use O a O machine-gun-mounted O chariot O or O adding O an O extra O phase O in O Hades B-Language ' O boss O fight O . O If O the O parser B-Language builds O complete O parse O trees O , O then O the O three O trees O for O inner O Products O , O * O , O and O Value O are O combined O by O a O new O tree O root O for O the O larger O Products O . O This O ensures O that O all O class O objects O are O ultimately O instances O of O the O root O class O , O so O that O you O can O use O the O instance B-Language methods I-Language of O the O root O class O , O usually O useful O utility O methods B-Language for O objects O , O on O class O objects O themselves O . O Previous O versions O required O a O special O LLVM B-Application fork O , O but O now O mono B-Application can O fall O back O to O its O own O code O generator O when O it O encounters O something O not O handled O by O LLVM B-Application . O As O of O Mono B-Application 2.8 O , O the O Mono B-Application runtime I-Application ships O with O two O garbage B-General_Concept collectors I-General_Concept : O a O generational O collector O and O the O Boehm-Demers-Weiser B-Language Conservative I-Language Garbage I-Language Collector I-Language . O The O update O added O classes O for B-Language working O with O Microsoft O 's O Kinect B-Algorithm motion O sensors O , O increased O the O number O of O languages O supported O by O the O included O Dictionary O object O , O and O fixed O a O number O of O bugs O . O Thus O , O unistd.h B-Language is O only O a O generically O defined O adaptive O layer O that O might O be O based O upon O already O existing O system O and O compiler B-Language specific O definitions O . O It O is O the O successor O of O A# B-Language as O the O extension O language O of O the O Axiom B-Language computer I-Language algebra I-Language system I-Language . O Some O well-known O examples O of O the O code B-Protocol on I-Protocol demand I-Protocol paradigm O on O the O web O are O Java B-Application applets I-Application , O Adobe O 's O ActionScript B-Operating_System language O for O the O Flash B-Operating_System Player I-Operating_System , O and O JavaScript B-Language . O There O is O no O trial O version O of O any O Clarion B-Language edition O , O as O of O 2023 O . O B B-Language is O a O programming O language O developed O at O Bell O Labs O circa O 1969 O by O Ken O Thompson O and O Dennis O Ritchie O . O PACO O – O ( O scope O ) O PArallel B-Language COmpiler I-Language . O While O dpkg B-Language performs O actions O on O individual O packages O , O APT B-Application manages O relations O ( O especially O dependencies O ) O between O them O , O as O well O as O sourcing O and O management O of O higher-level O versioning O decisions O ( O release O tracking O and O version O pinning O ) O . O A O lasso B-Language can O be O used O to O temporarily O stun O enemies O . O Presentational O elements O were O not O formally O deprecated B-General_Concept in O HTML B-Language 4.01 I-Language and O XHTML O recommendations O , O but O were O recommended O against O . O The O " O Nokia O Shorts O 2011 O " O competition O involved O 8 O Short O films O shot O on O a O Nokia B-Language N8 I-Language . O The O programming O language O Ruby B-Language is O still O implemented O , O and O the O game O 's O default O programming O has O been O overhauled O to O allow O more O freedom O to O those O scripting O in O new O features O . O program O demonstrates O the O mechanics O of O the O system B-Operating_System call I-Operating_System in O the O C B-Language programming I-Language language I-Language . O While O the O semantics B-Application of O LOLCODE B-Language is O not O unusual O , O its O syntax O has O been O described O as O a O linguistic O phenomenon O , O representing O an O unusual O example O of O informal O speech O and O internet O slang O in O programming O . O Malbolge B-Language ( O named O after O the O 8th O circle O of O Hell O ) O was O designed O to O be O the O most O difficult O and O esoteric O programming O language O . O The O developers O responsible O for O Jack O created O their O own O company O called O Metamata O and O changed O the O Jack O name O to O JavaCC B-Language . O OpenMath B-Language provides O a O very O basic O XML B-Protocol encoding O that O meets O these O requirements O , O and O a O set O of O specific O content O dictionaries O for O some O areas O of O mathematics O , O in O particular O covering O the O K-14 O fragment O covered O by O content O MathML B-Language . O The O large O number O of O packages O available O for O R B-Language , O and O the O ease O of O installing O and O using O them O , O has O been O cited O as O a O major O factor O driving O the O widespread O adoption O of O the O language O in O data O science O . O In O September O 2009 O , O OpenResty B-Language was O redeveloped O at O Taobao O as O ngx_openresty O , O a O Lua B-Language application B-Application server I-Application based O upon O an O extended O repackaging O of O nginx B-Operating_System and O LuaJIT B-Application with O plug-in B-Application server O extension O modules B-Architecture written O in O C B-Language . O The O fragmentary O text O W O of O the O rongorongo B-Language corpus O , O also O known O as O Honolulu O tablet O 4 O or O Honolulu O 445 O , O is O one O of O two O dozen O surviving O rongorongo B-Language texts O . O The O attenuation O of O ELF B-Language waves I-Language is O so O low O that O they O can O travel O completely O around O the O Earth O several O times O before O decaying O to O negligible O amplitude O , O and O thus O waves O radiated O from O a O source O in O opposite O directions O circumnavigating O the O Earth O on O a O great O circle O path O interfere O with O each O other O . O Semantic B-General_Concept HTML I-General_Concept is O a O way O of O writing O HTML B-Language that O emphasizes O the O meaning O of O the O encoded O information O over O its O presentation O ( O look O ) O . O Altair B-Language BASIC I-Language and O later O Microsoft B-Language BASICs I-Language used O the O sign O of O the O parameter O : O For O RND(X ) O , O " O X O < O 0 O starts O a O new O sequence O of O random O numbers O using O X O . O Page O IV-10 O of O The O TUTOR B-Language Language O by O Sherwood O , O 1974 O gives O the O following O example O : O In O the O instruction O booklet O for O various O Lego B-Language Harry O Potter O 2011 O sets O , O a O page O shows O an O ad O for O the O game O with O Harry O and O Voldemort O having O a O climactic O duel O ( O Harry O casting O Expelliarmus O and O Voldemort O shouting O Avada O Kedavra O , O a O scene O from O the O final B-Application book/movie I-Application ) O . O Virtual B-Language Machine I-Language Manager I-Language allows O users O to O : O MINA B-Language : O Multipurpose O Infrastructure O for O Network O Application O , O a O framework O to O develop O high O performance O and O high O scalability O network O applications O . O CEGUI B-Language can O be O built O with O no O dependencies O to O outside O libraries O . O The O activation O of O specific O electrical O inputs O ( O e.g. O , O CPU O package O pins O for O microprocessors O ) O , O and O logical O settings O for O CPU O state O values O , O control O the O processor O 's O computation O . O Individual O machine B-Language languages I-Language are O specific O to O a O family O of O processors O ; O machine-language O code O for O one O family O of O processors O cannot O run O directly O on O processors O in O another O family O unless O the O processors O in O question O have O additional O hardware O to O support O it O ( O for O example O , O DEC B-Device VAX I-Device processors O included O a O PDP-11 B-Device compatibility O mode O ) O . O The O symbolic O version O , O the O processor O 's O assembly B-Language language I-Language , O is O also O defined O by O the O developer O , O in O most O cases O . O Opera B-Application 78 O was O released O on O August O 3 O , O 2021 O , O based O on O Chromium B-Language 92 O . O JAXP B-Language was O developed O under O the O Java B-Language Community I-Language Process I-Language as O JSR B-Language 5 I-Language ( O JAXP B-Language 1.0 O ) O , O JSR B-Language 63 I-Language ( O JAXP B-Language 1.1 O and O 1.2 O ) O , O and O JSR B-Language 206 I-Language ( O JAXP B-Language 1.3 O ) O . O It O includes O Bayesian B-Application anti-spam I-Application classification I-Application , O and O interfaces O natively O with O Spamassassin B-Language . O Using O the O FEATool-FEniCS O interface O , O as O both O codes O feature O PDE O definition O languages O , O multiphysics B-Algorithm problems O can O automatically O be O translated O and O converted O to O FEniCS B-Language Python B-Language definition O files O , O after O which O system O calls O to O the O FEniCS B-Language solver B-Application is O made O , O and O the O resulting O solution B-Application re-imported O . O A O large O number O of O experimental O installations O have O shown O that O OpenBTS B-Language can O run O on O extremely O low O overhead O platforms O . O Python B-Language 's I-Language standard B-Library library I-Library includes O collections.Counter O , O which O is O similar O to O a O multiset B-Language . O Besides O Hancock B-Language , O other O data B-General_Concept stream I-General_Concept systems O in O existence O by O 2003 O included O Aurora O , O Gigascope O , O Niagara O , O STREAM O , O Tangram O , O Tapestry O , O Telegraph O , O and O Tribeca O . O It O is O also O possible O to O extract O data O from O Osteoware B-Application because O it O operates O with O a O ' O relational O database O , O ' O SQL B-Language . O The O following O tables O compare O general O and O technical O information O between O a O number O of O notable O IRC O client B-Protocol programs I-Protocol which O have O been O discussed O in O independent O , O reliable O prior O published O sources O . O Client B-Protocol Primary B-Application developers I-Application Distribution O model O Software B-License license I-License User B-Application interface I-Application Programming O language O AdiIRC O Per O AmundsenFreeware O GUI B-Application .NET O Framework/C O # O Adium B-Protocol Thijs O Alkemade O Free B-Application software I-Application GUI B-Application Objective-C B-Language and O C B-Language AmbassadorAmbassador O release O statement O Isengrim O Free B-Application software I-Application GUI B-Application JavaScript B-Language , O XUL B-Application AmIRC B-Protocol Oliver O Wagner O , O Nicolas O Sallin O , O Costel O Mincea O Free B-Application software I-Application GUI B-Application ? O AndroIRC O MadalynnFreeware O GUI B-Application ? O BersircBersirc O IRC O Client B-Protocol - O about O Bersirc B-Protocol Jamie O Frater O , O Nicholas O Copeland O Free B-Application software I-Application GUIC O ( O Delphi B-Language originally O ) O BitchX B-Protocol Colten O Edwards O Free B-Application software I-Application TUI B-Application , O GUI B-Application C B-Language ChatZilla B-Operating_System James O Ross O , O Robert O Ginda O , O Samuel O Sieb O , O Gijs O Kruitbosch O Free B-Application software I-Application GUI B-Application JavaScript B-Language , O XUL B-Application Colloquy B-Language Timothy O Hatcher O , O Kiji O Roshi O Free B-Application software I-Application GUI B-Application Objective-C B-Language ERC B-Operating_System Alexander O L O . O Belikoff O , O Sergey O Berezin O Free B-Application software I-Application TUI B-Application , O GUI B-Application Emacs B-Operating_System Lisp I-Operating_System GrumpyChatGitHub O project O . O C B-Application to I-Application HDL I-Application tools O convert O C B-Language language I-Language or O C-like B-Language computer O code O into O a O hardware B-Architecture description O language O ( O HDL O ) O such O as O VHDL B-Language or O Verilog B-Language . O ADvantage B-Language Framework I-Language makes O heavy O use O of O open O source O software O technology O . O LibrePlan B-Language is O a O free B-Application software I-Application web B-Application application I-Application for O project O management O , O developed O by O the O Fundación O para O o O Fomento O da O Calidade O Industrial O e O Desenvolvemento O Tecnolóxico O de O Galicia O , O dependent O of O the O Ministry O of O Industry O of O the O Xunta O de O Galicia O . O Nearly O a O superset O of O C B-Language , O C++ B-Language now O supports O most O of O C B-Language , O with O a B-Language few I-Language exceptions I-Language . O Shotwell B-Language allows O users O to O publish O their O images O and O videos O to O Flickr B-Algorithm , O Piwigo B-Algorithm , O and O YouTube B-General_Concept . I-General_Concept Over O the O years O the O rendition O of O this O image O on O Illustrator B-Language 's O splash O screen O and O packaging O became O more O stylized O to O reflect O features O added O in O each O version O . O It O was O removed O in O Calligra B-Application 3.0 O , O Calligra B-Application 3.0 O released O but O returned O in O Calligra B-Application 3.2.Calligra O 3.2 O 48px O Kexi B-Language KEXI B-Language is O a O visual O database O applications O creator O . O One O possible O way O this O could O happen O is O by O combining O an O optical O computer O with O the O ternary B-Language logic I-Language system O . O The O Josephson O junction O has O been O proposed O as O a O balanced B-Algorithm ternary I-Algorithm memory O cell O , O using O circulating O superconducting O currents O , O either O clockwise O , O counterclockwise O , O or O off O . O Major O DBMSs O , O including O SQLite B-Language , O MySQL B-Application , O Oracle B-General_Concept , O IBM B-Application Db2 I-Application , O Microsoft B-Application SQL I-Application Server I-Application and O PostgreSQL B-Application support O prepared B-Language statements I-Language . O Popular O community O plugins B-Application include O interactive O graph O visualization O or O mind O maps O with O TiddlyMap O , O project O management O with O Projectify O , O integration O with O the O spaced-repetition-flashcards O tool O Anki B-Application with O TiddlyRemember O , O mathematical O typesetting O based O on O KaTeX B-Language or O MathJax B-Language , O adding O a O Disqus-based O comment O system O , O and O enabling O standard O Markdown O markup O . O Higher-level O I/O B-General_Concept layers O such O as O stdio B-Language may O maintain O separate O buffers B-General_Concept of O their O own O . O Because O these O constraints O are O generally O only O verified O when O a O row B-Application is O directly O updated O ( O for O performance O reasons O , O ) O and O often O implemented O as O implied O INSERT O or O UPDATE B-Language triggers B-Language , O integrity O constraints O could O be O violated O by O indirect O action O were O it O not O for O these O limitations O . O Kotlin B-Language allows O multiple B-Application inheritance I-Application of O Interfaces B-Language , O however O , O in O a O Diamond O problem O scenario O , O the O child O class O must O override B-Language the O method O that O causes O the O inheritance B-Language conflict O and O specify O which O parent O class O implementation O should O be O used O . O The O VisTrails B-Language spreadsheet B-Application currently O supports O VTK B-Language and O HTML B-Language rendering O . O comp.graphics.api.opengl O OpenGL B-Application comp.infosystems.gemini O Gemini B-Protocol space I-Protocol comp.internet.services.wiki O Wikis B-Protocol comp.lang.asm.x86 O assembly B-Language language I-Language for O x86-based O computer O systems O . O NewsgroupTopic O comp.sources.unix O Postings O of O public-domain O sources O for O Unix B-Application . O The O lambda B-Language calculus I-Language ; O Active B-Language Agenda I-Language is O offered O for O free O , O but O requires O all O extensions O to O be O shared O back O with O the O world O community O . O Syntactic B-Application predicates I-Application have O been O called O multi-step O matching O , O parse B-Language constraints O , O and O simply O predicates O in O various O literature O . O ( O Currently O supported O languages O are O C B-Language , O C++ O , O C# O , O Python O , O Ruby O , O Java B-Language , O and O JavaScript O . O ) O Typical O HP-GL B-Language files O start O with O a O few O setup O commands O , O followed O by O a O long O string O of O graphics O commands O . O For O Windows B-Application , O Microsoft O ’s O Visual B-Application Studio I-Application Express I-Application package O provides O the O C B-Language compiler O . O Timsort B-Algorithm has O been O Python B-Language 's O standard O sorting B-Algorithm algorithm I-Algorithm since O version O 2.3 O . O Debugging O While O writing O an O application O , O a O programmer B-Application will O recompile B-Language and O test O often O , O and O so O compilation B-Language must O be O fast O . O The O design O methodology O for O the O C B-Application Machine I-Application architecture O involved O an O iterative O development O approach O informed O by O measurements O of O C B-Language program I-Language characteristics O , O involving O the O formulation O and O implementation O of O new O computer O architecture O revisions O , O the O development O of O a O compiler B-Language to O target O each O new O revision O , O the O compilation B-Language of O " O a O large O body O of O UNIX O software O " O , O and O the O analysis O of O the O compiled B-Language software I-Language . O The O Abstract B-Language Rewriting I-Language Machine I-Language ( O ARM O ) O is O a O virtual B-Architecture machine I-Architecture which O implements O term O rewriting O for O minimal B-Language term I-Language rewriting I-Language systems I-Language . O Over O 35 O different O S40 O and O S60 B-Language phone O models O supported O Ovi B-Application Mail O . O Kowalski O 1979 O , O Apt O and O Bezem O 1990 O , O Shanahan O 1997 O ) O to O write O the O situation B-Application calculus I-Application as O a O logic B-Language program I-Language : O Quadratic B-Algorithm programming I-Algorithm is O available O via O the O solve_qp O function O or O by O calling O a O specific O solver O directly.R O ( O Fortran O ) O GPL B-License licensed O universal O cross-platform O statistical O computation O framework.SAS/OR O A O suite O of O solvers O for O Linear O , O Integer O , O Nonlinear O , O Derivative-Free O , O Network O , O Combinatorial O and O Constraint B-Application Optimization I-Application ; O the O Algebraic B-Application modeling I-Application language I-Application OPTMODEL O ; O and O a O variety O of O vertical O solutions O aimed O at O specific O problems/markets O , O all O of O which O are O fully O integrated O with O the O SAS B-Language System.SuanShu O an O open-source O suite O of O optimization O algorithms O to O solve O LP B-Algorithm , O QP O , O SOCP B-Algorithm , O SDP O , O SQP O in O JavaTK O Solver O Mathematical O modeling O and O problem O solving O software O system O based O on O a O declarative O , O rule-based O language O , O commercialized O by O Universal O Technical O Systems O , O Inc O .. O TOMLABSupports O global O optimization O , O integer B-Algorithm programming I-Algorithm , O all O types O of O least O squares O , O linear O , O quadratic O and O unconstrained O programming O for O MATLAB B-Language . O Netpbm B-Language can O convert O images O from O ILBM B-Operating_System to O its O own O PPM O format O and O back O . O Sometimes O it O is O placed O one O line O below O its O traditional O situation O , O on O the O right O of O the O apostrophe B-Language key O ( O ' O ) O ( O in O these O cases O the O enter B-Device key I-Device is O narrower O than O usual O on O the O line O of O its O default O location O ) O . O SciDAVis B-Language was O founded O by O Tilman O Benkert O and O Knut O Franke O in O 2007 O as O a O fork B-Application of O QtiPlot B-Language , O after O disagreements O arose O with O Ion O Vasilief O , O the O founder O and O main O developer O of O the O project O . O B♭ O ( O green O , O upper O left O , O an O octave B-Language higher O than O blue O ) O ; O A O proposed O new O course O on O object-oriented B-Language design O methodology O will O be O offered O at O the O sophomore O level O for O those O students O who O wish O to O study O this O topic. O " O OS B-Operating_System 2200 I-Operating_System provides O a O complete O Java B-Language environment O . O The O scheme O of O type O composition O adopted O by O C B-Language owes O considerable O debt O to O Algol B-Language 68 I-Language , O although O it O did O not O , O perhaps O , O emerge O in O a O form O that O Algol B-Language 's O adherents O would O approve O of O . O The O project O was O started O in O 2006 O by O Taiwanese O programmer O Hong O Jen O Yee O ( O ) O , O also O known O as O PCMan B-Language , O when O he O published O PCManFM B-Language , O a O new O file B-Application manager I-Application and O the O first O module O of O LXDE B-Language . O Xcas B-Language is O especially O used O for O learning O algebra O . O NARS2000 O is O an O open-source B-Application APL B-Language interpreter B-Application written O by O Bob O Smith O , O a O prominent O APL B-Language developer B-Application and O implementor O from O STSC O in O the O 1970s O and O 1980s O . O In O November O 2019 O , O use O of O CodeQL B-Language was O made O free O for O research O and O open O source O . O , O zlib B-Language only O supports O one O algorithm O , O called O DEFLATE B-Algorithm , O which O uses O a O combination O of O a O variation O of O LZ77 O ( O Lempel O – O Ziv O 1977 O ) O and O Huffman B-General_Concept coding I-General_Concept . O Galaxy B-Application is O open-source B-Application software I-Application implemented O using O the O Python B-Language programming I-Language language I-Language . O Windows B-Application 2000 I-Application onward O acts O exactly O as O Windows B-Device NT I-Device , O except O that O it O ignores O EAs B-Application when O copying O to O FAT32 O without O any O warning O ( O but O shows O the O warning O for O other O ADSs O , O like O " O Macintosh B-Application Finder I-Application Info O " O and O " O Macintosh O Resource B-Operating_System Fork I-Operating_System " O ) O . O Cygwin B-Language uses O " O EA␠ O DATA. O ␠SF O " O files O as O well O . O One O of O the O user B-Application experience I-Application goals O for O the O designers O of O Windows B-Application 95 I-Application was O the O ability O to O use O long O filenames O ( O LFNs O — O up O to O 255 O UTF-16 O code O units O long O ) O , O in O addition O to O classic O 8.3 O filenames O ( O SFNs O ) O . O For O backward B-General_Concept and O forward B-General_Concept compatibility I-General_Concept , O LFNs O were O implemented O as O an O optional O extension O on O top O of O the O existing O FAT O file B-Application system I-Application structures O using O a O workaround B-Application in O the O way O directory B-Application entries O are O laid O out O . O This O transparent O method O to O store O long O file O names O in O the O existing O FAT O file B-Application systems I-Application without O altering O their O data O structures O is O usually O known O as O VFAT O ( O for O " O Virtual O FAT O " O ) O after O the O Windows B-Application 95 I-Application virtual B-Application device I-Application driver I-Application . O QUEL B-Language introduced O in O 1974 O by O the O U.C. O Non O tail-recursive B-Language factorial O with O proposition O or O " O Theorem O " O proving O through O the O construction O dataprop O . O On O the O other O hand O , O packages O ( O such O as O PSTricks B-Language ) O which O exploit O the O earlier O conversion O process O of O DVI-to-PostScript O may O fail O , O although O replacements O such O as O PGF/TikZ B-Operating_System have O been O written O . O B-Language NA1 O Defines O several B-Language macros I-Language that O implement O alternative O ways O to O express O several O standard O tokens O . O The O free O simulation O environment O Scicos B-Language uses O a O subset O of O Modelica B-Application for O component O modeling O . O BLINKER O by O Blink O Inc O Version O 3 O and O above O provided O a O 286 B-General_Concept DOS B-Device Extender O for O several O 16 O bit O DOS B-Device compilers B-Language including O CA-Clipper O , O Microsoft O C/C O ++ O , O PASCAL O , O FORTRAN B-Application and O Borland O C/C O ++ O . O The O common O practice O of O documenting O a O code O object O at O the O head O of O its O definition O is O captured O by O the O addition O of O docstring B-Language syntax O in O the O Python B-Language language I-Language . O " O Go B-Language ! I-Language " O Go B-Language ! I-Language Leo B-Language calls O such O nodes O clones O . O The O default O implementation O uses O the O Chez B-Language Scheme I-Language incremental O compiler B-Language and O runtime O . O The O JAXBContext O object O always O maintains O a O mapping O of O the O globally O declared O XML B-Protocol element O and O its O name O to O a O JAXB B-Language mapped O class O . O libgav1 O is O a O decoder O written O in O C++11 B-Language released O by O Google B-Application . I-Application Over O time O , O with O the O universal O use O of O high-quality O graphic O display O , O printing O devices O and O Unicode O support O , O the O APL B-Language character O font O problem O has O largely O been O eliminated O . O IBM O assigns O the O following O character O IDs O ( O GCGIDs O ) O to O APL B-Language syntax I-Language , O which O are O used O in O the O definitions O of O its O code O pages O . O + O " O SL O " O ( O APL B-Language functional O symbol O ) O series O GCGIDsGCGID O IBM O name O Unicode O Notes O and O other O mappingsSL010000 O Up O Stile O ( O APL B-Language ) O SL020000 O Down O Stile O ( O APL B-Language ) O SL030000 O Del O ( O APL B-Language ) O SL040000 O Del O Tilde O ( O APL B-Language ) O SL050000 O Del O Stile O ( O APL B-Language ) O SL060000 O Delta O ( O APL B-Language ) O SL070000 O Delta O Stile O ( O APL B-Language ) O SL080000 O Circle O ( O APL B-Language ) O This O is O SM750000 O in O a O non-APL O context O , O for O example O , O in O the O C0 O replacement O graphics O from O code O page O 437 O , O which O code O pages O 907 O , O 909 O and O 910 O inherit O some O or O all O of O , O retaining O SM750000 O in O the O C0 O area O and O also O including O SL080000 O outside O of O it O . O The O call O is O standardized O by O the O POSIX O specification O for O C B-Language language I-Language : O The O ( O UK-based O ) O Cave O Surveying O Group O has O been O using O Therion B-Language along O with O PocketTopo O and O DistoXs O to O train O cavers O and O improve O the O quality O of O surveying O by O the O use O of O real O time O measurement O that O is O available O in O Paperless O surveying O . O The O software O is O developed O in O Java B-Language and O it O 's O also O used O as O part O of O the O WikiPathways O framework O as O an O applet O . O The O developers O also O offer O QuickFIX B-Operating_System Log O Viewer O , O designed O to O parse B-Language FIX B-Protocol messages O out O of O a O given O file O , O even O if O there O are O other O messages O within O , O making O it O flexible O and O usable O on O more O general O log O files O . O However O , O it O lacks O advanced O multimedia O features O and O support O for O Java B-Language ME I-Language that O were O available O in O subsequent O versions O . O GramTrans B-General_Concept offers O free O web-based O translation O for O the O Scandinavian O languages O , O based O on O university O research O in O natural B-Language language I-Language processing I-Language ( O NLP B-Language ) O , O corpus O linguistics O , O and O lexicography O . O Compatible O compilers B-Language will O precompile O this O file O to O reduce O overall O compile B-Application times I-Application . O - O A O high O performance O math O library O for O Delphi B-Language and O FreePascal B-Operating_System can O perform O PCA O ; O including O robust O variants O . O The O instance B-Language method I-Language _dump O should O return O a O String O object O containing O all O the O information O necessary O to O reconstitute O objects O of O this O class O and O all O referenced O objects O up O to O a O maximum O depth O given O as O an O integer O parameter O ( O a O value O of O -1 O implies O that O depth O checking O should O be O disabled O ) O . O Suppose O you O have O a O trigger O that O is O made O to O be O called O on O an O UPDATE B-Language to O a O certain O table B-Application . O Pentaho B-Application Aggregate O Designer O ( O PAD O ) O EE O , O CE O Desktop O application O 9.0.0.0-423 O Aggregate O Designer O operates O on O Pentaho B-Application Analysis O ( O Mondrian B-Application ) O XML B-Protocol schema O files O and O the O database O with O the O underlying O tables O described O by O the O schema O to O generate O precalculated O , O aggregated O answers O to O speed O up O analysis O work O and O MDX B-Language queries O executed O against O Mondrian B-Application . O Class O and O interface O types O Most O types O in O a O GObject B-Language application O will O be O classes O in O the O normal O object-oriented B-Language sense O of O the O word O derived O directly O or O indirectly O from O the O root O class O , O GObject B-Language . O Ubuntu B-Operating_System 18.04 O LTS O , O a O year O away O from O release O at O the O time O , O would O abandon O the O Unity O desktop O and O employ O the O GNOME B-Language 3 I-Language desktop O instead O . O The O number O of O JUDE B-Language users O was O 120,000 O as O of O October O 30 O , O 2006 O . O However O , O most O carriers O of O Java B-Language ME I-Language phones O now O offer O easy-to-access O purchasing O portals O . O Pugs B-Language is O a O compiler B-Language and O interpreter B-Application for O the O Raku B-Application programming O language O ( O formerly O Perl B-Application 6 I-Application ) O . O Xmonad B-Device is O a O window B-Application manager I-Application for O the O X B-Operating_System Window I-Operating_System System I-Operating_System , O written O fully O in O Haskell O . O Many O customers O have O opted O to O web-enable O their O applications O via O the O CA-IDMS B-Application SQL B-Language Option O which O is O part O of O CA O Technologies O ' O Dual O Database O Strategy O . O After O this O , O control O of O SAPARi B-Language was O transferred O to O So-net O , O which O added O fees O to O previously O free O material O . O Code O became O " O portable O " O due O to O the O compiler O , O and O in O fact O , O both O Visual B-Language Basic I-Language .NET I-Language and O C# B-Application use O the O same O CLR O ( O Common O Language O Runtime O ) O today O . O These O devices O use O specialized O lithium-iodide O batteries O designed O to O last O 15 O or O more O years O . O But O for O other O , O less O critical O applications O such O as O in O toys O , O the O lithium B-Language battery O may O actually O outlast O the O device O . O SQL B-Device Server I-Device Management I-Device Studio I-Device replaces O Enterprise O Manager O as O the O primary O management O interface O for O Microsoft B-Application SQL I-Application Server I-Application since O SQL B-Language Server B-Application 2005 O . O Common O among O these O are O the O break O and O continue O statements O found O in O C B-Language and O its O derivatives O . O In O a O published O dissent O to O Dijkstra O 's O remarks O , O the O computer O scientist O Howard O E O . O Tompkins O claimed O that O unstructured B-Application COBOL B-Application tended O to O be O " O written O by O programmers O that O have O never O had O the O benefit O of O structured B-Language COBOL B-Application taught O well O " O , O arguing O that O the O issue O was O primarily O one O of O training O . O CMUcams B-Language consist O of O a O small O video O camera O and O a O microcontroller B-Architecture with O a O serial B-Protocol interface I-Protocol . O Zebra B-General_Concept striping I-General_Concept can O be O implemented O using O Cascading B-Language Style I-Language Sheets I-Language ( O CSS B-Language ) O . O The O latest O version O of O Xerlin B-Language is O 1.3 O , O which O was O released O in O May O 2005 O . O Several O open-source B-Application plugins B-Application are O available O for O making O GWT O development O easier O with O other O IDEs B-Application , O including O GWT4NB O for O NetBeans B-Application , O Cypal O Studio O for O GWT O ( O an O Eclipse B-Application plugin B-Application ) O , O and O GWT O Developer O for O JDeveloper B-Language . O The O most O important O kind O of O expression O in O XPath B-Language is O a O location O path O . O Alice B-Language extends O Standard B-Language ML I-Language in O a O number O of O ways O that O distinguish O it O from O its O predecessor O . O SproutCore O documentation O was O generated O using O JSDoc B-Language . O XFA B-Language forms I-Language can O be O created O and O used O as O PDF B-Application 1.5 O - O 1.7 O files O or O as O XDP B-Application ( O XML B-Application Data I-Application Package I-Application ) O . O At O the O heart O of O the O Impulse B-Language C I-Language streaming O programming O model O are O processes O and O streams O . O In O set O theory O , O an O ordinal B-Language number I-Language , O or O ordinal B-Language , O is O a O generalization O of O ordinal B-Language numerals O ( O first O , O second O , O th O , O etc O . O ) O Adblock B-Application Plus I-Application was O made O available O for O Internet B-Application Explorer I-Application in O August O 2013 O , O Safari B-Application since O January O 2014 O , O and O Yandex B-Language Browser I-Language since O December O 2014 O . O The O topmost O value O is O evaluated O as O a O boolean O and O , O if O true O , O the O second O topmost O value O is O pushed O back O on O the O stack B-Language . O Suppose O Cyc B-Language is O told O about O one O billion O individual O people O , O animals O , O etc O . O But O instead O of O that O , O one O could O tell O Cyc B-Language 10,000 O Linnaean O taxonomy O rules O followed O by O just O 108 O rules O of O the O form O " O No O mouse O is O a O moose O " O . O The O PAL B-Language PlayStation B-Device port O of O the O game O was O one O of O 20 O games O preloaded O on O the O PlayStation B-Device Classic I-Device ( O excluding O the O Japan O , O Taiwan O , O and O Hong O Kong O releases O ) O , O released O on O December O 3 O , O 2018 O . O Metakit B-Language 's O API B-Application is O low O level O , O compared O to O SQL B-Language . O The O Whiley B-Language compiler O generates O code O for O the O Java B-Language virtual I-Language machine I-Language and O can O inter-operate O with O Java B-Language and O other O JVM B-Language based O languages O . O It O consists O of O a O library O which O programmers O can O link O into O their O code O to O override O the B-Language C I-Language standard I-Language library I-Language memory B-General_Concept management I-General_Concept functions O . O Separate O compilation B-Language was O not O part O of O the O standard O Pascal B-Application language I-Application , O but O was O already O available O in O UCSD B-Language Pascal I-Language , O which O was O very O popular O on O 8-bit O machines O . O Turbo B-Application Pascal B-Application syntax O for O units B-Architecture appears O to O have O been O borrowed O from O UCSD B-Language Pascal I-Language . O When O inheritance B-Language was O used O as O a O primary O approach O to O structure O programs O in O the O late O 1990s O , O developers O tended O to O break O code O into O more O layers O of O inheritance B-Language as O the O system O functionality O grew O . O XHTML B-Language 1.0 I-Language Frameset B-General_Concept is O the O XML B-Protocol equivalent O of O HTML B-Language 4.01 I-Language Frameset B-General_Concept , O and O allows O for O the O definition O of O frameset B-General_Concept documents I-General_Concept — O a O common O Web O feature O in O the O late O 1990s O . O The O core O of O Apple B-Operating_System Dylan I-Operating_System is O implemented O in O Macintosh B-Language Common I-Language Lisp I-Language , O upon O which O the O rest O is O implemented O in O Dylan B-Language . O Quickbrowse O also O disables O JavaScript B-Language components O to O avoid O problems O that O would O arise O from O the O combination O of O disparate O and O unrelated O sources O of O JavaScript B-Language code O . O In O the O same O year O they O demonstrated O a O prototype O of O GemStone B-Protocol to O GEnie B-Language . O Simultaneously O , O Pierre-Louis O Curien O , O a O senior O researcher O at O Paris O Diderot O University O , O developed O a O calculus O of O categorical O combinators O and O linked O it O to O lambda B-Language calculus I-Language , O which O led O to O the O definition O of O the O Categorical B-Application Abstract I-Application Machine I-Application ( O CAM O ) O . O Maxima B-Language MIT O Project O MAC O and O Bill O Schelter O et O al O . O Parrot B-Language and O Android B-Application 's O Dalvik B-Application are O two O other O well-known O register-based B-Application VMs O . O Perhaps O the O most O common O form O of O round-trip B-Application engineering I-Application is O synchronization O between O UML B-Language ( O Unified B-Language Modeling I-Language Language I-Language ) O models O and O the O corresponding O source O code O . O D B-Application was O designed O with O lessons O learned O from O practical O C++ B-Language usage O , O rather O than O from O a O purely O theoretical O perspective O . O Note O that O these O variables O are O read-only O , O and O are O semantically O very O similar O to O variable O bindings O established O using O the O let O operator O in O Lisp B-Language and O Scheme B-Language . O Groovy B-Application 's O closures B-Language support O free O variables O , O i.e. O Ciao B-Application provides O a O full O Prolog B-Language system O ( O supporting O ISO-Prolog O ) O , O TensorFlow B-Language Quantum O is O an O extension O of O TensorFlow B-Language that O allows O TensorFlow B-Language to O be O used O to O explore O hybrid O classical-quantum O machine O learning O algorithms O . O The O latest O version O is O Java B-Language 19 O , O released O in O September O 2022 O , O while O Java B-Language 17 O , O the O latest O long-term O support O ( O LTS O ) O , O was O released O in O September O 2021 O . O Text O content O Some O XML B-Language schemas I-Language , O particularly O ones O that O represent O various O kinds O of O documents O , O ensure O that O all O " O text O content O " O ( O roughly O , O any O part O that O one O would O speak O if O reading O the O document O aloud O ) O occurs O as O text O , O and O never O in O attributes O . O OS/2 B-Application 2.0 O provided O a O 32-bit O API B-Application for B-Language native O programs O , O though O the O OS O itself O still O contained O some O 16-bit O code O and O drivers O . O Other O just-in-time O Python B-Language compilers B-Language have O been O developed O , O but O are O now O unsupported O : O The O programming O is O currently O in O alpha/beta O testing O for O both O TI-BASIC B-Language and O flash B-Device application O storage O and O management O . O In O 2013 O , O a O survey O paper O on O visualization O for O radiotherapy O noticed O that O while O VTK B-Language is O a O powerful O and O widely O known O toolkit O , O it O lacked O a O number O of O important O features O , O such O as O multivolume O rendering O , O had O no O support O of O GPGPU B-Architecture libraries O such O as O CUDA B-Architecture , O no O support O of O out-of-core O rendering O of O huge O datasets O and O no O native O support O for O visualization O of O time-dependent O volumetric O data O . O DBeaver B-Language features O include O : O As O with O other O applicative B-Application programming I-Application languages I-Application , O a O TTM B-Language function O may O be O recursive O and O may O be O defined O as O the O result O of O the O invocation O of O a O sequence O of O other O function O calls O . O By O mid O 2013 O , O It O was O in O the O beta O stage O , O though O key O elements O of O the O final O system O had O all O been O implemented O , O including O a O GUI B-Application installer O ( O then O an O Antergos O installer O fork O ) O ; O a O package O manager O ( O Pacman O ) O with O a O choice O of O frontends O ; O Pamac O ( O GTK B-Application ) O for O Xfce B-Language desktop O and O Octopi O ( O Qt B-Language ) O for O its O Openbox B-Language edition O ; O MHWD O ( O Manjaro B-Application Hardware O Detection O , O for O detection O of O free B-Application & O proprietary B-Application video O drivers B-Application ) O ; O and O Manjaro B-Application Settings O Manager O ( O for O system-wide O settings O , O user O management O , O and O graphics O driver O installation O and O management O ) O . O Specifying O a O filter O of O syscall B-Operating_System names O that O should O be O traced O ( O via O the O -e O trace O = O option O ) O : O by O name O , O like O ; O using O one O of O the O predefined O groups O , O like O or O ; O or O ( O since O strace B-Language 4.17 O ) O using O regular O expression O syntax O , O like O -e O trace O = O /clock_ O . O JTA O was O a O specification O developed O under O the O Java B-Language Community I-Language Process I-Language as O JSR B-Language 907 I-Language . O Originally O software O for O CAD B-Application systems O was O developed O with O computer O languages O such O as O Fortran B-Application , O ALGOL B-Language but O with O the O advancement O of O object-oriented B-Language programming I-Language methods O this O has O radically O changed O . O Those O that O are O interpretive B-Application are O often O called O scripting B-Language languages I-Language . O NexusDB B-Language is O a O relational O commercial O database O engine O for O the O Delphi B-Language , O C++ B-Language Builder I-Language and O .NET B-Application programming O languages O created O by O NexusDB B-Language Pty O Ltd O . O Gelisp O , O an O open B-License source I-License portable O wrapper O of O Gecode B-Application to O Lisp B-Language . O It O is O free O software O distributed O under O the O GPL-2.0-or-later B-License that O people O use O to O visualise O , O analyse O , O and O annotate O sound O files O . O Besides O implementing O most O of O ANSIC O , O there O are O device-specific O libraries O that O allow O access O to O things O like O the O calculator O 's O RPN O stack B-Application , O memory O and O piezoelectric O buzzer O . O The O GCC B-Application compiler I-Application itself O is O the O property O of O the O Free O Software O Foundation O , O and O they O state O that O its O use O does O not O impose O any O particular O licensing O restrictions O on O any O of O its O output O . O However O , O the O libraries O included O with O HPGCC O , O including O routines O necessary O to O actually O invoke O any O HPGCC-compiled O program O on O an O actual O calculator O , O are O released O under O a O modified O GPL B-License license I-License , O contrary O to O GCC B-Application on O many O other O platforms O which O use O a O more O permissive B-License license I-License for O their O libraries O . O Thus O any O programs O that O link O against O them O can O only O be O distributed O if O they O are O also O released O under O the O GPL B-License ( O with O an O exception O for O " O non-profit O " O software O ) O . O The O Covid B-Application Watch I-Application team O , O started O as O an O independent O research O collaboration O between O Stanford O University O and O the O University O of O Waterloo O was O the O first O in O the O world O to O publish O a O white O paper O , O develop O , O and O open B-License source I-License fully O anonymous O Bluetooth O exposure B-Application alert I-Application technology O in O collaboration O with O CoEpi O after O writing O a O blog O post O on O the O topic O in O early O March O . O This O port O was O widely O available O because O Darwin B-Operating_System was O open O source O under O the O Apple B-License Public I-License Source I-License License I-License . O The B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System considers O all O versions O of O the O Apache B-Application License O to O be O incompatible O with O the O previous O GPL B-License versions O 1 O and O 2 O . O Furthermore O , O it O considers O Apache B-Application License O versions O before O 2.0 O incompatible O with O GPLv3 O . O Apple O 's O HeaderDoc B-Protocol project O is O free B-Application , O open B-Application source I-Application software I-Application distributed O under O the O Apple B-License Public I-License Source I-License License I-License . O Everything O developed O for O the O project O is O licensed O under O an O open B-License license I-License . O It O was O originally O written O by O Jonathan O Kew O and O is O distributed O under O the O X11 B-License free I-License software I-License license I-License . O SANTACLAUS O , O the O illustrator O of O the O Astra B-Application Superstars I-Application art O and O design O , O developed O and O released O a O novelty O freeware B-License software I-License on O their O website O Astra O Inn O for O Mac B-Application and O Windows B-Application PCs I-Application dedicated O to O Astra B-Application Superstars I-Application fans O titled O , O which O allows O users O to O dress O Rouge O in O different O clothes O , O who O is O one O of O the O characters O from O the O game O as O well O as O SANTACLAUS O ' O mascot O . O It O is O released O under O the O GNU B-License General I-License Public I-License License I-License . O Official O development O ceased O on O September O 17 O , O 2003 O , O and O development O shifted O to O the O new O PlayStation B-Device 2 I-Device emulator O , O PCSX2 B-Application . O Cốc B-Application Cốc I-Application is O a O freeware B-License web B-Application browser I-Application focused O on O the O Vietnamese O market O , O developed O by O Vietnamese O company O Cốc B-Application Cốc I-Application , O based O on O Chromium B-Language open-source O code O for O Windows O . O Some O advocates O of O the O various O BSD B-Operating_System Licenses I-Operating_System used O the O term O derisively O in O regards O to O the O GPL B-License 's O tendency O to O absorb O BSD-licensed O code O without O allowing O the O original O BSD B-Operating_System work O to O benefit O from O it O , O while O at O the O same O time O promoting O itself O as O " O freer O " O than O other O licenses O . O VGA-Copy B-Device was O originally O released O as O shareware B-License : O A O free O test O version O was O spread O through O bulletin B-Application board I-Application systems I-Application and O shareware B-License CDs O ; O a O license O key O file O to O turn O the O test O version O into O a O full O version O could O be O ordered O for O a O payment O . O First O versions O of O Ion O were O released O under O the O Artistic B-License License I-License , O Ion2 O and O the O development O versions O of O Ion3 B-Application were O released O under O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application ( O LGPL B-Application ) O . O The O standard O edition O is O distributed O as O freeware B-License , O with O no O restrictions O , O only O requiring O registration O on O the O company O 's O web O site O to O download O the O software O . O Having O a O grouping O of O full-time O professionals O behind O a O commercial O product O can O in O some O cases O be O superior O to O FOSS B-License . O There O is O also O an O open B-License source I-License project O which O aimed O to O produce O a O more O platform O neutral O version O of O Poplog B-Language , O including O Windows B-Application . O MathCast B-Application is O a O free B-Application software I-Application application O distributed O under O the O GNU B-License General I-License Public I-License License I-License . O A O freeware B-License remake O , O called O Watman B-Application , O was O released O for O MS-DOS B-Application in O 2000 O . O The B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System also O created O the O LGPL B-Application , O which O is O nearly O identical O to O the O GPL B-License , O but O with O additional O permissions O to O allow O linking O for O the O purposes O of O " O using O the O library O " O . O The O following O open B-License source I-License implementations O of O KINK O are O currently O available O : O It O is O free B-Application software I-Application released O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O SymbolicC++ B-Language is O used O by O including O a O C++ B-Language header O file O or O by O linking O against O a O library O . O A O basic O edition O is O offered O as O freeware B-License but O may O only O be O used O in O non-commercial O environments O . O Open-source B-License code O is O available O from O GitHub B-Application repository B-General_Concept . O Proponents O of O the O IPL O note O a O clearer O definition O of O responsibility O for O software O code O than O that O of O the O GPL B-License . O Also O the O shareware B-License release O 's O game O data O ( O excluding O the O sound O effects O ) O was O handed O into O the O public O domain O . O The O Berkeley B-Operating_System Open I-Operating_System Infrastructure I-Operating_System for I-Operating_System Network I-Operating_System Computing I-Operating_System ( O BOINC B-Operating_System , O pronounced O – O rhymes O with O " O oink O " O ) O is O an O open-source B-License middleware B-General_Concept system O for O volunteer B-Operating_System computing I-Operating_System ( O a O type O of O distributed B-Architecture computing I-Architecture ) O . O Doom B-Application II O was O ported O to O the O Game B-Device Boy I-Device Advance I-Device in O 2002 O , O Tapwave B-Application Zodiac I-Application in O 2004 O , O on O Xbox B-Device Live I-Device Arcade I-Device in O 2010 O , O and O on O Nintendo B-Application Switch I-Application , O PlayStation B-Operating_System 4 I-Operating_System and O Xbox B-Device One I-Device in O 2019 O . O The O release O of O the O Doom B-Application source B-License code I-License has O facilitated O ports O to O platforms O including O iOS B-Application and O other O cellphone O systems O . O Instead O of O allowing O a O work O to O fall O completely O into O the O public B-Application domain I-Application , O where O no O ownership O of O copyright O is O claimed O , O copyleft B-License allows O authors O to O impose O restrictions O on O the O use O of O their O work O . O Cram B-Application is O available O as O shareware B-License , O which O will O block O itself O after O creating O five O tests O with O five O questions O each O . O This O license O was O viewed O as O not O compliant O with O the O free B-License software I-License definition O by O Free B-Operating_System Software I-Operating_System Foundation I-Operating_System because O , O while O the O source O was O available O , O it O did O not O allow O the O redistribution O of O modified O versions O . O AUCTeX B-Application is O distributed O under O the O GNU B-License General I-License Public I-License License I-License . O New O tiles O are O also O added O to O The O Secret O Files O , O most O of O them O from O the O first O Jazz B-Application Jackrabbit I-Application . O Released O in O 1999 O , O this O is O a O shareware B-License game O to O promote O The O Secret O Files O . O It O is O now O part O of O the B-Application GNU I-Application Project I-Application and O is O free B-Application software I-Application , O available O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O Stardock O Shared B-License Source I-License Stellar O Frontier O License B-License ( O non-commercial O license B-License ) O stellar_frontier_source_eula.txt O STARDOCK O SHARED B-License SOURCE I-License STELLAR O FRONTIER O LICENSEStellar O Frontier O is O a O multiplayer O space O strategy/shooter O game O made O by O Doug O Hendrix O in O 1995 O and O published O by O Stardock O . O It O was O licensed O under O the O terms O of O the O GNU B-License GPL I-License , O and O is O one O of O the O most O famous O products O to O be O based O completely O on O AOLserver B-Language . O Version O 1.0 O was O released O in O November O 2000 O on O the O authors O ' O homepage O as O Freeware B-License for O PCs O with O Windows B-Application . O The O title O is O an O improved O spiritual O sequel O to O The B-Application Spirit I-Application Engine I-Application , O a O freeware B-License 2D O RPG O released O in O 2003 O . O This O makes O Citadel B-Protocol one O of O the O oldest O surviving O FOSS B-License projects O . O On O August O 6 O , O 2014 O , O Parallax O Inc O . O released O all O of O the O Propeller O 1 O P8X32A O hardware O and O tools O as O open-source B-Application hardware O and O software B-Application under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O 3.0 O . O Open B-License source I-License gained O hold O in O part O due O to O the O rise O of O the O Internet O . O Pitivi B-Application ( O originally O spelled O PiTiVi B-Application ) O is O a O free B-License and I-License open-source I-License non-linear O video O editor O for O Linux B-Application , O developed O by O various O contributors O from O free O software O community O and O the O GNOME B-Application project O , O with O support O also O available O from O Collabora O . O It O is O developed O by O the O author O of O the O MIT O licensed O C/C O ++ O game O engine O Sge2d O and O shares O many O ideas O with O it O . O As O of O June O 7 O , O 2012 O Gamvas B-Application is O available O under O open O source O MIT B-License license I-License without O feature O limitation O . O Google B-Application states O that O they O wanted O more O control O in O order O to O open B-License source I-License the O language O and O allow O third O parties O to O take O better O advantage O of O its O code O ; O Oracle B-Application states O that O Sun O refused O because O Google B-Application 's I-Application intention O was O essentially O to O fork B-Application Java B-Device to O a O Google B-Application version O of O the O language O , O and O to O prevent O it O being O inter-operable O with O other O versions O , O an O idea O which O was O " O anathema O " O to O the O " O write O once O run O anywhere O " O basis O of O the O language O . O Crayon B-Application Physics I-Application was O built O with O Simple B-Operating_System DirectMedia I-Operating_System Layer I-Operating_System middle-layer O and O released O as O freeware B-License . O W3C B-License 's O : O The O implementation O is O licensed O under O the O GPL-2.0-only B-License with O a O linking B-Application exception I-Application . O OOFEM B-Language is O a O free B-License and I-License open-source I-License multi-physics O finite B-Application element I-Application code O with O object B-Language oriented I-Language architecture O . O Product B-License activation I-License was O introduced* O " O . O ConferenceXP B-Application was O originally O conceived O in O 2001 O by O the O Microsoft O Research O Learning O Science O and O Technology O team O and O released O under O a O shared B-License source I-License license O . O Unraid B-Application 's O user B-License license I-License is O attached O to O a O specific O USB O flash O drive O , O which O may O be O linked O to O a O user O 's O forum O account O . O It O is O written O in O C B-Language and O distributed O as O free B-Application software I-Application together O with O its O source O code O under O the O terms O of O a O custom O permissive B-License ( O BSD-like O ) O free B-Application software I-Application license O , O which O demands O attribution O . O There O are O mechanisms O employed O to O manage O the O actions O of O multiple O concurrent B-License users I-License on O a O database O — O the O purpose O is O to O prevent O lost O updates O and O dirty O reads O . O Following O in O 2011 O 451 O Group O analyst O Matthew O Aslett O argued O in O a O blog O post O that O copyleft B-License licenses I-License went O into O decline O and O permissive B-License licenses I-License increased O , O based O on O statistics O from O Black O Duck O Software O . O Capaware B-Language allows O interaction O with O 3D O virtual O terrain O mapping O , O and O is O distributed O under O license O GPL B-License . O MPlayer O is O a O free B-License and I-License open-source I-License media O player O software O application O . O It O is O licensed O under O the O GPL-3.0-or-later B-License license B-License , O and O is O wrapped O around O Libwget O which O is O under O the O LGPL-3.0-or-later B-Application license B-License . O It O was O also O a O modern O and O free B-License and I-License open I-License source I-License software I-License alternative O to O older O desktop B-Application environments O such O as O the O Common B-Application Desktop I-Application Environment I-Application ( O CDE O ) O , O but O also O to O the O K B-Application Desktop I-Application Environment I-Application ( O KDE B-Application ) O . O The O first O three O games O of O the O series O have O been O released O as O freeware B-License to O promote O the O successors O . O There O is O often O less O certainty O of O FOSS B-License projects O gaining O the O required O resources O and O participation O for O continued O development O than O commercial O software B-Application backed O by O companies O . O The O WTFPL B-License intends O to O be O a O permissive B-License , O public-domain-like O license O . O UrbanSim B-Application is O an O open B-License source I-License urban O simulation O system O designed O by O Paul O Waddell O of O the O University O of O California O , O Berkeley O and O developed O with O numerous O collaborators O to O support O metropolitan O land O use O , O transportation O , O and O environmental O planning O . O The O University B-License of I-License Illinois/NCSA I-License Open I-License Source I-License License I-License , O or O UIUC B-License license I-License , O is O a O permissive B-License free I-License software I-License license I-License , O based O on O the O MIT/X11 B-License license I-License and O the O 3-clause O BSD O license O . O The O number O of O peak O concurrent B-License users I-License exceeded O 43,000 O on O Russian O servers O and O 10,000 O on O Western O servers O . O YaCy B-Application , O a O free O distributed O search B-Application engine I-Application , O built O on O principles O of O peer-to-peer O networks O ( O licensed O under O GPL B-License ) O . O Java O Geometry B-Application Expert I-Application is O free O under O GNU B-License General I-License Public I-License License I-License . O MagicDisc O , O sometimes O known O as O MagicISO B-Application Virtual O CD/DVD O Manager O is O a O freeware B-License virtual B-Application drive I-Application counterpart O to O MagicISO B-Application . O The O Wall O Street O Journal O reported O on O May O 1 O , O 2014 O , O that O Tretikov O 's O information O technology O background O from O her O years O at O University O of O California O offers O Wikipedia O an O opportunity O to O develop O in O more O concentrated O directions O guided O by O her O often O repeated O position O statement O that O , O " O Information O , O like O air O , O wants O to O be O free. O " O The O operation O of O Wikipedia O depends O on O MediaWiki B-Application , O a O custom-made O , O free B-License and I-License open I-License source I-License wiki B-Protocol software I-Protocol platform O written O in O PHP B-Application and O built O upon O the O MySQL B-Application database O system O . O Huffyuv B-Algorithm Huffyuv B-Algorithm ( O or O HuffYUV B-Algorithm ) O was O written O by O Ben O Rudiak-Gould O and O published O under O the O terms O of O the O GNU B-License GPL I-License as O free O software O , O meant O to O replace O uncompressed O YCbCr O as O a O video O capture O format O . O Copyleft B-License applies O only O when O a O person O seeks O to O redistribute O the O program O . O Until O 2005 O the O Windows O version O was O only O under O a O proprietary B-License license I-License . O The O copyleft B-License ( O AGPL B-Application ) O license O may O also O be O a O hindrance O to O an O integration O in O commercial O products O ; O nevertheless O it O can O be O used O to O evaluate O algorithms O prior O to O developing O an O own O implementation O for O a O commercial O product O . O Sway B-Language – O a O tiling O Wayland O compositor O and O a O drop-in O replacement O for O the O i3 O window B-Application manager I-Application for O X11 B-Operating_System . O Sway B-Language uses O wlroots O – O a O modular O Wayland O implementation O that O functions O as O a O base O for O several O compositors O . O It O is O written O in O C B-Language and O published O under O the B-License MIT I-License License I-License . O In O February O 2013 O Kiwix B-Application won O SourceForge B-Application 's O Project O of O the O Month O award O and O an O Open B-License Source I-License Award O in O 2015 O . O Based O on O bitcoin B-Protocol 's O open-source B-License code O , O other O cryptocurrencies O started O to O emerge O . O Users O who O wish O to O download O the O application B-Application must O first O download O the O trial B-License version I-License which O allows O them O up O to O one O month O free O use O , O the O application B-Application becomes O unusable O after O that O time O , O unless O the O user O downloads O an O unlock O code O which O is O available O to O PlayStation O Plus O members O or O those O paying O a O fee O . O The O Xen O hypervisor B-Operating_System is O covered O by O the O GNU B-License General I-License Public I-License Licence I-License , O so O all O of O these O versions O contain O a O core O of O free O software O with O source O code O . O , O GPL B-License mrFAST O , O mrsFAST O Gapped O ( O mrFAST O ) O and O ungapped O ( O mrsFAST O ) O alignment O software O that O implements O cache O obliviousness O to O minimize O main/cache O memory O transfers O . O The O WTFPL B-License version O 2 O is O an O accepted O Copyfree B-License license O . O The O compiler O changes O were O made O available O as O per O GPL B-License license I-License terms O , O but O the O runtime B-Library libraries O were O not O , O rendering O the O open O source O contribution O unusable O to O the O general O public O . O Although O XBMP B-Application is O licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O it O is O written O for O use O with O Microsoft B-Application 's I-Application XDK I-Application and O so O is O not O legally O available O as O an O executable B-Application program I-Application to O non-official O Microsoft O game-publishers O . O In O addition O to O the O source O code O package O and O binary O installers O for O Linux B-Application , O macOS B-Operating_System , O and O Windows O , O ejabberd B-Protocol is O also O available O in O several O operating O system O distributions O as O is O typical O in O FOSS B-License , O including O Debian O , O Fedora O , O Gentoo B-Application , O Ubuntu B-Operating_System , O Arch O Linux B-Application , O OpenSolaris B-Operating_System , O FreeBSD B-Application Ports I-Application , O OpenBSD B-Operating_System ports O , O NetBSD B-Device port O and O Mac B-Operating_System OS I-Operating_System X I-Operating_System 's O Fink B-Application . O The O XOSL-OW O Open B-Application Watcom I-Application Port O allows O for O future O development O of O XOSL B-Application using O an O Open B-License Source I-License development O tool O set O . O Eraser B-Application is O an O open-source B-License secure O file O erasure O tool O available O for O the O Windows B-Application operating I-Application system I-Application . O The O XStream B-Language compiler O is O distributed O under O the O terms O of O the O CeCILL B-License free B-License software I-License license I-License . O Following O recruitment O of O the O project O lead O in O August O 2004 O , O IronPython B-Application was O made O available O as O part O of O Microsoft O 's O Shared B-License Source I-License initiative I-License . O sView B-Language is O a O free B-License and I-License open-source I-License 3D O media O player O software O application O . O Fluegelman O , O Knopf O , O and O Wallace O clearly O established O shareware B-License as O a O viable O software O distribution O model O by O becoming O wealthy O . O Armitage B-Application is O a O graphical O cyber O attack O management O tool O for O the B-Application Metasploit I-Application Project I-Application that O visualizes O targets O and O recommends O exploits O . O It O is O a O free B-License and I-License open I-License source I-License network O security O tool O notable O for O its O contributions O to O red O team O collaboration O allowing O for O shared O sessions O , O data O , O and O communication O through O a O single O Metasploit B-Application instance O . O It O is O released O under O GNU B-License General I-License Public I-License License I-License version O 3 O . O Dora B-Algorithm Goodman I-Algorithm Cameras I-Algorithm is O an O open B-License source I-License camera O company O in O Budapest O , O Hungary O founded O by O Dora O Goodman O . O New O versions O of O the O source O code O of O MaxDB B-Application are O no O longer O available O under O the O GNU B-License General I-License Public I-License License I-License . O It O was O the O first O Open B-License Source I-License operating B-General_Concept system I-General_Concept to O be O ported O to O the O O2 O . O In O late O 2005 O , O MINIX B-Operating_System was O relicensed O with O a O fourth O clause O added O to O the O BSD-3-Clause B-Operating_System license B-License . O LLVM B-Application was O released O under O the O University B-License of I-License Illinois/NCSA I-License Open I-License Source I-License License I-License , O a O permissive B-License free I-License software I-License licence I-License . O Info-Mac B-Operating_System is O an O online B-Architecture community I-Architecture , O news B-Application aggregator I-Application and O shareware B-License file B-Application hosting I-Application service I-Application covering O Apple O Inc O . O products O , O including O the O iPhone B-Device , O iPod B-Device and O especially O the O Macintosh B-Device . O Available O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License , O SpaceFM B-Language is O free O software O . O It O was O one O of O the O first O of O three O widely O popular O software O products O sold O via O the O marketing O method O that O became O known O as O shareware B-License . O Samsung B-Application Kies I-Application is O a O freeware B-License software I-License application O used O to O communicate O between O Windows B-Application or O Macintosh B-Device operating B-General_Concept systems I-General_Concept , O and O recently O manufactured O Samsung B-Application mobile O phone O and O tablet B-Device computer I-Device devices O , O usually O using O a O USB B-Protocol connection O ( O though O wireless B-Architecture LAN I-Architecture Kies O connectivity O is O now O possible O using O some O devices O ) O . O PHP-Fusion B-Protocol is O a O free B-License and I-License open-source I-License web B-Application framework I-Application based O on O PHP B-Application and O MySQL B-Application that O has O an O integrated O content B-Protocol management I-Protocol system I-Protocol ( O CMS O ) O among O many O other O features O . O multithreaded O , O Tcl-enabled O , O and O used O for O large O scale O , O dynamic O web O sites O . O AOLserver B-Language is O distributed O under O the O Mozilla B-License Public I-License License I-License . O The O following O licenses O are O considered O open-source O by O the O Open O Source O Initiative O and O free B-License by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System . O It O is O currently O commercialized O by O Schrödinger O , O Inc O . O As O the O original O software B-License license I-License was O a O permissive B-License licence I-License , O they O were O able O to O remove O it O ; O new O versions O are O no O longer O released O under O the O Python B-License license I-License , O but O under O a O custom O license O ( O granting O broad O use O , O redistribution O , O and O modification O rights O , O but O assigning O copyright O to O any O version O to O Schrodinger O , O LLC O . O The O solution O presented O here O is O based O on O all O GPL B-License FOSS B-License free O software O , O but O of O course O there O are O alternative O configurations O using O other O free O or O non-free O software O . O The O open B-License source I-License ATasm O project O was O written O as O a O MAC/65 B-Application -compatible O cross B-Language assembler I-Language . O Mad O Data O , O with O the O permission O of O Dongleware O , O has O produced O an O official O freeware B-License game O with O the O name O " O Oxyd B-Application extra O v2.0 O " O . O The O code O library O is O in O the O Java B-Language programming I-Language language I-Language and O licensed O with O GNU B-License General I-License Public I-License License I-License ( O GNU B-License GPL I-License or O simply O GPL B-License ) O licenses O . O Eclipse B-License Public I-License License I-License . O NASA B-License Open I-License Source I-License Agreement I-License Netscape B-Application Public I-Application License I-Application Open B-License Software I-License License I-License OpenSSL B-License license I-License PHP B-Language License I-Language Python B-License Software I-License Foundation I-License License I-License 2.0.1 O ; O 2.1.1 O and O newer O Q B-Language Public I-Language License I-Language Reciprocal B-License Public I-License License I-License 1.5 O Sleepycat B-License License I-License Sun B-License Industry I-License Standards I-License Source I-License License I-License Sun B-License Public I-License License I-License Sybase O Open O Watcom O Public O License O Unlicense B-License W3C B-License Software I-License Notice I-License and I-License License I-License Do B-License What I-License The I-License Fuck I-License You I-License Want I-License To I-License Public I-License License I-License ( O WTFPL B-License ) O Listed O as O WTFPL B-License . O Pull O requests O from O outside O contributors O – O for O both O Android B-Application and O iOS B-Application versions O – O may O be O accepted O under O MIT B-License license I-License . O musikcube B-Language is O a O free B-License and I-License open-source I-License cross-platform O , O terminal-based O audio O player O software O and O streaming O server O . O Numerous O freeware B-License and O commercial B-Application software I-Application implementations O also O exist O . O Originally O developed O by O the O open-source O community O , O the O protocols O were O formalized O as O an O approved O instant B-Application messaging I-Application standard O in O 2004 O and O have O been O continuously O developed O with O new O extensions O and O features O . O QuantConnect B-Application supports O coding O in O Python B-Language and O C# B-Application , O but O also O supports O other O languages O through O its O open-source B-License project O , O the O Lean O Algorithmic O Trading O Engine O ( O LEAN O ) O . O Because O of O the O free B-License and I-License open-source I-License nature O of O GIMP O , O several O forks B-Application , O variants O and O derivatives O of O the O computer O program O have O been O created O to O fit O the O needs O of O their O creators O . O While O GIMP O is O cross-platform B-Operating_System , O variants O of O GIMP O may O not O be O . O The O top O four O reasons O ( O as O provided O by O Open B-License Source I-License Business O Conference O survey O ) O individuals O or O organizations O choose O open-source B-Application software I-Application are O : O Volla O Phone O Hallo O Welt O Systeme O UG O Volla O OS O ( O based O on O Android B-Application Open B-License Source I-License Project O ) O , O Ubuntu B-Protocol Touch I-Protocol or O Sailfish B-Operating_System OS I-Operating_System 2020-11 O Fairphone B-Application 3+ I-Application Fairphone/e/OS O , O DivestOS B-Application , O LineageOS B-Application , O Ubuntu B-Protocol Touch I-Protocol 3Q O 2020 O Librem O 5Librem O 5 O – O A O Security O and O Privacy O Focused O Phone O . O xindy B-General_Concept is O licensed O under O the O GNU B-License GPL I-License . O May O be O combined O with O copyleft B-License . O Two O common O categories O for O software O under O copyright O law O , O and O therefore O with O licenses O which O grant O the O licensee B-Application specific O rights O , O are O proprietary B-Application software I-Application and O free B-License and I-License open-source I-License software I-License ( O FOSS B-License ) O . O under O the O name O Coco O , O and O later O rebranded O to O Confidential B-Language Consortium I-Language Framework I-Language ; O ( O CCF O ) O is O an O open-source B-License framework O for O the O development O of O a O new O category O performant O applications O that O focus O on O the O optimization O of O secure B-Protocol multi-party I-Protocol computation I-Protocol and O data O availability O . O The O source O release O has O also O allowed O community O developers O to O produce O source O ports O of O the O original O PC O version O of O the O game O which O was O released O as O freeware B-License . O The O GPL B-License requires O that O anyone O who O distributes O software O based O on O source O code O under O this O license O must O make B-Application the O originating O source O code O ( O and O any O modifications O ) O available O to O the O recipient O under O the O same O terms O . O He O released O it O as O shareware B-License for O $10 O . O OpenHarmony B-Device is O the O most O active O open B-License source I-License project O hosted O on O the O Gitee B-Application platform O . O CeCILL-C B-License , O for O " O component O " O software O , O which O is O fully O compatible O with O the O FSF O 's O LGPL O license O . O Rigs B-Language of I-Language Rods I-Language ( O RoR O ) O is O a O free B-License and I-License open I-License source I-License vehicle-simulation O game O which O uses O soft-body O physics O to O simulate O the O motion O destruction O and O deformation O of O vehicles O . O In O 2015 O , O MIT B-License received O a O gift O from O Mastercard O to O support O the O development O of O Solid O . O Its O shareware B-License edition O was O the O sixth-best-selling O computer O game O of O 1996 O overall O , O while O its O retail O SKU O claimed O 20th O place O . O OpenStudio B-Application is O a O suite O of O free B-License and I-License open-source I-License software I-License applications O for O building O energy O analysis O used O in O building B-Architecture information I-Architecture modeling I-Architecture . O QuArK B-Language ( O aka O Quake B-Language Army I-Language Knife I-Language ) O , O is O a O free B-License and O open-source B-Application program I-Application for O developing O 3D O assets O for O a O large O variety O of O video O games O , O mostly O first-person O shooters O using O engines O similar O to O or O based O on O the O Quake B-Application engine I-Application by O id O Software O . O ORVYL B-Application and I-Application WYLBUR I-Application are O still O available O as O open B-License source I-License from O Stanford O . O GNOME B-Language Do I-Language ( O often O referred O to O as O Do O ) O is O a O free B-License and I-License open-source I-License application O launcher O for O Linux B-Application originally O created O by O David O Siegel O , O and O currently O maintained O by O Alex O Launi O . O rtl8192cu O GPL B-License Written O by O Realtek O et O al O . O Organizations O such O as O the O Electronic O Frontier O Foundation O and O Creative O Commons O with O free O information O champions O like O Lawrence O Lessig O were O devising O numerous O licenses O that O offered O different O flavors O of O copyright O and O copyleft B-License . O Star B-Application Control I-Application was O a O critical O and O commercial O success O upon O its O release O , O leading O to O two O sequels O , O Star B-Application Control I-Application II I-Application in O 1992 O ( O and O the O free O open-source B-License remake O The B-Application Ur-Quan I-Application Masters I-Application in O 2002 O ) O , O and O Star B-Application Control I-Application 3 I-Application in O 1996 O . O It O was O written O by O Yves O Piguet O and O released O as O freeware B-License . O MXML B-Operating_System files O compile O into O Flash O SWF O via O the O Flex O SDK B-Application , O and O are O rendered O either O on O the O internet O browser O , O via O Adobe B-Operating_System Flash I-Operating_System plug-in O , O or O as O stand-alone O cross-platform O applications O , O via O the O Open B-License Source I-License Adobe B-Operating_System AIR I-Operating_System SDK B-Application . O The O software O is O published O under O the O GNU B-License General I-License Public I-License License I-License . O Although O historically O an O open-source B-License part O of O the O GlassFish B-Language application I-Language server I-Language , O it O can O also O be O used O in O a O stand-alone O configuration O . O Twine B-Application is O a O free B-License and I-License open-source I-License tool O created O by O Chris O Klimas O for O making O interactive O fiction O and O hypertext O fiction O in O the O form O of O web O pages O . O The O software O was O built O to O facilitate O public O consultation O during O the O Version O 3 O draft O process O of O the O GNU B-License General I-License Public I-License License I-License . O Open B-License source I-License ECM O products O are O also O available O . O It O currently O is O available O under O an O MIT B-License License I-License . O Some O parts O of O the O system O are O released O under O an O open O source O license B-License , O but O the O main O part O is O not O . O Dark B-Application Ages I-Application was O distributed O as O shareware B-License . O Lightspark B-Language is O a O free B-License and I-License open-source I-License SWF O player O that O supports O most O of O ActionScript B-Operating_System 3.0 O and O has O a O Mozilla-compatible O plug-in B-Application . O The O code O was O released O into O open B-License source I-License by O Apple O and O further O developed O with O new O functionality O and O multiple O platform O support O . O Subsequently O , O in O October O 2011 O the O VLC O authors O began O to O relicense O the O engine O parts O of O VLC O from O the O GPL-2.0-or-later B-License to O the O LGPL-2.1-or-later B-Application to O achieve O better O license O compatibility O , O for O instance O with O the O Apple B-Application App I-Application Store I-Application . O The O Fruit B-Application author O Fabien O Letouzey O has O since O appeared O from O a O 5-year O absence O in O January O 2011 O and O published O an O open O letter O asking O for O more O information O regarding O Rybka B-Application and O GPL B-License violations O . O The O game O also O has O a O " O custom O night O " O , O in O which O the O player O can O use O mechanics O reminiscent O of O the O first B-Application game I-Application ( O such O as O interactive O doors O and O a O camera O system O ) O which O were O absent O from O the O main O game O . O On O December O 4 O , O 2017 O , O after O teasing O the O game O several O days O earlier O , O Cawthon O released O Freddy B-Application Fazbear I-Application 's I-Application Pizzeria I-Application Simulator I-Application as O freeware B-License on O Steam B-Application . O The O game O 's O story O again O follows O Michael O Afton O who O , O sometime O following O the O events O of O Five B-Application Nights I-Application at I-Application Freddy I-Application 's I-Application 3 I-Application and O Sister B-Application Location I-Application , O becomes O the O manager O of O a O new O Freddy B-Application Fazbear I-Application 's O restaurant O run O by O the O mysterious O " O Cassette O Man O " O . O In O addition O , O psql O provides O a O number O of O meta-commands O and O various O shell-like O features O to O facilitate O writing O scripts O and O automating O a O wide O variety O of O tasks O ; O for O example O tab O completion O of O object O names O and O SQL B-Language syntax O . O pgAdmin O The O pgAdmin O package O is O a O free B-License and I-License open-source I-License graphical B-Application user I-Application interface I-Application ( O GUI B-Application ) O administration O tool O for O PostgreSQL O , O which O is O supported O on O many O computer O platforms O . O Mozilla B-Application Firefox I-Application , O or O simply O Firefox B-Application , O is O a O free B-License and I-License open-source I-License web B-Application browser I-Application developed O by O the B-Operating_System Mozilla I-Operating_System Foundation I-Operating_System and O its O subsidiary O , O the O Mozilla B-Operating_System Corporation O . O It O uses O the O Gecko B-Language rendering I-Language engine I-Language to O display O web O pages O , O which O implements O current O and O anticipated O web O standards O . O The O source O code O , O written O in O pure O vanilla O JavaScript/HTML/CSS O using O the O HTML5 B-Language canvas I-Language , O was O made O available O in O 2021 O for O developers O to O extend O its O functionality O , O under O the B-License MIT I-License License I-License with O the O Commons O Clause O . O These O problems O , O which O affect O system O stability O , O security O and O performance O , O are O the O main O reason O for O the O independent O development O of O free B-License and I-License open-source I-License drivers O . O Based O on O this O understanding O , O device B-Application drivers I-Application may O be O written O and O legally O published O under O any O software B-License license I-License . O Cho B-Application Ren I-Application Sha I-Application 68K I-Application was O first O developed O for O the O X68000 B-Device by O Koichi O " O Famibe O No O Yosshin O " O Yoshida O , O who O previously O worked O with O Family B-Language BASIC I-Language to O develop O two O shooter O games O titled O Zacner O ( O 1989 O ) O and O Zacner O II O ( O 1993 O ) O , O late O during O the O commercial O life O span O of O the O computer O as O guide O books O about O its O hardware O galvanized O the O platform O in O both O dōjin O soft O and O freeware B-License scenes O . O The O game O series O started O out O after O a O small O hobby O project O Eastside B-Application Hockey I-Application Manager I-Application grew O step O by O step O and O eventually O led O into O the O creation O of O a O freeware B-License game O called O Eastside B-Application Hockey I-Application Manager I-Application : O 2nd O Generation O , O generally O referred O to O as O the O original O Eastside B-Application Hockey I-Application Manager I-Application or O in O short O EHM O . O In O software B-License licensing I-License , O a O volume B-License licensing I-License is O the O practice O of O selling O a O license O authorizing O one O computer O program O to O be O used O on O a O large O number O of O computers O or O by O a O large O number O of O users O . O Project B-Language Looking I-Language Glass I-Language is O a O now O inactive O free B-Application software I-Application project O under O the O GPL B-License to O create O an O innovative O 3D O desktop O environment O for O Linux B-Application , O Solaris B-Application , O and O Windows B-Application . O Shortly O before O the O game O 's O release O , O Playism O announced O that O it O would O feature O a O collaboration O with O Ao B-Application Oni I-Application , O another O freeware B-License horror B-Application game I-Application . O Client B-Protocol Primary B-Application developers I-Application Cost O Software B-License license I-License User B-Application interface I-Application Programming O language O Computing B-Device platform I-Device Website O AndroidChat O GNU B-License GPL I-License TUI B-Application , O GUI B-Application Java B-Language Android B-Application Mobile B-Language Colloquy I-Language Kiji O Roshi O BSD B-Operating_System License I-Operating_System GUI B-Application Objective-C B-Language iOS B-Application fIRC O Laurence O Muller O GNU B-License GPL I-License GUI B-Application Java B-Language Android B-Application Igloo O Jordan O Koch O GUI B-Application Swift B-Application iOS B-Application IRCCloud O IRCCloud O Ltd O . O Free O version O is O limited O to O : O 2 O connections O outside O their O IRC O server O ; O 2 O hours O of O persistent O connection O while O idle O ( O after O the O first O 7 O days O ) O ; O 100MB O drag O and O drop O file O sharing O ; O low-priority O support O ; O and O no O access O to O passworded O servers O . O On O December O 19 O , O 2015 O , O Kevin O Savetz O uploaded O the O source O code O for O the O Atari B-Device 8-bit I-Device version O of O Sea B-Application Dragon I-Application under O no O license B-License to O the O Internet O Archive O with O permission O of O Russ O Wetmore O , O developer O of O the O port.Three O Atari B-Device 8-bit I-Device games O source O code O have O been O released O on O commodore.ninja O by O Paulo O Garcia O ( O Jan O 5 O , O 2016 O ) O Stellar O Conquest O III O : O Hostile O Takeover1994stellar-conquest-3-hostile-takeover O on O MobyGames2006Stellar O Conquest O inspired O Space O simulationopen O source O freeware B-License ( O non-commercial O ) O Freeware B-License ( O non-commercial O redistribution O allowed O ) O NecroBones O / O Ed O T O . O Toton O IIIThe O Turbo B-Application Pascal I-Application 6 O source O code O for O the O VGA O DOS O game O was O released O in O February O 2006 O together O with O the O game O itself O as O freeware B-License by O the O developer.NecroBones O DOS O Shareware/Freeware O Games O & O Demos O on O necrobones.com/Stellar O Frontier19972008Space O simulationSTARDOCK O SHARED B-License SOURCE I-License STELLAR O FRONTIER O LICENSE B-License ( O non-commercial O license B-License ) O stellar_frontier_source_eula.txt O STARDOCK O SHARED B-License SOURCE I-License STELLAR O FRONTIER O LICENSE B-License ( O mirror O ) O STARDOCK O SHARED B-License SOURCE I-License STELLAR O FRONTIER O LICENSE B-License ( O non-commercial O license B-License ) O StardockStellar O Frontier O was O developed O by O Doug O Hendrix O in O 1995 O and O was O later O licensed O and O published O by O Stardock O . O The O reference O implementation O code O was O released O mostly O as O public B-Application domain I-Application software I-Application with O some O parts O under O a O permissive B-License X B-License license I-License . O Under O this O model O , O users O may O choose O to O use O the O Aptana B-General_Concept IDE B-Application under O the O free O software/open O source O GNU B-License General I-License Public I-License License I-License ( O commonly O known O as O the O " O GPL B-License " O ) O or O under O the O ( O known O as O the O " O APL O " O ) O . O NEC-4 O also O introduced O a O new O licensing O system O , O and O is O not O available O as O open B-License source I-License . O It O was O originally O written O by O Andreas O Krennmair O in O 2007 O and O released O under O the B-License MIT I-License License I-License . O Flora B-Application License I-Application is O a O single O purpose O permissive B-License software I-License license I-License used O by O the B-Operating_System Linux I-Operating_System Foundation I-Operating_System in O certain O platform O components O of O Tizen B-Application . O FoundationDB B-Operating_System is O a O free B-License and I-License open-source I-License multi-model B-Operating_System distributed B-Operating_System NoSQL B-General_Concept database O developed O by O Apple O Inc O . O with O a O shared-nothing B-Operating_System architecture I-Operating_System . O 3.2 O Source O code O shall O be O free O from O any O royalty.Although O the O policy O only O talks O about O open O source O software O and O not O free B-Application software I-Application per O se O , O the O conditions O requiring O that O the O source O be O available O for O modifications O and O redistributions O aligns O with O the O licensing O requirements O of O Free B-License and I-License Open I-License Source I-License Software I-License and O thereby O is O expected O to O give O a O big O boost O to O the O adoption O of O free B-License and I-License open-source I-License software I-License in O the O government O organizations O in O India O . O The O first O known O violation O of O the O GPL B-License was O in O 1989 O , O when O NeXT O extended O the O GCC B-Application compiler I-Application to O support O Objective-C B-Language , O but O did O not O publicly O release O the O changes O . O Furthermore O , O the O open-source B-License culture O of O programming O has O been O described O as O a O gift O culture O , O where O social O power O is O determined O by O an O individual O 's O contributions O . O Because O this O Berkeley B-Operating_System Software I-Operating_System Distribution I-Operating_System ( O BSD B-Operating_System ) O contained O copyrighted O AT&T O Unix B-Application source O code O , O it O was O only O available O to O organizations O with O a O source O code O license B-License for O Unix B-Application from O AT&T O . O Next O to O this O OpenWebStart O provides O an O open B-License source I-License based O implementation O that O is O based O on O IcedTea-Web O but O offers O more O features O and O commercial O support O options O . O The O majority O of O free-software B-License licenses I-License require O that O modified O software O not O claim O to O be O unmodified O . O Versions O of O XFree86 B-Device up O to O and O including O some O release O candidates O for O 4.4.0 O were O under O the B-License MIT I-License License I-License , O a O permissive B-License , O non-copyleft B-License free B-Application software I-Application license O . O It O is O open B-Application source I-Application and O free B-Application software I-Application released O under O the O GPL-3.0-or-later B-License license O . O COFEE B-Application Windows B-Application proprietary O n/a O A O suite O of O tools O for O Windows B-Application developed O by O Microsoft O Digital B-Application Forensics I-Application Framework I-Application Unix-like/Windows O GPL B-License 1.3 O Framework O and O user O interfaces O dedicated O to O digital O forensics O Elcomsoft O Premium O Forensic O Bundle O Windows B-Application , O macOS B-Application proprietary O 1435 O Set O of O tools O for O encrypted O systems O & O data O decryption O and O password O recoveryE3 O : O Universal O SoftwareWindowsproprietary3.1E3:Universal O by O Paraben O Corporation O is O an O end-to-end O DFIR O solution O that O can O work O through O ALL O types O of O digital O data O : O computers O , O email O , O internet O data O , O smartphones O , O & O IoT O devices O . O Centram O had O already O written O such O a O stack O for O their O " O TOPS B-Device Terminal O " O , O a O freeware B-License ( O but O not O open B-License source I-License ) O Telnet B-Protocol terminal O for O the O Mac O . O In O July O 2019 O , O Spectrum O Software O closed O down O and O Micro-Cap B-Algorithm was O released O as O freeware B-License , O and O they O no O longer O provide O technical O support O or O software O updates O . O PNGOUT B-Application was O also O available O as O a O plug-in B-Application for O the O freeware B-License image B-Application viewer I-Application IrfanView B-Protocol and O can O be O enabled O as O an O option O when O saving O files O . O The O game O is O offered O as O freely O downloadable O and O shareable O Freeware B-License , O while O also O asking O for O donations O for O further O development O and O server O funding O , O which O makes O the O game O also O donationware B-License . O Difficulties O with O Closed O Package O Dependent O Applications O When O the O code O of O an O FLOSS B-License product O is O open O then O errors O and O reasons O can O be O identified O , O the O code O can O be O corrected O and O the O binary O version O can O be O recompiled O . O spamd B-Application is O an O ISC-licensed B-License lightweight O spam-deferral O daemon B-Operating_System written O under O the O umbrella O of O the O OpenBSD B-Operating_System project I-Operating_System . O In O discussion O over O the O change O of O the O dual B-License licensing I-License clause O on O the O debian-legal O mailing O list O , O it O was O noted O that O while O the O Ruby B-License license I-License itself O is O arguably O not O compatible O with O the O Debian B-License Free I-License Software I-License Guidelines I-License , O this O is O unimportant O due O to O the O dual-licensing B-License clause O . O Through O the O use O of O GPU-based O volume O rendering O techniques O it O allows O high O frame O rates O on O standard O graphics O hardware O to O support O interactive O volume O exploration O . O GNU B-License general I-License public I-License license I-License ( O GPL B-License ) O . O x264 B-Language is O a O free B-License and I-License open-source I-License software I-License library O and O a O command-line B-Application utility O developed O by O VideoLAN B-Application for O encoding O video O streams O into O the O H.264/MPEG B-Application -4 I-Application AVC I-Application video B-Algorithm coding I-Algorithm format I-Algorithm . O Based O upon O the O original O PC B-Device freeware B-License release O . O Yorick B-Language n/a O n/a O n/a O 9 O GPL B-License Programmable O , O callable O 2D+3D O plotting O . O Shortly O before O the O scheduled O release O date O of O 29 O November O 2011 O , O EditShare O announced O that O an O open B-License source I-License release O of O the O software O would O be O temporarily O delayed O , O but O did O not O announce O a O new O release O date O . O The O network O had O approximately O 2.4 O million O concurrent B-License users I-License in O 2003 O . O Ubuntu B-Operating_System ( O ) O is O a O Linux B-Application distribution I-Application based O on O Debian O and O composed O mostly O of O free B-License and I-License open-source I-License software I-License . O AutoIt3 B-Language was O initially O free B-License and I-License open-source I-License , O licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License , O with O its O initial O public O release O 3.0.100 O in O February O 2004 O , O and O had O open-source O releases O in O March O 2004 O and O August O 2004 O . O Standard B-Application ML I-Application of I-Application New I-Application Jersey I-Application ( O SML/NJ B-Application ; O Standard B-Application Meta-Language I-Application of I-Application New I-Application Jersey I-Application ) O is O a O free B-License and I-License open-source I-License compiler B-Language and O programming O environment O for O the O Standard B-Language ML I-Language programming O language O . O In O December O 2012 O , O MK O Consultancy O , O from O the O Netherlands O , O acquired O the O copyright O ownership O of O the O Street B-Application Rod I-Application games O and O re-released O Street B-Application Rod I-Application 2 I-Application , O as O well O as O the O original O game O and O an O updated O version O , O as O freeware B-License in O 2014 O . O Terminate B-Protocol ( O terminat.exe O ) O was O a O shareware B-License modem B-Application terminal B-Application and O host B-Application program O for O MS-DOS B-Application and O compatible O operating O systems O , O developed O during O the O 1990s O by O Bo O Bendtsen O from O Denmark O . O The O game O is O released O under O the O GNU B-License GPL-2.0-only I-License . O Some O licensing O issues O exist O in O the O darling-mach O module B-Application , O as O the O team O are O adding O GNU B-License GPL I-License modifications O to O the O APSL B-License kernel B-Operating_System . O Instead O of O having O to O trust O software B-Application vendors O , O users O of O FOSS B-License can O inspect O and O verify O the O source O code O themselves O and O can O put O trust O on O a O community O of O volunteers O and O users O . O , O a O variation O of O BSD-2-Clause O with O a O patent O grant O . O , O a O variation O of O BSD-3-Clause O that O adds O a O disclaimer O that O a O piece O of O software O is O not O designed O for O use O in O a O nuclear O facility O . O The O FreeBSD B-Operating_System project I-Operating_System argues O on O the O advantages O of O BSD-style B-License licenses I-License for O companies O and O commercial B-Application use-cases O due O to O their O license O compatibility O with O proprietary B-Application licenses I-Application and O general O flexibility O , O stating O that O the O BSD-style B-License licenses I-License place O only O " O minimal O restrictions O on O future O behavior O " O and O are O not O " O legal O time-bombs O " O , O unlike O copyleft B-License licenses I-License . O The O BSD B-Operating_System License O allows O proprietary B-Application use O and O allows O the O software O released O under O the O license O to O be O incorporated O into O proprietary B-Application products O . O See O Commercial B-License open-source I-License applications I-License for O the O list O of O current O commercial O open-source B-Application offerings O . O The O compiler B-Language and O programming B-Application tools I-Application are O released O under O a O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O Kamailio B-Protocol 's O roots O go O back O to O 2001 O , O when O the O first O line O of O SIP B-Protocol Express I-Protocol Router I-Protocol ( O SER O ) O was O written O ; O at O the O time O , O the O working O group O published O results O at O — O in O September O 2002 O the O code O itself O was O published O under O the O GPL B-License . O Due O to O the O low-bandwidth O connections O accessible O by O early O Internet O users O , O which O made O downloading O large O files O an O onerous O task O , O Info-Mac B-Operating_System partnered O with O Pacific O HiTech O to O periodically O publish O CD-ROMs B-Device containing O selected O shareware B-License and O freeware B-License from O the O archive O . O It O was O later O released O as O freeware B-License in O 1997 O . O Squeak B-Operating_System Etoys B-Application is O now O completely O free B-License and I-License open I-License source I-License . O Qoole O , O short O for O Quake B-Application Object O Oriented O Level O Editor O , O is O a O level O editor O for O video O games O based O on O the O Quake B-Application engine I-Application , O and O was O developed O by O Lithium O Software O . O Among O the O supported O games O are O the O original O Quake B-Application I I-Application and O Quake B-Application II I-Application , O Hexen B-Application II I-Application and O Half-Life B-Application . O It O uses O a O brush-based O method O to O construct O new O maps O , O in O which O monsters O , O items O and O lights O can O be O placed O , O or O any O of O the O on-board O prefabs O . O It O was O originally O sold O on O a O CD-ROM B-Device , O but O the O source O code O was O eventually O released O under O the O GPL B-License v2 O . O OpenSSL O was O dual-licensed O under O the O OpenSSL B-License License I-License and O the O SSLeay B-Protocol License O , O which O means O that O the O terms O of O either O licenses O can O be O used O . O It O is O free B-Application and I-Application open-source I-Application graphics I-Application device I-Application driver I-Application software O . O The O development O of O Gallium3D O started O in O 2008 O at O Tungsten O Graphics O , O and O the O implementation O is O available O as O free B-License and I-License open-source I-License software I-License as O part O of O Mesa B-Application 3D I-Application hosted O by O freedesktop.org B-Application . O It O was O initially O released O in O 2000 O as O GNU B-License GPL I-License software O under O the O name O Pro64 O . O It O aims O to O deliver O well-defined O open B-License source I-License and O open O data O technologies O that O run O across O distributed O devices O . O The O number O of O licenses O registered O and O installed O on O the O license B-Application server I-Application limits O the O number O of O concurrent B-License users I-License . O Ever O since O demo B-License version O 0.9b O of O SSF2 B-Operating_System , O players O can O fight O against O opponents O online O through O a O proprietary O system O dubbed O the O " O McLeodGaming B-Operating_System Network O " O . O Openmoko B-Application is O a O discontinued O project O to O create O a O family O of O open B-License source I-License mobile O phones O , O including O the O hardware O specification O , O the O operating B-General_Concept system I-General_Concept ( O Openmoko B-Application Linux I-Application ) O , O and O actual O smartphone B-Application development O implementation O like O the O Neo B-Application 1973 I-Application and O Neo B-Application FreeRunner I-Application . O It O is O covered O by O the O GPL-2.0-only B-License license O . O The O free B-License and I-License open I-License source I-License edition O of O Virtuoso B-Application Universal I-Application Server I-Application is O also O known O as O OpenLink B-Application Virtuoso I-Application . O The O FSF O states O that O " O free O software O development O depends O on O combining O code O from O third O parties O " O , O and O because O of O this O requirement O that O changes O must O be O " O original O creation O " O the O license O is O not O a O free B-License software I-License licence I-License . O It O is O designed O to O handle O a O range O of O workloads O , O from O single O machines O to O data O warehouses O or O Web O services O with O many O concurrent B-License users I-License . O It O was O the O default O database O for O macOS B-Operating_System Server I-Operating_System and O is O also O available O for O Linux B-Application , O FreeBSD B-Operating_System , O OpenBSD B-Operating_System , O and O Windows B-Application . O Status O : O Obsolete O , O unfinished O , O discontinued O , O closed B-Application source I-Application , O freeware B-License . O It O was O the O next O version O of O iView O MediaPro O which O Microsoft O acquired O in O June O 2006 O , O and O sold O again O in O May O 2010 O to O Phase O One O , O which O also O makes O the O Capture B-Operating_System One I-Operating_System raw O converter O software O . O The O original O predecessor O of O Phase O One O Media O Pro O is O iView O , O a O Macintosh-only O shareware B-License gallery O application O originally O from O Script O Software O , O a O company O that O later O changed O its O name O to O Plum O Amazing O . O Most O of O these O programs O were O licensed O under O the O GNU B-License General I-License Public I-License License I-License Version O 2 O , O and O a O few O under O the O GNU O Lesser O General B-License Public I-License License I-License . O Available O since O April O 2009 O on O SourceForge B-Application for O download O , O OpenSearchServer B-Application was O developed O under O the O GPL B-License v3 I-License license O and O offers O a O series O of O full B-Application text I-Application lexical B-Application analyzers I-Application . O OpenKM B-Language uses O the O GNU B-License General I-License Public I-License License I-License ( O Version O 2 O ) O license O . O Liero B-Application was O inspired O by O the O previous O freeware B-License game O MoleZ B-Application , O and O took O many O weapons O and O sounds O from O its O precursor O . O BitlBee B-Protocol is O a O cross-platform B-Operating_System IRC B-Protocol instant B-Application messaging I-Application gateway B-Application , O licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O According O to O the O first O version O of O T-License B-License , O changing O or O modifying O the O T-Kernel B-Operating_System source O code O can O only O be O done O by O certain O parties O like O A-level O members O of O the O T-Engine O Forum O and O these O parties O must O notify O and O register O their O changes O with O the O T-Engine O Forum O . O Jump B-Application ' I-Application n I-Application Bump I-Application is O a O 1998 O freeware B-License and O open-source B-Application MS-DOS B-Application platform O multiplayer O video O game O by O Brainchild B-Application Design I-Application . O Common O users O of O Libervis.com B-Application and O LinuxForums.org O felt O that O was O hypocritical O and O set O a O bad O example O for O a O FOSS B-License site O . O It O is O free B-Application software I-Application licensed O under O the O terms O of O the O Mozilla B-License Public I-License License I-License ( O MPL O ) O . O In O 2008 O APCMag.com O named O Alien B-Application Arena I-Application among O the O Top O 5 O best O ( O free B-License ) O open B-Application source I-Application games O . O OpenOffice B-Application Novell O edition O was O a O supported O version O of O Go-oo B-Language . O The O Workplace O Managed O Client O in O IBM B-Operating_System Workplace I-Operating_System 2.6 O ( O 23 O January O 2006 O ) O incorporated O code O from O OpenOffice.org O 1.1.4 O , O the O last O version O under O the O SISSL B-License . O The O Sahana O Free B-License and I-License Open I-License Source I-License Disaster O Management O System O is O emergency O management O and O disaster O preparedness O software O developed O by O the O Sahana O Software O Foundation O . O It O is O freely B-Application available O for O anyone O to O distribute O under O the O terms O of O the O GPL B-License . O On O 31 O August O 2021 O , O starting O with O version O 9.6.4 O , O LiveCode O Community O edition O , O licensed O under O GPL B-License , O was O discontinued O . O MyOS O is O based O on O the O Android B-Application Open B-License Source I-License Project O ( O AOSP O ) O . O If O the O source O code O is O given O out O without O specified O license B-License or O public B-Application domain I-Application waiver O it O has O legally O to O be O considered O as O still O proprietary B-Application due O to O the O Berne O Convention O . O For O a O list O of O video O game O software O with O available O source O code O , O see O List B-Application of I-Application commercial I-Application video I-Application games I-Application with I-Application available I-Application source I-Application code I-Application . O pwdump2 O ( O 2000 O ) O — O by O Todd O Sabin O of O Bindview O ( O GPL B-License ) O , O uses O DLL O injection O . O As O explained O by O Dave O Crossland O in O Libre O Graphics O Magazine O , O " O A O copyleft B-License font O may O overreach O into O the O documents O that O use O it O , O unless O an O exception O is O made O to O the O normal O terms O ; O an O additional O permission O to O allow O people O to O combine O parts O of O a O font O with O a O document O without O affecting O the O license O of O texts O , O photographs O , O illustrations O and O designs O . O The O FSF O said O that O the O term O " O open B-License source I-License " O fosters O an O ambiguity O of O a O different O kind O such O that O it O confuses O the O mere O availability O of O the O source O with O the O freedom O to O use O , O modify O , O and O redistribute O it O . O In O fact O , O TSL O has O always O been O the O intellectual O property O of O Activision O , O who O once O simply O granted O Phoenix O the O right O to O produce O their O game O for O freeware B-License distribution O , O with O all O changes O upon O request O ( O like O removing O " O King B-Application 's I-Application Quest I-Application " O from O the O title O ) O . O Kivio B-Language was O originally O developed O by O theKompany O who O brought O the O source O code O of O a O Linux-only O version O into O KOffice B-Language under O GPL B-License . O Some O pirate O web O sites O publish O license O codes O for O popular O shareware B-License , O leading O to O a O kind O of O arms O race O between O the O developer O and O the O pirates O where O the O developer O disables O pirated O codes O and O the O pirates O attempt O to O find O or O generate O new O ones O . O It O is O free B-Application software I-Application , O distributed O under O the O zlib B-License License I-License . O Most O projects O of O the O Wikimedia O Foundation O , O including O Wikipedia O ( O excluding O Wikivoyage O and O Wikinews O ) O - O On O June O 15 O , O 2009 O , O the O Section O 11 O clauses O were O used O to O dual-license B-License the O content O of O these O wikis B-Protocol under O the O Creative O Commons O Attribution O Share-Alike O license O and O GFDL B-Application . O Komodo B-Language Edit I-Language is O a O free B-License and I-License open I-License source I-License text B-Application editor I-Application for O dynamic B-Language programming I-Language languages I-Language . O In O April O 2009 O , O in O its O new O form O , O it O was O released O as O FOSS B-License . O On O January O 11 O , O 1999 O , O the O source O code O of O the O game O engine O used O in O Heretic B-Application was O published O by O Raven O Software O under O a O license O that O granted O rights O to O non-commercial O use O , O and O was O re-released O under O the O GNU B-License GPL-2.0-only I-License on O September O 4 O , O 2008 O . O OSQA B-Application is O free B-Application software I-Application released O under O the O GNU B-License GPL I-License v3+ O . O GPL B-License and O LGPL B-Application Free O open O source O GNU O GPLv2 O or O later O EMBOSS B-Application Suite O of O packages O for O sequencing O , O searching O , O etc O . O It O is O released O under O the B-License MIT I-License License I-License . O Xamarin.Forms O a O cross-platform B-Operating_System UI O toolkit O for O development O of O native O user O interfaces O that O can O be O run O on O macOS B-Application , O iOS O , O Android O , O and O Universal B-Device Windows I-Device Platform I-Device apps O . O Language O Tool O is O a O free B-License and I-License open I-License source I-License grammar B-Application , O style O , O and O spell B-Application checker I-Application , O and O all O its O features O are O available O for O download O . O It O is O designed O to O take O advantage O of O existing O free B-License and I-License open-source I-License software I-License and O to O be O a O target O for O homebrew B-Application development I-Application . O GPL-3.0 O License B-License bats O the O Bash O Automated O Testing O System O . O Second O , O commercial O software O vendors O often O license B-License a I-License software I-License product I-License by O means O of O a O concurrent B-License users I-License restriction O . O On O 9 O January O 2008 O , O NewGenLib B-Library was O declared O free B-License and I-License open-source I-License under O GNU B-License GPL I-License . O First O released O as O a O GPL-licensed B-License DirectX B-Application 9 I-Application game O engine O for O Microsoft B-Application Windows I-Application with O Python B-Language programming I-Language on O October O 27 O , O 2007 O , O it O later O became O proprietary B-Application software I-Application with O Construct B-Operating_System 2 I-Operating_System , O as O well O as O switching O its O API O technology O from O DirectX B-Application to O NW.js B-Language and O HTML5 B-Application , O as O well O as O removing O Python B-Language and O adding O JavaScript B-Language support O and O its O plugin O SDK O in O 2012 O , O and O eventually O switched O to O a O subscription-based O model O as O a O web B-Application app I-Application . O Released O under O the O GNU B-License General I-License Public I-License License I-License , O GPS O is O free B-Application software I-Application . O Debian O developer O Ian O Jackson O opined O that O using O Waf B-Application as O distributed O in O a O build B-Application system I-Application for O software O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License ( O GNU B-License GPL I-License ) O would O be O in O breach O of O the O terms O of O that O license O , O as O the O unpacking O script B-Language produces O an O obfuscated O copy O of O its O original O source O code O rather O than O the O " O preferred O form O for O modification O " O , O as O is O required O by O the O GPL B-License 's O wording O on O build B-Application systems I-Application . O Later O , O Mönkemeier O confirmed O the O freeware B-License status O extends O to O any O previously O released O full O version O . O In O 2013 O at O the O Stuttgart O DMS O Expo O trade O fair O , O agorum O has O been O awarded O the O open B-License source I-License " O Innovative O Project O Implementation O of O the O year O " O in O collaboration O with O Medneo O . O In O October O 2017 O , O the O German O software O company O Open-Xchange B-Protocol criticized O WhatsApp B-Application , O among O others O , O for O using O proprietary O software O and O stated O plans O to O create O an O open-source B-License alternative O . O They O split O the O product O line O in O two O , O offering O StuffIt B-Application Classic O in O shareware B-License and O StuffIt B-Application Deluxe O as O a O commercial O package O . O Therefore O , O some O consider O compatibility O with O the O widely O used O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O an O important O characteristic O , O for O instance O David O A O . O Wheeler O as O also O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System ( O FSF O ) O , O who O maintains O a O list O of O the O licenses O that O are O compatible O with O the O GPL B-License . O 2009 O , O Jikes B-Language RVM I-Language 3.1 O released O under O the O Eclipse B-License Public I-License License I-License ( O EPL O ) O with O significant O improvements O over O the O performance O of O version O 3.0.1 O and O a O switch O to O native O threading B-Operating_System . O The B-Operating_System Linux I-Operating_System Foundation I-Operating_System events O are O where O the O creators O , O maintainers O , O and O practitioners O of O the O most O important O open B-License source I-License projects O meet O . O In O 2011 O , O creator O Kohsuke O Kawaguchi O received O an O O'Reilly O Open B-License Source I-License Award O for O his O work O on O the O Hudson/Jenkins O project O . O InfoWorld O Bossie O Award O ( O Best O of O Open B-License Source I-License Software O Award O ) O in O 2011 O . O Several O open-source B-Application software I-Application licenses O have O qualified O within O the O boundaries O of O the B-License Open I-License Source I-License Definition I-License . O Dofus B-Protocol , O a O Flash O MMORPG B-Protocol uses O Metalinks B-Application for O downloads B-Application and O so O does O SageMath B-Application , O the O open-source B-License mathematical O software O . O He O made O the O first O public O call O to O the O free B-License software O community O to O adopt O it O in O February O 1998 O . O It O was O later O proposed O by O a O group O of O people O in O the O free B-License software O movement O who O were O critical O of O the O political O agenda O and O moral O philosophy O implied O in O the O term O " O free B-License software O " O and O sought O to O reframe O the O discourse O to O reflect O a O more O commercially O minded O position O . O In O October O 2011 O , O ZURB O released O Foundation O 2.0 O as O open B-Application source I-Application under O the B-License MIT I-License License I-License . O It O was O the O first O version O after O MINIX B-Operating_System had O been O relicensed O under O the O BSD-3-Clause B-Operating_System license B-License , O which O was O retroactively O applied O to O all O previous O versions O . O Shadowsocks B-Language is O a O free B-License and I-License open-source I-License encryption B-Protocol protocol I-Protocol project O , O widely O used O in O China O to O circumvent O Internet O censorship O . O Arctic B-Application Adventure I-Application was O distributed O as O shareware B-License . O Bitwarden B-Operating_System is O a O freemium O open-source B-License password O management O service O that O stores O sensitive O information O such O as O website O credentials O in O an O encrypted O vault O . O Complete O port O from O unmaintained O old O GTK+ O 2.x O to O maintained O GTK+ O 3.24 O or O GTK B-Application 4.0 O , O better O hiDPi O and O Wacom O support O , O Wayland B-Language support O on O Linux B-Application , O multiple O layer B-Algorithm selection B-General_Concept support O , O extensions O in O Python B-Language 3 O , O JavaScript O , O Lua O and O Vala O . O GIMP O is O primarily O developed O by O volunteers O as O a O free B-License and I-License open I-License source I-License software I-License project O associated O with O both O the O GNU O and O GNOME O projects O . O Development O takes O place O in O a O public O git B-Application source O code O repository O , O on O public O mailing O lists O and O in O public O chat O channels O on O the O GIMPNET O IRC B-Protocol network I-Protocol . O This O view O perfectly O summarizes O the O initial O response O to O FOSS B-License by O some O software B-Application corporations O . O Paparazzi O is O an O open-source B-License autopilot O system O oriented O toward O inexpensive O autonomous O aircraft O . O Generally O , O open B-License source I-License refers O to O a O computer O program O in O which O the O source O code O is O available O to O the O general O public O for O use O for O any O ( O including O commercial O ) O purpose O , O or O modification O from O its O original O design O . O In O line O with O Elementary O 's O intent O to O expand O the O reach O of O open B-Application source I-Application software I-Application , O 73 O percent O of O Freya O downloads O were O from O closed O source O operating O systems O . O In O 2015 O , O the O elementary O OS O developers O changed O the O download O page O to O default O to O a O monetary O amount O before O providing O a O direct O HTTP B-Protocol download O for O the O current O stable O release O . O Despite O the O fact O that O the O user O could O specify O any O amount O , O or O no O amount O at O all O , O it O sparked O controversy O about O how O such O practices O are O typically O not O perceived O as O being O in O alignment O with O FOSS B-License distribution O philosophies O . O In O 2003 O Kaiser B-Application II O author O Carsten O Strotmann O released O the O source O code O under O the O GNU B-License General I-License Public I-License Licence I-License . O Wine O , O when O patched O , O can O alternatively O run O Direct3D B-Application 9 O API O commands O directly O via O a O free B-License and I-License open-source I-License Gallium3D O State O Tracker O ( O aka O Gallium3D O GPU O driver O ) O without O translation O into O OpenGL B-Application API O calls O . O The O free B-License software I-License licenses I-License , O on O which O the O various O software B-Application packages I-Application of O a O distribution O built O on O the O Linux B-Operating_System kernel I-Operating_System are O based O , O explicitly O accommodate O and O encourage O commercialization O ; O the O relationship O between O a O Linux B-Application distribution I-Application as O a O whole O and O individual O vendors O may O be O seen O as O symbiotic O . O These O modules O include O : O Solid B-Language , O Nepomuk B-Language , O Phonon B-Language , O etc O . O and O are O licensed O either O under O the O LGPL B-Application , O BSD O license O , O MIT B-License License I-License or O X11 B-License license I-License . O Besides O the O KDE B-Language Software I-Language Compilation I-Language , O there O are O other O adopters O such O as O the O desktop O environments O LXQt B-Language , O MoonLightDE O or O Hawaii O . O Version O 3.0 O of O Krita B-Application , O the O raster O graphics O editor O of O the O Calligra B-Application Suite I-Application , O which O was O released O on O May O 31 O , O 2016 O , O depends O on O KDE B-Application Frameworks O 5 O and O Qt B-Language 5.2 O . O The O BitTorrent B-License Open I-License Source I-License License I-License , O is O derived O from O the O Jabber B-Protocol Open I-Protocol Source I-Protocol License I-Protocol , O which O is O an O Open O Source O Initiative O ( O OSI O ) O approved O license O . O In O February O 2009 O there O was O a O break-up O of O the O original O open O source O ( O GPL B-License ) O version O of O GForge O with O some O of O the O developers O of O GForge O releasing O the O continued O development O of O the O old O open O source O code O under O the O new O name O of O FusionForge B-Protocol while O Perdue O and O his O new O company O focused O on O a O commercial O offering O ( O GForge O Advanced O Server O and O later O GForgeNext O ) O . O Since O July O 1 O , O 2007 O , O ILWIS B-Language has O been O distributed O as O an O open O source O software O under O the O GPL-2.0-only B-License license O . O It O does O not O redistribute O itself O under O the O same O license O , O so O KaiOS O is O now O presumably O proprietary B-Application ( O but O still O mostly O open-source B-License , O publishing O its O source O code O ) O . O Argus O is O an O Open O Source O ( O GPL B-License ) O project O , O owned O and O managed O by O QoSient O , O LLC O , O and O has O been O ported O to O most O operating O systems O and O many O hardware O accelerated O platforms O , O such O as O Bivio O , O Pluribus O , O Arista O , O and O Tilera O . O Ragnarok B-Application ( O released O in O Europe O as O Valhalla O ) O is O a O freeware B-License Roguelike O video O game O for O MS-DOS B-Application ® I-Application , O developed O by O Norsehelm O Productions O ( O Thomas O F O . O Boyd O and O Rob O Vawter O ) O from O 1992 O to O 1995 O . O In O September O 2012 O , O the O Bitcoin B-Protocol Foundation O was O launched O to O " O accelerate O the O global O growth O of O bitcoin B-Protocol through O standardization O , O protection O , O and O promotion O of O the O open B-License source I-License protocol O " O . O In O October O 2012 O , O BitPay O reported O having O over O 1,000 O merchants O accepting O bitcoin B-Protocol under O its O payment O processing O service O . O An O open O letter O from O members O of O the O open B-License source I-License community O was O shared O on O GitHub B-Application in O December O 2019 O , O demanding O that O the O company O drop O its O contract O with O ICE O and O provide O more O transparency O into O how O they O conduct O business O and O partnerships O . O In O January O 2007 O , O based O on O counsel O by O LiSoG O , O InnoTek B-Operating_System released O VirtualBox B-Operating_System Open O Source O Edition O ( O OSE O ) O as O free B-License and I-License open-source I-License software I-License , O subject O to O the O requirements O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O version O 2 O . O QuiteRSS B-Application is O an O open B-License source I-License cross-platform O news B-Application aggregator I-Application for O RSS O and O Atom B-Application news O feeds O . O It O was O released O as O open B-Application source I-Application software I-Application with O a O GNU B-License General I-License Public I-License License I-License in O September O 2007 O , O after O the O developers O decided O to O focus O activities O on O a O new O game O . O Pandorabots B-Protocol implements O and O supports O development O of O the O AIML O open O standard O and O makes O portions O of O its O code O accessible O for O free O under O licenses O like O the O GPL B-License or O via O open O APIs B-Application . O Because O of O the O free B-License and I-License open-source I-License nature O of O GIMP B-Application , O several O forks B-Application , O variants O and O derivatives O of O the O computer O program O have O been O created O to O fit O the O needs O of O their O creators O . O GPLv2 O Agile O Molecule O AutoDock B-Application Suite O of O automated O docking O tools O GPL B-License Avogadro B-Language C++ B-Language ( O Qt O ) O based O molecule O editor O and O visualizer O for O in O computational O chemistry O , O molecular O modeling O , O bioinformatics O , O materials O science O , O and O related O areas O . O However O , O the O SISSL B-License is O unique O among O OSI-approved O licenses O in O requiring O that O " O The O Modifications O which O You O create O must O comply O with O all O requirements O set O out O by O the O Standards O body O in O effect O one O hundred O twenty O ( O 120 O ) O days O before O You O ship O the O Contributor O Version. O " O The O OSI O hoped O that O the O use O of O the O label O " O open B-License source I-License " O , O a O term O suggested O by O Christine O Peterson O of O the O Foresight O Institute O at O the O strategy O session O , O would O eliminate O ambiguity O , O particularly O for O individuals O who O perceive O " O free B-Application software I-Application " O as O anti-commercial O . O ScummVM B-Device is O distributed O as O free B-Application software I-Application under O the O GPL-2.0-or-later B-License license O , O enabling O anyone O to O use O the O project O as O an O engine O for O a O game O . O It O was O released O in O 2010 O and O became O open-source O ( O GPL B-License ) O in O 2011 O . O A O description O of O the O shareware B-License market O in O the O first O issue O of O PC O Zone O in O 1993 O noted O that O Aliens O , O as O it O was O also O sold O through O shareware B-License distributors O like O Apogee O , O was O one O of O the O most O popular O games O of O 1993 O in O the O shareware B-License market O . O Each O line O contains O 3 O vertices O , O separated O by O spaces O , O to O form O a O triangle O , O like O so O : O X1 O Y1 O Z1 O X2 O Y2 O Z2 O X3 O Y3 O Z3 O .blend O Blender B-Application File O Format O Blender B-License Foundation I-License Blender B-Application 3D I-Application Open O source O , O binary-only O format O .fbx B-Application Autodesk O FBX B-Application Format O Autodesk O Various O Proprietary O . O The O term O shelfware B-License originated O before O the O internet O , O and O it O referred O to O reams O of O paper O documentation O . O Public-domain B-Application software I-Application is O a O type O of O FOSS B-License , O which O is O royalty-free O and O - O openly O or O reservedly O - O can O be O run O , O distributed O , O modified O , O reversed O , O republished O , O or O created O in O derivative O works O without O any O copyright O attribution O and O therefore O revocation O . O Since O the O development O and O near-universal O adoption O of O the O web O , O an O important O distinction O that O has O emerged O , O has O been O between O web B-Application applications I-Application written O with O HTML B-Language , O JavaScript B-Language and O other O web-native O technologies O and O typically O requiring O one O to O be O online O and O running O a O web B-Application browser I-Application and O the O more O traditional O native O applications O written O in O whatever O languages O are O available O for O one O 's O particular O type B-Device of I-Device computer I-Device . O Windows B-Application Console I-Application 2019 O MIT B-License In O 2019 O , O the O Windows B-Application Console I-Application infrastructure O was O open-sourced O under O the B-License MIT I-License license I-License , O alongside O Windows B-Language Terminal I-Language . O It O is O developed O by O Thomas O Braun O , O Jens O Klingen O and O Robin O Krom O and O is O published O under O GNU B-License General I-License Public I-License License I-License , O hosted O by O GitHub B-Application . O In O 1998 O Star O Division O began O offering O StarOffice O for O free B-License . O Sun O Microsystems O acquired O the O company O , O copyright O and O trademark O of O StarOffice O in O 1999 O for O , O as O it O was O supposedly O cheaper O than O 42,000 O licenses B-License of O Microsoft B-Application Office I-Application . O + O List O of O languages O and O frameworks O including O regular B-Language expression I-Language support O Language O Official O website O Software B-License license I-License Remarks O ActionScript B-Operating_System 3 O ActionScript B-Operating_System Technology O Center O APL B-Language ( O APLX B-Language , O Dyalog O , O GNU O ) O APL B-Language Wiki O ⎕SS O ( O PCRE B-Language ) O , O ⎕ O R/ O ⎕S O ( O PCRE B-Language ) O , O ⎕SS O ( O PCRE2 B-Language ) O , O respectively O C++11 O ( O C++ B-Language ) O C++ B-Language standards O website O Since O ISO14822:2011(e ) O , O similar O to O ECMAScript B-Language on O default O ( O Grammar O Description O ) O D B-Application D B-Application Free B-Operating_System Pascal I-Operating_System ( O Object B-Language Pascal I-Language ) O freepascal.org O Free B-Operating_System Pascal I-Operating_System 2.6 O + O ships O with O TRegExpr O from O Sorokin O and O two O other O regular B-Language expression I-Language libraries O ; O See O wiki.lazarus.freepascal.org/Regexpr O . O To O indicate O a O font O exception O to O the O GPL B-License , O a O digital O font O creator O adds O the O following O language O to O the O end O of O the O GPL B-License text O distributed O with O their O font O : O Much O of O their O work O is O based O on O the O more O generic O ideals O of O " O humanitarian-FOSS O " O , O where O the O ideals O of O FOSS B-License are O applied O for O building O humanitarian-ICT O applications O or O applications O built O to O help O alleviate O human O suffering O . O MilkShape B-Application 3D I-Application ( O MS3D O ) O is O a O shareware B-License low-polygon O 3D O modeling O program O created O by O Mete O Ciragan O . O From O the O Business B-Application Central I-Application rebrand O launch O , O the O licensing O model O changed O to O a O per-seat B-License license I-License model O with O a O 3x O concurrent O seat O multiplier O added O to O any O existing O perpetual O licences O from O previous O Dynamics B-Application NAV I-Application versions O . O Customers O with O a O Dynamics B-Application NAV I-Application Extended O Pack O license O were O moved O to O the O Premium O edition O . O Freeware B-License is O software O , O most O often O proprietary B-Application , O that O is O distributed O at O no O monetary O cost O to O the O end O user O . O The O free B-License OpenOffice.org B-Application 3.0 I-Application , O with O the O same O functionality O as O StarOffice O 9 O , O could O also O be O used O . O Sun O also O offered O free B-License web-based O training O and O an O online O tutorial O for O students O and O teachers O , O free B-License support O services O for O teachers O ( O including O educational O templates O for O StarOffice O ) O and O significantly O discounted O technical O support O for O schools O . O 2013 O FAMSAProgressive O alignment O for O extremely O large O protein O families O ( O hundreds O of O thousands O of O members O ) O ProteinGlobalDeorowicz O et O al.2016 O , O GPL B-License 3 O FSA O Sequence O annealing O Both O Global O R O . O K O . O Bradley O et O al O . O Swfdec B-Application is O an O outdated O free B-License and I-License open-source I-License replacement O for O Adobe B-Operating_System Flash I-Operating_System Player I-Operating_System . O which O is O known O as O the O first O FOSS B-License initiative O in O Kosovo O . O The O Eclipse B-License Public I-License License I-License ( O EPL O ) O is O the O fundamental O license O under O which O Eclipse B-Application projects O are O released O . O It O is O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O gentoo B-Application is O written O in O C B-Language using O the O GTK+ B-Application toolkit O , O and O the O " O two-pane O " O concept O . O In O 2002 O , O Caldera O International O released O V7 O as O FOSS B-Application under O a O permissive B-License BSD-like B-Operating_System software B-License license I-License . O In O February O 1999 O , O the O game O was O declared O freeware B-License by O the O developers O . O In O January O 2013 O a O remake O project O was O posted O to O GitHub B-Application , O named O OpenOMF O . O In O 2014 O , O four O Facebook B-Application programmers O at O a O Facebook B-Application hackathon O event O created O a O prototype O open-source B-License BMC O firmware O stack O named O OpenBMC B-Application . O This O is O a O version O of O the O Microsoft B-License Reciprocal I-License License I-License in O which O rights O are O only O granted O when O developing O software O for O a O Microsoft B-Application Windows I-Application platform O . O Like O the O Ms-LPL O , O this O license O is O not O open O source O because O it O is O not O technology-neutral O due O to O its O restriction O that O licensed O software O must O be O used O on O Windows O , O and O is O also O not O considered O free B-License by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System due O to O this O restriction O . O Due O to O the O relative O ease O of O porting O and O the O open B-License source I-License license O , O has O also O been O unofficially O ported O to O other O 3rd-party O devices O . O An O open O letter O from O members O of O the O open B-License source I-License community O was O shared O on O GitHub O in O December O 2019 O , O demanding O that O the O company O drop O its O contract O with O ICE O and O provide O more O transparency O into O how O they O conduct O business O and O partnerships O . O Users O may O pay O a O fee O in O order O to O conduct O Product B-License activation I-License to O " O unlock O " O the O additional O features O in O the O deluxe O edition O . O Multithreading O and O MPI-enabled O , O GPL B-License 3GASSST O Finds O global O alignments O of O short O DNA O sequences O against O large O DNA O banks O Multithreading O CeCILL B-License version I-License 2 I-License License O . O Although O there O is O almost O a O complete O overlap O between O free-software B-License licenses I-License and O open-source-software O licenses O , O there O is O a O strong O philosophical O disagreement O between O the O advocates O of O these O two O positions O . O TODO O ( O Talk O Openly O , O Develop O Openly O ) O is O an O open B-License source I-License collective O housed O under O the B-Operating_System Linux I-Operating_System Foundation I-Operating_System . O While O FOSS B-License can O be O superior O to O proprietary B-Application equivalents O in O terms O of O software B-Application features O and O stability O , O in O many O cases O it O has O more O unfixed O bugs O and O missing O features O when O compared O to O similar O commercial O software B-Application . I-Application Eurogamer O 's O Jim O Rossignol O named O Celestia B-Application among O a O top O 20 O list O of O Summer O of O PC O Freeware B-License games O in O 2006 O . O The O project O 's O mission O is O to O " O enable O people O to O build O highly O customized O websites O affordably O , O through O collaboration O and O open B-License source I-License software O " O . O DVC O is O a O free B-License and I-License open-source I-License , O platform-agnostic O version O system O for O data O , O machine O learning O models O , O and O experiments O . O The O software O is O available O under O an O open O source O GPL B-License license I-License . O The O first O Singularity B-Operating_System Research O Development O Kit O ( O RDK O ) O , O RDK O 1.1 O , O was O initially O released O on O March O 4 O , O 2008 O , O being O released O under O a O shared B-License source I-License license I-License allowing O academic O non-commercial O use O and O available O from O CodePlex B-Protocol . O MILEPOST B-Application GCC I-Application : O interactive O plugin-based O open-source B-License research O compiler B-Language that O combines O the O strength O of O GCC B-Application and O the O flexibility O of O the O common O Interactive B-Protocol Compilation I-Protocol Interface I-Protocol that O transforms O production O compilers B-Language into O interactive O research O toolsets O . O TinyMCE B-Application is O an O online B-Application rich-text I-Application editor I-Application released O as O open-source B-Application software I-Application under O the B-License MIT I-License License I-License . O FreeArc B-Application is O a O free B-License and I-License open-source I-License high-performance O file B-Application archiver I-Application developed O by O Bulat O Ziganshin O . O Instead O it O came O bundled O with O a O newer O version O of O PNUNPACK B-Application and O brought O a O much O advanced O version O of O NetWars B-Application . O Parts O of O OpenDOS O 7.01 O were O released O as O open B-Application source I-Application in O form O of O the O M.R.S. O kit O ( O for B-Language Machine O Readable O Sources O ) O in O May O 1997 O , O but O with O license B-License terms O mostly O incompatible O with O existing O open-source B-Application licenses O . O It O is O written O in O C B-Language and O published O under O the B-License MIT I-License License I-License . O PMB B-Language is O now O licensed O under O CECILL B-License free O licence O , O that O ensures O legal O security O in O France O and O other O countries O with O similar O legal O systems O . O They O were O distributed O as O shareware B-License . O In O June O 2007 O , O Jeff O Vogel O released O the O source O code O and O game O content O for O Blades O of O Exile O , O which O is O currently O under O version O 2 O of O the O GNU B-License General I-License Public I-License License I-License . O As O of O July O 8 O , O 2013 O , O these O games O are O freeware B-License on O Spiderweb O Software O 's O website O . O Distributed O according O to O the O donationware B-License model O , O the O application O can O be O downloaded O for O free O . O xine B-Application is O a O multimedia O playback O engine O for O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System released O under O the O GNU B-License General I-License Public I-License License I-License . O As O compensation O for O the O players O , O Cawthon O released O a O freeware B-License beat B-Application ' I-Application em I-Application up I-Application spin-off O game O titled O Security O Breach O : O Fury O 's O Rage O . O es B-Operating_System ( O for O " O extensible O shell O " O ) O is O an O open B-License source I-License , O command O line O interpreter O developed O by O Rakitzis O and O Paul O Haahr O that O uses O a O scripting B-Language language I-Language syntax O influenced O by O the O rc B-Operating_System shell I-Operating_System . O VeraCrypt B-Operating_System is O considered O to O not O be O free B-License and I-License open I-License source I-License by O : O LifeType B-Protocol is O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O Neither O PCDOS B-Operating_System nor O CP/M B-Operating_System -86 I-Operating_System could O fully O exploit O the O power O and O capabilities O of O the O new O 16-bit B-Device machine O . O It O was O soon O supplemented O by O an O implementation O of O CP/M B-Application ' O s O multitasking B-Operating_System ' O big O brother O ' O , O MP/M B-Operating_System -86 I-Operating_System 2.0 O , O since O September O 1981 O . O This O turned O a O PC O into O a O multiuser O machine O capable O of O supporting O multiple O concurrent B-License users I-License using O dumb O terminals O attached O by O serial B-Protocol ports I-Protocol . O CP/M B-Operating_System -86 I-Operating_System 1.1 O ( O with O BDOS B-Operating_System 2.2 O ) O and O MP/M B-Operating_System -86 I-Operating_System 2.1 O were O merged O to O create O Concurrent O CP/M B-Operating_System -86 I-Operating_System 3.0 O ( O also O known O as O CCP/M O -86 O ) O with O BDOS B-Operating_System 3.0 O in O late O 1982 O . O It O was O originally O open-source B-Application , O under O the O GPLv3 O license O , O but O later O freeware B-License releases O reported O " O Due O to O various O circumstances O , O distribution O of O the O source O code O is O temporarily O suspended O " O . O Linux B-Application is O one O of O the O most O prominent O examples O of O free B-License and I-License open-source I-License software I-License collaboration O . O The O Lucent B-License Public I-License License I-License is O an O open-source O license O created O by O Lucent O Technologies O . O It O is O free B-Application software I-Application under O the O GNU B-License GPL I-License . O Microsoft O has O released O Microsoft O Windows O Services O for O UNIX O , O which O contains O GPL-licensed O code O . O In O July O 2009 O , O Microsoft O itself O released O a O body O of O around O 20,000 O lines O of O Linux B-Application driver I-Application code O under O the O GPL B-License . O The O license O chosen O was O the B-License Unlicense I-License . O 2.1 O June O 21 O , O 2004 O New O release O due O to O licensing O issues O relating O to O the O GNU B-License General I-License Public I-License License I-License . O Arachnophilia B-Language is O free B-License and I-License open-source I-License software I-License subject O to O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O Alcachofa O subsequently O re-released O Dráscula B-Application as O freeware B-License . O On O 3 O June O 2022 O , O the O last O revision O of O SIMH B-Application not O subject O to O this O clause O ( O licensed O under O BSD B-Operating_System licenses I-Operating_System and O the B-License MIT I-License License I-License ) O was O forked B-Application by O the O group O Open O SIMH B-Application , O with O a O new O governance O model O and O steering O group O that O includes O Supnik O and O others O . O While O RA O was O initially O shareware B-License , O Andrew O also O released O a O commercial O edition O - O " O RemoteAccess B-Protocol Professional O " O - O that O was O bundled O with O utilities O to O allow O remote O control O of O nodes O over O a O network O ( O RANETMGR O , O and O RATSR O ) O . O NEC-4 O also O introduced O a O new O licensing O system O , O and O is O not O available O as O open B-License source I-License . O The O code O is O based O on O the O method B-Algorithm of I-Algorithm moments I-Algorithm solution O of O the O electric B-Algorithm field I-Algorithm integral I-Algorithm equation I-Algorithm ( O EFIE B-Algorithm ) O for O thin O wires O and O the O magnetic O field O integral O equation O ( O MFIE O ) O for O closed O , O conducting O surfaces O . O Ms-PL O provides O a O free B-License and O flexible O licensing O for O developers O using O source O codes O under O this O license O . O However O , O the O Ms-PL O is O a O copyleft B-License license I-License because O it O requires O the O source O code O of O software O it O governs O to O be O distributed O only O under O the O same O license O ( O the O Ms-PL O ) O . O This O is O similar O , O but O not O the O same O as O the O CDDL B-Application , O EPL B-License or O LGPL B-Application ( O GPL B-License with O a O typical O " O linking O exception O " O ) O . O According O to O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System , O it O is O a O free B-License software I-License license I-License but O not O compatible O with O the O GNU B-License GPL I-License . O The O Wikimedia O Foundation O sponsored O a O free B-License and I-License open-source I-License online O ECMAScript B-Language FLAC B-Application tool O for O browsers O supporting O the O required O HTML5 B-Application features O . O Additionally O , O GitLab B-Application Inc O . O announced O that O the O code O would O become O open O source O under O an O MIT B-License License I-License no O later O than O June O 2017 O . O Nebulo O is O an O open B-License source I-License DNS B-Application changer O application O for O Android O which O supports O both O DoT O and O DoH O . O Planner B-Operating_System is O released O under O the O GPL-3.0-or-later B-License license O . O The O Vim O license O is O compatible O with O the O GNU B-License General I-License Public I-License License I-License through O a O special O clause O allowing O distribution O of O modified O copies O under O the O GNU B-License GPL I-License version I-License 2.0 I-License or I-License later I-License . O Like O vi B-Application , O Vim O 's O interface O is O not O based O on O menus O or O icons O but O on O commands O given O in O a O text B-Application user I-Application interface I-Application ; O its O GUI B-Application mode O , O gVim O , O adds O menus O and O toolbars O for O commonly O used O commands O but O the O full O functionality O is O still O expressed O through O its O command B-Application line I-Application mode O . O Vi B-Application ( O and O by O extension O Vim O ) O tends O to O allow O a O typist O to O keep O their O fingers O on O the O home O row O , O which O can O be O an O advantage O for O a O touch B-Device typist I-Device . O Microsoft O also O uses O specific O licenses O for O some O of O their O products O , O such O as O the O Shared B-Application Source I-Application CLI I-Application License O and O the O Microsoft B-Application Windows I-Application Embedded O CE O 6.0 O Shared B-License Source I-License License I-License . O The O following O licenses O are O considered O open-source O by O the O Open O Source O Initiative O and O free B-License by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System . O In O August O 2001 O , O On2 B-Application Technologies I-Application announced O that O they O would O be O releasing O an O open B-License source I-License version O of O their O VP3.2 O video O compression O algorithm O . O The O German B-License Free I-License Software I-License License I-License ( O Deutsche O Freie O Software O Lizenz O ) O is O a O license O of O open-source O nature O with O the O same O flavors O as O the O GNU B-License GPL I-License but O governed O by O German O law O . O Chart.js B-Application is O a O free O , O open-source B-License JavaScript B-Language library I-Language for O data B-Application visualization I-Application , O which O supports O eight O chart O types O : O bar B-Application , O line B-Application , O area B-Application , O pie B-Application ( O doughnut O ) O , O bubble B-Application , O radar B-Application , O polar O , O and O scatter B-Application . O Dream O Diary O predecessor O , O Yume B-Application Nikki I-Application , O was O created O independently O and O released O as O freeware B-License in O June O 2004 O by O a O Japanese O developer O using O the O pseudonym O Kikiyama B-Application . O It O is O an O open B-License source I-License system O ( O however O the O SDK O was O closed-source B-Application and O proprietary B-Application ) O that O aims O to O offer O a O consistent O user B-Application experience I-Application across O devices O . O It O is O free B-License and I-License open-source I-License software I-License released O under O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application ( O LGPL B-Application ) O version O 2.1 O . O It O was O developed O in O the O University O of O Granada O and O source O code O was O released O under O GNU B-License GPL I-License version O 3 O . O Myriad B-Application Search I-Application allowed O users O to O select O search O results O from O Ask B-Application Jeeves I-Application , O Google B-Application , O MSN B-Application , O and O Yahoo B-Application It O was O trialled O ( O " O in O beta O " O ) O from O September O 16 O , O 2005 O , O and O in O February O 2006 O Wall O made O the O source O code O available O as O open B-License source I-License . O Open B-Protocol Live I-Protocol Writer I-Protocol ( O also O known O as O OLW O ) O is O a O free B-License and I-License open-source I-License desktop O blogging O application O released O by O .NET O Foundation O . O Built O for O speed.node-gfm O : O GitHub B-Application flavored I-Application markdown I-Application to O HTML B-Language converter O PHP B-Application , O Parsedown O : O Markdown O parser O written O in O PHPCiconia O : O Markdown O parser O written O in O PHP B-Application Python B-Language , O Grip O : O GitHub O Readme O Instant O Preview O Rubygithub-markdown O : O Self-contained O Markdown O parser O for O GitHub O — O — O Proprietary O Markdown O Perl B-Language ( O originally O ) O , O C B-Language , O peg-markdown O is O an O implementation O of O markdown O in O C.Discount O is O also O an O implementation O of O markdown O in O C B-Language . O Python B-Language , O JavaScript B-Language , O Haskell B-Language , O Ruby B-Language , O C# B-Application , O Java B-Language , O PHP B-Application BSD-style O & O GPL B-License ( O both O ) O Markdown O Extra O PHP B-Application ( O originally O ) O , O Python B-Language , O Ruby B-Language — O — O BSD-style O & O GPL B-License ( O both O ) O MediaWiki B-Application Perl B-Language , O PHP B-Application , O Haskell B-Language , O Python B-Language — O — O GNU B-License GPL I-License MultiMarkdown B-Language C B-Language , O Perl B-Language — O OPML B-Application GPL B-License , O MIT B-License Org-mode B-Operating_System Emacs B-Operating_System Lisp I-Operating_System , O Ruby B-Language ( O parser O only O ) O , O Perl B-Language , O OCaml B-Language Markdown O TXT O , O XOXO B-General_Concept , O iCalendar O , O Texinfo B-Application , O man B-Protocol , O contrib O : O groff B-Application , O s5 B-Application , O deck.js O , O Confluence O Wiki B-Protocol Markup O , O TaskJuggler B-Language , O RSS O , O FreeMind B-Language GPL B-License PmWiki B-Language PHP B-Application — O — O GNU B-License GPL I-License POD B-Language Perl B-Language — O Man B-Protocol page I-Protocol , O plain O text O Artistic B-License License I-License , O Perl B-Language 's O license O reStructuredText B-Language Python B-Language , O Docutils O is O an O implementation O of O ReStructuredText B-Language in O PythonSphinx O is O an O implementation O of O ReStructuredText B-Language in O Python B-Language and O Docutils O with O a O number O of O output O format O Builders O Haskell B-Language ( O Pandoc B-Language ) O , O Java B-Language , O — O man B-Protocol , O S5 B-Application , O Devhelp B-Language , O QT B-Language Help I-Language , O CHM B-Protocol , O JSON B-General_Concept Public O Domain O Textile B-Language PHP B-Application , O JavaScript B-Language , O Java B-Language , O Perl B-Language , O Python B-Language , O Ruby B-Language , O ASP B-General_Concept , O C# B-Application , O Haskell B-Language — O — O Textile B-Language License O Texy B-Application ! I-Application Those O volume B-License licensed I-License editions O rehosted O on O Microsoft B-Application Azure I-Application automatically O receive O ESUs O until O July O 8 O , O 2025 O . O Name O Windows B-Application MacOSX B-Device Linux B-Application BSD B-Operating_System Android B-Application Price O License B-License Latest O stable O release O Notes O Beyond B-Device TV I-Device 4.9.3 O ( O Build O 6535 O ) O Not O compatible O with O DVB B-Application tuners O . O Darktable B-Language is O released O under O the O GPL-3.0-or-later B-License as O free B-Application software I-Application . O The O game O was O initially O made O available O for O purchase O sometime O in O early O 2006 O , O however O was O released O as O freeware B-License on O July O 14 O the O same O year O . O It O was O released O for O MS-DOS B-Application in O 1994 O and O Macintosh B-Device in O 1995 O . O Unlike O the O original O Doom B-Application , O which O was O initially O only O available O through O shareware B-License and O mail O order O , O Doom B-Application II O was O sold O in O stores O . O Simantics B-Application System I-Application Dynamics I-Application is O developed O on O the O Simantics O Platform O and O is O released O under O Eclipse B-License Public I-License License I-License and O provided O as O open-source B-Application software I-Application . O JavaFX B-Application is O released O under O the O GNU B-License General I-License Public I-License License I-License , O via O the O Sun O sponsored O OpenJFX B-Application project O . O The O libraries B-Library are O free B-License and I-License open-source I-License software I-License distributed O under O the O Boost B-Language Software O License O 1.0 O . O Seamless3d B-Application is O an O open-source B-Application 3D O modeling O software O available O under O the B-License MIT I-License license I-License . O Nylas O discontinued O Nylas B-Operating_System Mail I-Operating_System , O ceased O further O development O , O and O made O the O code O available O under O the B-License MIT I-License License I-License on O September O 6 O , O 2017 O . O In O addition O to O command-line B-Application tools I-Application for O handling O packages O , O the O shareware B-License app O Phynchronicity O provides O a O GUI B-Application . O C# B-Application , O F# O , O C B-Language , O PowerShell O 2009 O 4.7.0 O / O November O 2018 O MIT/X11 B-License General O purpose O numerical B-General_Concept analysis I-General_Concept and O statistics O library O for O the O .NET B-Application Framework I-Application and O Mono B-Application , O with O optional O support O for O native O providers O . O Oracle B-Application offers O its O own O HotSpot B-Language Java B-Language Virtual I-Language Machine I-Language , O however O the O official O reference O implementation O is O the O OpenJDK B-Language JVM B-Language which O is O free B-License open-source I-License software I-License and O used O by O most O developers B-Application and O is O the O default O JVM B-Language for O almost O all O Linux B-Operating_System distributions O . O , O Java B-Device 20 O is O the O latest O version O , O while O Java B-Device 17 O , O 11 O and O 8 O are O the O current O long-term O support O ( O LTS O ) O versions O . O Open B-License Source I-License Seed O Initiative O , O open B-License source I-License varieties O of O crop O seeds O , O as O an O alternative O to O patent-protected O seeds O sold O by O large O agriculture O companies O . O uses O open B-License source I-License Qt B-Language APIs O ( O Qt5 O , O QtQuick2 O etc O . O ) O SnipViz O ( O but O can O display O them O ) O Pure O Javascript O and O HTML O ; O suitable O to O integrate O in O websites O FASTA B-Application , O newick B-Data_Structure , O Apache B-Application 2.0YesBrowsers O , O publication O Strap O Dot-plot O , O structure-neighbors O , O 3D-superposition O , O Blast-search O , O Mutation-SNP O analysis O , O Sequence O features O , O BioJava-interface O MSF O , O Stockholm O , O ClustalW B-Application , O Nexus O , O FASTA B-Application , O PDB O , O Embl O , O GenBank O , O hssp O , O Pfam O , O GPL B-License ?? O The O program O is O open O source O and O freely O available O under O the O GNU B-License General I-License Public I-License Licence I-License , O however O each O WIMS O module O has O its O own O copyright O policy O , O which O may O differ O from O that O of O the O server O program O . O Research O on O the O actor B-Application model I-Application has O been O carried O out O at O California O Institute O of O Technology O , O Kyoto O University O Tokoro O Laboratory O , O Microelectronics O and O Computer O Technology O Corporation O ( O MCC O ) O , O MIT B-License Artificial O Intelligence O Laboratory O , O SRI O , O Stanford O University O , O University O of O Illinois O at O Urbana O – O Champaign O , O Pierre O and O Marie O Curie O University O ( O University O of O Paris O 6 O ) O , O University O of O Pisa O , O University O of O Tokyo O Yonezawa O Laboratory O , O Centrum O Wiskunde O & O Informatica O ( O CWI O ) O and O elsewhere O . O Open B-License Source I-License projects O may O request O a O free O license O . O On O November O 22 O , O 2011 O , O Carmack O released O the O Doom B-Application 3 I-Application source O code O under O GNU B-License GPL-3.0-or-later I-License on O GitHub B-Application . O In O July O 2000 O the O software O won O PC B-Device Magazine O 's O ZDNet O 's O Seventh O Annual O Shareware B-License Award O for O Best O Utility O and O was O estimated O to O be O used O by O ten O million O people O at O that O time O . O It O helps O companies O interested O in O open B-License source I-License collaborate O better O and O more O efficiently O . O Its O development O was O started O in O 1996 O as O a O hobby O project O by O Petr O Šolín O ( O from O Czech O Republic O ) O during O his O studies O at O university O and O released O as O freeware B-License in O 1997 O . O A O Facebook B-Application page O affiliated O with O the O hacktivist O group O Anonymous O encouraged O its O followers O to O support O Minds O in O 2015 O , O and O called O for O developers O to O contribute O to O the O service O 's O open B-License source I-License codebase O . O A O feature-limited O freeware B-License version O of O XYplorer B-Application , O XYplorerFree O , O was O made O available O starting O January O 2 O , O 2014 O . O According O to O Wargamer O , O The O Ardennes B-Application Offensive I-Application " O gained O a O rabid O following O " O in O the O years O following O its O release O as O freeware B-License . O During O upgrades O , O Windows10 B-Operating_System licenses B-License are O not O tied O directly O to O a O product B-Application key I-Application . O Tiny B-Language BASIC I-Language was O not O distributed O under O any O formal O form O of O copyleft B-License distribution O terms O , O but O it O was O presented O in O a O context O where O source O code O was O being O shared O and O modified O . O SquidGuard B-Application is O free B-Application software I-Application licensed O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O version O 2 O . O In O 2007 O , O Platform O released O Platform O Lava O , O which O is O a O simplified O version O of O LSF O based O on O an O old O version O of O LSF O release O , O licensed O under O GNU B-License General I-License Public I-License License I-License v2 O . O The O Open B-General_Concept Database I-General_Concept License I-General_Concept ( O ODbL B-General_Concept ) O is O a O copyleft B-License license I-License agreement O intended O to O allow O users O to O freely O share O , O modify O , O and O use O a O database O while O maintaining O this O same O freedom O for O others O . O Other O Unix B-Operating_System like I-Operating_System operating B-General_Concept systems I-General_Concept may O provide O their O own O native O functionality O and O other O open B-License source I-License firewall B-Application products O exist O . O Internet O connection O and O registration O are O required O for O software B-License activation I-License , O validation O of O subscriptions O , O and O access O to O online O services O . O The O original O Artistic B-License License I-License was O written O by O Larry O Wall O . O ejabberd B-Protocol is O free B-Application software I-Application , O distributed O under O the O terms O of O the O GNU B-License GPL-2.0-or-later I-License . O Home O of O the O Underdogs O regarded O it O as O one O of O the O " O better O freeware B-License " O indie O " O RPGs O ever O made. O " O Eurogamer O 's O Jim O Rossignol O named O Black B-Operating_System Shades I-Operating_System number O 2 O in O a O top O 20 O list O of O Summer O of O PC B-Device Freeware B-License games O . O Argyll O CMS O is O available O as O a O package O in O Ubuntu B-Operating_System , O Debian O , O openSUSE B-Operating_System ( O Build O Service O ) O and O Fedora O and O as O a O generic O x86 O Linux B-Application binary O installation O from O the O web O site O , O along O with O source O code O under O the O GPL B-License . O Texinfo B-Application is O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O When O used O for O other O open O source O software O , O it O is O available O under O open O source O licenses O ( O LGPL B-Application or O GPL B-License depending O on O the O component O ) O . O For O the O software O 's O 10th O anniversary O , O the O author O changed O the O license B-License from O a O non-commercial O one O to O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O Version O 2 O . O ScientificPython B-Library is O an O open B-License source I-License library O of O scientific O tools O for O the O Python B-Language programming I-Language language I-Language . O In O 1993 O , O as O the O MIT B-License X I-License Consortium O prepared O to O depart O from O MIT O , O the O staff O were O joined O by O R O . O Gary O Cutbill O , O Kaleb O Keithley O , O and O David O Wiggins O . O FreeGEM B-Application is O the O free O software/open O source O version O of O GEM B-Application developed O after O Caldera O Thin O Clients O released O the O GEM B-Application code O under O the O terms O of O the O GNU B-License GPL-2.0-only I-License free B-Application software I-Application license O in O April O 1999 O . O DlibDavis O E O . O KingC++ O 200619.7 O / O 09/2017BoostC O ++ O template O library O ; O binds O to O optimized O BLAS O such O as O the O Intel B-Language MKL I-Language ; O Includes O matrix O decompositions O , O non-linear O solvers O , O and O machine O learning O tooling O Eigen B-Language Benoît O Jacob O C++ O 2008 O 3.4.0 O / O 08.2021 O MPL2 B-License Eigen B-Language is O a O C++ O template O library O for O linear B-Language algebra I-Language : O matrices O , O vectors O , O numerical O solvers O , O and O related O algorithms O . O Micay O continued O the O development O of O the O open B-License source I-License parts O of O CopperheadOS B-Application as O the O Android B-Operating_System Hardening I-Operating_System project O , O which O was O later O rebranded O as O GrapheneOS B-Operating_System . O V.1.0.0 O - O First O public O open B-License source I-License release O . O Refractions O Research O released O the O first O version O of O PostGIS B-Application in O 2001 O under O the O GNU B-License General I-License Public I-License License I-License . O In O February O 2009 O there O was O a O break-up O of O the O original O open O source O ( O GPL B-License ) O version O of O GForge B-Protocol with O some O of O the O developers O of O GForge B-Protocol releasing O the O continued O development O of O the O old O open O source O code O under O the O new O name O of O FusionForge B-Protocol while O Perdue O and O his O new O company O focused O on O a O commercial O offering O ( O GForge B-Protocol Advanced O Server O and O later O GForgeNext O ) O . O open B-License source I-License 3D-printers O , O open B-License source I-License CNC O ) O , O to O the O process O of O production O and O innovation O ( O commons-based O peer O production O / O collaborative O / O distributed B-General_Concept manufacturing I-General_Concept ) O , O or O to O new O forms O of O value O creation O ( O network-based O bottom-up O or O hybrid O versus O business-centric O top O down O ) O . O Open B-License Source I-License for O America O is O a O group O created O to O raise O awareness O in O the O United O States O Federal O Government O about O the O benefits O of O open-source B-Application software I-Application . O GNU B-Protocol arch I-Protocol software O is O a O distributed B-Protocol revision I-Protocol control I-Protocol system I-Protocol that O is O part O of O the B-Application GNU I-Application Project I-Application and O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O Name O License O Linux B-Application Other O supported O operating B-General_Concept systems I-General_Concept Programming O language O Toolkit O Spell B-Application checker I-Application Syntax O highlighting O WYSIWYG B-Application Notable O aspects O , O references O Acme B-Application LPL B-License Plan B-Operating_System 9 I-Operating_System , O Mac B-Application OS I-Application , O Windows O Mouse O chording O ; O supports O sending O selected O text O through O pipelines B-Operating_System of O programs O ; O extensible O & O scriptable O via O any O language O . O The O game O was O for O purchase O on O the O MacOS B-Application ' O app B-Application store I-Application , O Humble O Indie O Bundle O 's O Source O Releases O by O Iwan O Gabovitch O " O Another O game O which O is O commercial B-Application ( O on O iDevices O ) O and O has O FOSS B-License code O and O closed O art O [ ... ] O is O Frogatto. O " O Since O 2000 O , O it O has O been O re-released O as O binary-only O freeware B-License . O Gfarm B-Application file I-Application system I-Application Asia O Pacific O Grid O X11 B-License License I-License Linux B-Operating_System , O macOS B-Application , O FreeBSD B-Operating_System , O NetBSD B-Device and O Solaris B-Application Uses O OpenLDAP B-Language or O PostgreSQL B-Application for O metadata O and O FUSE B-Application or O LUFS B-Application for O mounting O . O However O , O there O are O now O open O hardware O and O open B-License source I-License software I-License systems O which O can O be O used O instead O of O or O with O proprietary B-Application hardware O . O GiNaC B-Language is O a O free B-Application computer B-General_Concept algebra I-General_Concept system I-General_Concept released O under O the O GNU B-License General I-License Public I-License License I-License . O Open B-License source I-License projects O have O provided O PBX-style O features O since O the O 1990s O . O This O put O id O in O the O unique O position O of O selling O simultaneously O to O the O shareware B-License and O retail O markets O . O On O August O 27 O , O 2021 O , O Microsoft O announced O that O Outlook B-Application 2007 I-Application and O Outlook B-Operating_System 2010 I-Operating_System would O be O cut O off O from O connecting O to O Microsoft O 365 O Exchange O servers O on O November O 1 O , O 2021 O . O Office O 2007 O was O released O to O volume B-License licensing I-License customers O on O November O 30 O , O 2006 O , O and O to O the O general O public O on O January O 30 O , O 2007 O . O Yendorian B-Application Tales I-Application Book I-Application I I-Application : I-Application Chapter I-Application 2 I-Application was O developed O by O SW O Games O and O released O as O shareware B-License by O Spectrum O Pacific O Publishing O during O 1996 O . O The O vast O majority O of O free O software O uses O undisputed O free-software B-License licenses I-License ; O however O , O there O have O been O many O debates O over O whether O or O not O certain O other O licenses O qualify O for O the O definition O . O Though O PC-Talk B-Protocol is O regarded O as O a O progenitor O of O the O shareware B-License distribution O model O , O it O was O labeled O at O the O time O both O freeware B-License and O " O user-supported O software O " O , O and O included O elements O of O open-source B-Application software I-Application ( O but O not O free B-Application software I-Application ) O . O Espaço O Informática O placed O Hades B-Application 2 I-Application in O the O public O domain O and O offered O a O Freeware B-License download O of O the O game O on O 20 O September O 2009 O to O celebrate O the O project O 's O 10th O anniversary O . O Heimdall B-Application is O a O free/libre/open B-License -source I-License , O cross-platform B-Operating_System replacement O for O Odin B-Application which O is O based O on O libusb B-Language . O It O is O licensed O with O the B-License MIT I-License License I-License that O allows O to O use O , O modify O , O split O and O change O the O design O . O CaRMetal B-Language is O free O , O under O GNU B-License GPL I-License license I-License . O The O one O exception O to O covered O source O files B-Operating_System remaining O under O the O MPL O occurs O when O code O under O version O 2.0 O or O later O is O combined O with O separate O code O files B-Operating_System under O the O GNU B-License GPL I-License , O GNU O Lesser B-Application GPL I-Application ( O LGPL B-Application ) O , O or O Affero B-Application GPL I-Application ( O AGPL O ) O . O is O a O freeware B-License utility B-Application from O Reason O Software O that O uses O crowdsourced O data O to O recommend O removal O of O programs O from O Microsoft B-Application Windows I-Application systems O . O Several O compilers B-Language are O available O , O most O of O them O open B-License source I-License . O However O , O on O January O 3 O , O 2012 O , O Mozilla B-Operating_System released O the O GPL-compatible O MPL B-License 2.0 I-License , O and O with O the O release O of O Firefox B-Application 13 O on O June O 5 O , O 2012 O , O Mozilla B-Operating_System used O it O to O replace O the O tri-licensing O scheme O . O Qiskit B-Device is O an O open-source B-License software B-Application development I-Application kit I-Application ( O SDK O ) O for O working O with O quantum B-Architecture computers I-Architecture at O the O level O of O circuits O , O pulses O , O and O algorithms O . O It O is O released O as O shareware B-License , O available O on O the O Mobility O Web O site O . O Most O of O the O core O components O , O including O the O Orbiter O ( O remote O control O ) O user B-Application interface I-Application , O have O undergone O significant O improvements O , O and O are O licensed O under O the O GPL B-License . O UNDP O FOSS B-License Club O has O also O trained O municipal O employees O . O Other O freeware B-License projects O are O simply O released O as O one-off O programs O with O no O promise O or O expectation O of O further O development O . O Hebrew O , O Aramaic O , O and O Judeo-Arabic O texts O are O provided O under O a O free B-License license I-License in O the O original O and O in O translation O . O Ezycom B-Protocol ( O EzyBBS O ) O is O a O shareware B-License bulletin B-Application board I-Application system I-Application ( O BBS O ) O application O first O introduced O for O MS-DOS B-Application by O Peter O Davies O . O The O first O version O under O an O open-source B-Application software I-Application license O ( O a O modified O version O of O the O Mozilla B-License Public I-License License I-License ) O was O released O on O September O 30 O , O 2004 O . O The O first O Pro O release O of O SPARK B-Language 2014 O was O announced O on O April O 30 O , O 2014 O , O and O was O quickly O followed O by O the O SPARK B-Language 2014 O GPL B-License edition O , O aimed O at O the O FLOSS B-License and O academic O communities O . O It O is O used O to O compile O Sun O Java B-Language , O LibreOffice B-Application , O and O even O web O server O software O like O Lighttpd B-Protocol and O Hiawatha B-Application . O The O Cygwin B-Language API B-Application library O is O licensed O under O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application version O 3 O ( O or O later O ) O with O an O exception O to O allow O linking O to O any O free B-License and I-License open-source I-License software I-License whose O license O conforms O to O the B-License Open I-License Source I-License Definition I-License ( O less O strict O than O the O Free O Software O Definition O ) O . O The O RealNetworks B-License Community I-License Source I-License License I-License ( O RCSL O ) O is O a O software B-License license I-License . O NoScript B-Operating_System ( O or O NoScript B-Operating_System Security I-Operating_System Suite I-Operating_System ) O is O a O free B-License and I-License open-source I-License extension B-Protocol for O Firefox B-Application - O and O Chromium-based O web O browsers O , O written O and O maintained O by O Giorgio B-Operating_System Maone I-Operating_System , O an O Italian O software O developer O and O member O of O the O Mozilla B-Operating_System Security O Group O . O Lemmy B-Application is O free B-License and I-License open-source I-License software I-License for O running O self-hosted O social O news B-Application aggregation I-Application and O discussion B-Application forums I-Application . O In O general O , O there O are O two O ways O to O use O this O software O , O either O as O a O package O ( O software O and O hardware O ) O distributed O by O the O manufacturer O or O their O agents O , O or O , O by O building O your O own O interface O hardware O and O using O it O with O the O publicly O available O but O limited O shareware B-License version O of O the O software O . O The O OSGi B-Application specifications O have O evolved O beyond O the O original O focus O of O service O gateways O , O and O are O now O used O in O applications B-Application ranging O from O mobile O phones O to O the O open-source B-License Eclipse B-Application IDE I-Application . O , O GPL B-License 2011 O MAQ O Ungapped O alignment O that O takes O into O account O quality O scores O for O each O base O . O 2009 O DECIPHER B-Application Progressive-iterative O alignment O Both O Global O Erik O S O . O Wright O 2014 O , O GPL B-License DIALIGN-TX O and O DIALIGN-T O Segment-based O method O Both O Local O ( O preferred O ) O or O Global O A.R.Subramanian O 2005 O ( O latest O version O 2008 O ) O DNA B-Algorithm Alignment I-Algorithm Segment-based O method O for O intraspecific O alignments O Both O Local O ( O preferred O ) O or O Global O A.Roehl O 2005 O ( O latest O version O 2008 O ) O DNA O Baser O Sequence O Assembler O Multi-alignment O ; O Full O automatic O sequence B-Algorithm alignment I-Algorithm ; O Automatic O ambiguity O correction O ; O Internal O base O caller O ; O Command O line O seq O alignment O Nucleotides O Local O or O global O Heracle O BioSoft O SRL O 2006 O ( O latest O version O 2018 O ) O Commercial B-Application ( O some O modules O are O freeware B-License ) O DNADynamo B-Application linked O DNA O to O Protein O multiple O alignment O with O MUSCLE B-Application , O Clustal B-Application and O Smith-Waterman B-Algorithm Both O Local O or O global O DNADynamo B-Application 2004 O ( O newest O version O 2017 O ) O EDNA O Energy O Based O Multiple O Sequence B-Algorithm Alignment I-Algorithm for O DNA O Binding O Sites O Nucleotides O Local O or O global O Salama O , O RA O . O The O tool O is O open-source B-Application software I-Application , O released O under O the O GNU B-License General I-License Public I-License License I-License . O In O late O 2007 O , O the O BusyBox B-Application developers O and O the B-Application Software I-Application Freedom O Law O Center O embarked O upon O a O program O to O gain O GPL B-License compliance O from O distributors O of O BusyBox B-Application in O embedded B-Architecture systems I-Architecture , O suing O those O who O would O not O comply O . O JOE B-Device or O Joe B-Device 's I-Device Own I-Device Editor I-Device is O an O ncurses-based O text B-Application editor I-Application for O Unix B-Application systems I-Application , O available O under O the O GPL B-License . O The O project O is O licensed O under O the O EPL B-License . O It O is O released O under O the O GNU B-License General I-License Public I-License License I-License ( O GPLv2 O ) O and O is O therefore O free B-Application and I-Application open I-Application source I-Application software I-Application . O Depending O on O the O availability O of O hardware O documentation O and O man-power O , O the O free B-License and I-License open-source I-License driver O lag O behind O more O or O less O in O supporting O 3D B-Architecture acceleration I-Architecture of O new O hardware O . O Today O this O is O still O true O for O Nouveau B-Application for O most O NVIDIA B-Application GPUs B-Architecture while O on O AMDs O Radeon O GPUs B-Architecture the O open O driver O now O mostly O matches O or O exceeds O the O proprietary O driver O 's O performance O . O Released O under O the O BSD B-Operating_System license I-Operating_System , O Gears B-Application is O free B-License and I-License open-source I-License . O On O March O 19 O , O 2016 O , O it O was O announced O that O Toonz B-Language would O be O released O as O free B-License and I-License open-source I-License software I-License as O OpenToonz B-Language . O In O the O 1990s O , O several O freeware B-License and O other O proprietary O tools O ( O both O hardware O and O software O ) O were O created O to O allow O investigations O to O take O place O without O modifying O media O . O This O engine O is O free B-Application software I-Application , O licensed O under O the O GNU B-License General I-License Public I-License License I-License . O On O September O 21 O , O 2007 O , O Aptana B-General_Concept announced O they O would O be O using O a O dual O license O : O GPL B-License V3 O and O the O freeware B-License APL O . O It O is O free B-Application software I-Application released O under O the O GNU B-License General I-License Public I-License License I-License . O TortoiseSVN B-Protocol won O the O SourceForge.net B-Application 2007 O Community O Choice O Award O for O Best O Tool O or O Utility O for O Developers O . O It O is O rare O that O a O license O announced O as O being O in-compliance O with O the O FSF O guidelines O does O not O also O meet O the B-License Open I-License Source I-License Definition I-License , O although O the O reverse O is O not O necessarily O true O ( O for O example O , O the O NASA B-License Open I-License Source I-License Agreement I-License is O an O OSI-approved O license O , O but O non-free O according O to O FSF O ) O . O To O develop O multimodal O applications O , O software B-Application developers I-Application may O use O a O software B-Application development I-Application kit I-Application , O such O as O IBM O WebSphere O Multimodal O Toolkit O , O based O on O the O open B-License source I-License Eclipse B-Application framework B-Architecture , O which O includes O an O X+V O debugger B-Application , O editor B-Application , O and O simulator O . O In O June O 2021 O , O Microsoft O announced O to O open O source O the O RevoScaleR B-Application and O revoscalepy B-Application packages O , O making O them O freely O available O under O the B-License MIT I-License License I-License . O The O shareware B-License episode O , O which O contains O ten O original O levels O , O is O titled O Rise B-Application of I-Application the I-Application Triad I-Application : O The B-Application HUNT I-Application Begins I-Application . O OpenBCI B-Algorithm is O an O open-source B-License brain B-Application – I-Application computer I-Application interface I-Application platform O , O created O by O Joel O Murphy O and O Conor O Russomanno O , O after O a O successful O Kickstarter O campaign O in O late O 2013 O . O The O vast O majority O of O copyleft B-License licenses I-License satisfy O both O definitions O , O that O of O the B-Application Free I-Application Software I-Application Definition I-Application and O Open B-License Source I-License Definition I-License . O Exceeding O available O room O FLOSS B-License GIS/Remote O sensing/Environmental O applications O have O a O large O amount O of O sample O , O demonstration O and O training O data O sets O . O Android B-Application is O based O on O the O Linux B-Operating_System kernel I-Operating_System , O which O is O subject O to O the O copyleft B-License GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O version O 2 O . O ODABA B-Application 12.3.0(August 2013 ) O C++ B-Language , O .NET B-Application SQL B-Language subset O , O DQL O Basic O Types O , O Classes O , O Multiple O inheritance O , O Weak O Typed O GPL B-License Terminology-oriented B-Application database I-Application OpenAccess B-Algorithm 2.2 O C++ B-Language no O Proprietary B-Application EDA O database O OpenLink B-Application Virtuoso I-Application 7.2.5.1 O C++ B-Language , O Java/JSP B-Language , O ASP O , O ASPX B-Application , O Mono B-Application , O RDF O , O SPARQL B-Language , O SPARUL B-General_Concept , O SQL B-Language , O Perl O , O Python B-Language , O PHP B-Application , O Ruby B-Language , O XML B-Protocol , O ODBC O , O JDBC O , O ADO.NET O , O more O SQL B-Language 9x/200x O GPL B-License or O proprietary B-Application Perst B-Application Java B-Language : O 4.38 O ( O 2015-03-18 O ) O C# B-Application : O 4.46 O ( O 2014-08-23 O ) O Java B-Language ( O including O Java B-Language SE I-Language , O Java B-Language ME I-Language & O Android B-Application ) O , O C# B-Application ( O including O .NET B-Application , O .NET B-Operating_System Compact I-Operating_System Framework I-Operating_System , O Mono B-Application & O Silverlight B-Application ) O JSQL O – O object-oriented O subset O of O SQL B-Language Java B-Language and O .NET B-Application data O types O GPL B-License , O Proprietary B-Application Small O footprint O embedded B-Application database I-Application . O By O default O , O NeoOffice O loads O and O saves O files O in O the O OpenDocument B-Application file O format O , O although O this O can O be O changed O by O the O user O . O The O OpenDocument B-Application file O format O is O an O XML O file O format O standardized O by O OASIS O ( O Organisation O for O the O Advancement O of O Structured O Information O Standards O ) O . O Sun O first O released O OpenOffice.org B-Application under O both O the O LGPL B-Application and O SISSL B-License , O later O under O only O the O LGPL B-Application , O with O a O requirement O for O copyright O assignment O for O any O contributions O to O the O main O code O base O , O which O allowed O Sun O to O create O proprietary O versions O of O the O software O ( O notably O StarOffice O ) O . O Web O Launched O Uses O Java B-Application Web I-Application Start I-Application deployment O technology O . O Active B-Protocol Directory I-Protocol Authentication O Supports O Microsoft O Windows O Active B-Protocol Directory I-Protocol authentication O . O Instant O Change O Deployment O Saved O changes O in O the O FactoryPMI B-Application Designer B-Application are O automatically O pushed O to O all O running O FactoryPMI B-Application Clients B-License . O Much O of O the O source O code O to O BIRC O , O ViRC B-Protocol 2 O , O and O the O related O utilities O has O been O released O under O the O GPL B-License through O the O project O 's O web O site O and O SourceForge B-Application . O FreeUndelete B-Application is O a O freeware B-License data B-Application recovery I-Application software I-Application utility O , O running O under O Microsoft B-Device Windows I-Device 7 I-Device , O Vista O , O XP O , O 2003 O and O 2000 O . O The O company O later O released O DR-DOS O 8.1 O ( O with O better O FAT32 B-Application support O ) O in O autumn O 2005 O . O DR-DOS O 8.1 O was O withdrawn O for B-Language GPL B-License violations O ( O see O Controversies O ) O . O The O OpenDOS O 7.01 O source O code O was O a O base O for B-Language The O DR-DOS/OpenDOS O Enhancement O Project O , O set O up O in O July O 2002 O in O an O attempt O to O bring O the O functionality O of O DR-DOS O up O to O parity O with O modern O PC O non-Windows O operating O systems O . O The O project O 's O added O native O support O for B-Language large O disks O ( O LBA B-Device ) O and O the O FAT32 B-Application file O system O , O and O several O other O enhancements O , O including O improved O memory O management O and O support O for B-Language the O new O FAT32+ B-Application file O system O extension O which O allows O files O of O up O to O 256 O GB O in O size O on O normal O FAT B-Application partitions I-Application . O Password B-Language Safe I-Language is O a O free B-License and I-License open-source I-License password O manager O program O originally O written O for O Microsoft B-Application Windows I-Application but O supporting O wide O area O of O operating O systems O with O compatible O clients O available O for O Linux B-Application , O FreeBSD B-Operating_System , O Android B-Application , O IOS B-Application , O BlackBerry B-Operating_System and O other O operating O systems O as O well O . O iHRIS O is O distributed O under O the O GNU B-License GPL I-License . O Because O of O this O requirement O , O copyleft B-License licenses I-License have O also O been O described O as O " O viral O " O due O to O their O self-perpetuating O terms O . O Microsoft B-Application PowerToys I-Application is O a O set O of O freeware B-License system B-Application utilities I-Application designed O for O power B-General_Concept users I-General_Concept developed O by O Microsoft O for O use O on O the O Windows B-Application operating I-Application system I-Application . O Microsoft O 's O shared B-License source I-License license O may O be O insufficient O for O the O needs O of O the O community O ( O it O explicitly O forbids O commercial O use O ) O . O I2P B-Protocol is O free B-Application and O open B-Application sourced I-Application , O and O is O published O under O multiple O licenses B-License . O ePrompter B-Application is O a O freeware B-License e-mail O notification B-Application program I-Application that O , O along O with O POP3 B-Protocol , O supports O most O popular O webmail B-Protocol services O as O well O as O many O older O or O less O popular O ones O . O The O Server O app O was O discontinued O on O April O 21 O , O 2022 O , O and O Apple O said O that O later O versions B-Operating_System of I-Operating_System macOS I-Operating_System would O drop O support O for O it O . O Mac B-Operating_System OS I-Operating_System X I-Operating_System Server I-Operating_System is O based O on O an O open B-License source I-License foundation O called O Darwin B-Operating_System and O uses O open O industry O standards O and O protocols O . O and O was O later O released O for O Microsoft B-Application Windows I-Application as O shareware B-License In O 2004 O , O a O PlayStation B-Device 2 I-Device version O was O released O , O but O only O in O Europe O . O AIDA O is O a O freeware B-License computer B-Application program I-Application that O permits O the O interactive O simulation O of O plasma O insulin O and O blood O glucose O profiles O for O demonstration O , O teaching O , O self-learning O , O and O research O purposes O . O Software B-Application distribution I-Application can O also O refer O to O careware B-License and O donateware B-License . O In O 2008 O re-newed O with O an O infinite O duration O license.Source O Code O License B-License ( O 2008-11-29 O , O archived O ) O In O Pursuit O of O Greed19962014FPSnon-commercial O use O , O " O for O educational O and O personal O use O only O " O Freeware B-License ( O non-commercial O ) O Mind O Shear O SoftwareBased O on O Softdisk O Publishing O 's O " O Raven O engine O " O which O powered O also O ShadowCaster B-Application . O While O it O is O source-available B-License , O it O is O not O free B-Application and I-Application open I-Application source I-Application software I-Application , O as O its O license O contains O restrictions O on O redistribution O . O PAQ8PF O was O released O on O September O 9 O , O 2009 O by O LovePimple O without O source O code O ( O which O the O GPL B-License license I-License requires O ) O . O The O Adaptive B-License Public I-License License I-License ( O APL O ) O is O an O open-source O license O from O the O University O of O Victoria O . O PyTorch B-Algorithm , O an O open-source B-License Tensor O and O Dynamic O neural B-Architecture network I-Architecture in O Python O . O According O to O PC O Data O , O which O tracked O sales O in O the O United O States O , O by O April O 1998 O Dooms B-Application shareware B-License edition O had O yielded O 1.36 O million O units O sold O and O $8.74 O million O in O revenue O in O the O United O States O . O In O contrast O to O the O GPL B-License , O the O LGPL B-Application explicitly O allows O for O dynamic O linking O but O it O does O not O allow O static B-Library linking I-Library of O proprietary B-Application software I-Application without O providing O source O code O or O linkable O object O files O . O A O vendor O forks B-Application a O non-copyleft B-License software O project O then O adds O closed-source B-Application additions O to O it O and O sells O the O resulting O software O . O On O January O 11 O , O 2012 O , O Tim O Bird O , O a O Sony O employee O , O suggested O creating O an O alternative O to O BusyBox B-Application which B-Device would O not O be O under O the O GNU B-License General I-License Public I-License License I-License . O KSEG B-Language is O a O free O ( O GPL B-License ) O interactive B-Application geometry I-Application software I-Application for O exploring O Euclidean O geometry O . O It O is O free B-License and I-License open-source I-License software I-License under O the O terms O of O the O GNU B-License GPL I-License and O other O free B-License and I-License open I-License source I-License licenses O . O The O program O was O distributed O as O shareware B-License , O with O the O full O game O being O available O for O free B-License to I-License try I-License , O but O requesting O that O players O register O the O game O for O £5 O if O they O enjoyed O it O . O The O graphics O were O re-licensed O to O the O CC O BY O 3.0 O license O on O April O 13 O , O 2016 O . O Cafu B-Language Engine I-Language 2000 O 2009 O GPL-3.0-or-later B-License Originally O released O under O the O GPL-3.0-or-later B-License license O ( O with O an O option O for O a O commercial B-License license I-License ) O , O in O 2016 O was O re-licensed O under O the B-License MIT I-License license I-License . O Dolphin B-Application became O an O open-source O project O on O 13 O May O 2007 O when O the O developers O released O the O source O code O publicly O on O a O SVN B-Application repository O on O Google B-Protocol Code I-Protocol under O the O GPL-2.0-only B-License license O . O The O Amiga B-Device thrived O on O public O domain O , O freeware B-License and O other O not-for-profit O development O . O It O is O distributed O under O the O GNU B-License General I-License Public I-License License I-License . O The O original O author O , O Julian O Field O , O won O the O 2004 O Open B-Application Source I-Application Award O from O UKUUG O for O the O product O . O This O policy O is O in O place O so O that O the O FSF O can O defend O the O software O in O court O if O its O copyleft B-License license I-License is O violated O . O In O 2015 O , O according O to O Black O Duck O , O GPLv2 O lost O its O first O position O to O the B-License MIT I-License license I-License and O is O now O second O , O the O GPLv3 O dropped O to O fourth O place O while O the O Apache B-Application license I-Application kept O its O third O position O . O While O personal B-Device computer I-Device users O may O develop O their O own O applications O , O usually O these O systems O run O commercial B-Application software I-Application , O free-of-charge O software O ( O " O freeware B-License " O ) O , O which O is O most O often O proprietary O , O or O free B-License and I-License open-source I-License software I-License , O which O is O provided O in O " O ready-to-run O " O , O or O binary O form O . O From O version O 2.77.1 O , O the O project O has O adopted O the B-License MIT I-License License I-License as O well O as O the O source O code O being O moved O to O GitHub B-Application to O encourage O others O to O participate O in O its O development O . O It O is O licensed O under O MIT B-License License I-License and O the O source O code O is O available O on O GitHub B-Application . O Source O for O a O single-threaded O Linux O version O of O C5.0 O is O available O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O The O file O system O was O released O under O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O in O May O 1999 O . O As O of O 2021 O , O DigitalOcean B-Application is O hosting O publicly O available O community O forums B-Application and O tutorials O on O open B-License source I-License and O system B-Application administration I-Application topics O . O In O an O effort O to O curtail O software O piracy O , O Microsoft O incorporated O product B-License activation I-License technology O into O all O versions O of O Office B-Operating_System XP I-Operating_System to O prohibit O users O from O installing O a O single O copy O of O the O software O in O a O manner O that O violates O the O end-user O license O agreement O ( O EULA O ) O . O The B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System has O not O formally O added O the O licence O as O either O a O free B-License software I-License licence I-License or O Free B-Application Documentation I-Application License I-Application to O their O pages O , O but O their O software O directory O has O a O category O for O it O . O igzip O : O an O encoder O written O in O the O x86 B-Language assembly I-Language language I-Language , O released O by O Intel O under O the B-License MIT I-License License I-License . O Microsoft B-Device XNA I-Device ( O a O recursive O acronym O for O XNA B-Device 's O not O acronymed O ) O is O a O freeware B-License set O of O tools O with O a O managed O runtime B-Device environment I-Device that O Microsoft O developed O to O facilitate O video O game O development O . O Debate O continued O about O compatibility O with O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O hence O in O September O 2000 O Trolltech O made O the O Unix B-Application version O of O the O Qt B-Language libraries I-Language available O under O the O GPL B-License in O addition O to O the O QPL B-Language which O eliminated O the O concerns O of O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System . O Cross-platform O , O interactive O , O open-source B-License interpreter B-Application for O microcomputer B-Architecture BASIC O . O As O time O went O on O , O shareware B-License CD-ROMs B-Device were O sold O with O up O to O thousands O of O files O on O each O CD-ROM B-Device . O Citadel/UX B-Protocol became O free B-License and I-License open-source I-License software I-License subject O to O the O terms O of O the O GPL-2.0-or-later B-License license O in O 1998 O . O Mer B-Application is O a O completely O free B-License and I-License open-source I-License software I-License distribution O targeting O mobile O and O embedded O systems O , O first O developed O for O reimplementing O Maemo B-Operating_System in O the O open O , O and O then O rebased O on O top O of O the O MeeGo B-Operating_System tools O . O The B-Application software I-Application 's O license O gives O the O user O the O right O to O use O the B-Application software I-Application in O the O licensed O environment O , O and O in O the O case O of O free B-License software I-License licenses I-License , O also O grants O other O rights O such O as O the O right O to O make O copies O . O provides O an O open-source B-License and O freely-available O MDR O software O package O . O Qiqqa B-Application ( O pronounced O " O Quicker O " O ) O is O a O free B-License and I-License open-source I-License software I-License that O allows O researchers O to O work O with O thousands O of O PDFs B-Application . O The O reference O implementation O of O UFTP B-Protocol is O open-source B-Application software I-Application distributed O under O the O GNU B-License General I-License Public I-License License I-License Version O 3 O . O Freeware B-License cannot O economically O rely O on O commercial O promotion O . O This O allows O various O open B-License source I-License enthusiasts O and O hackers O to O contribute O to O driver O development O , O and O port O drivers O to O various O operating O systems O , O without O the O need O for O reverse O engineering O . O Revolution O Software O helped O the O developers O with O source O code O and O technical O advice O for O its O games O , O and O once O ScummVM B-Device supported O the O company O 's O Virtual B-Application Theatre I-Application engine O , O Revolution O released O Lure B-Application of I-Application the I-Application Temptress I-Application and O Beneath B-Application a I-Application Steel I-Application Sky I-Application as O freeware B-License and O provided O assets O from O its O first O two O Broken O Sword O games O in O an O open O media O format O . O As O Stallman O deemed O it O impractical O in O the O short O term O to O eliminate O current O copyright O law O and O the O wrongs O he O perceived O it O to O perpetuate O , O he O decided O to O work O within O the O framework O of O existing O law O ; O in O 1985 O , O he O created O his O own O copyright O license O , O the O Emacs B-License General I-License Public I-License License I-License , O the O first O copyleft B-License license I-License . O In O August O 2003 O , O version O 1.0 O was O released O under O the O GNU B-License General I-License Public I-License License I-License . O PunBB B-Language was O originally O known O simply O as O Pun O because O " O a O pun O is O a O play O on O words O and O that O 's O basically O what O happens O on O a O bulletin O board O " O . O OCaml B-Language is O a O free B-License and I-License open-source I-License software I-License project O managed O and O principally O maintained O by O the O French O Institute O for O Research O in O Computer O Science O and O Automation O ( O Inria O ) O . O It O is O a O permissive B-License ( O " O BSD/MIT O -style O " O ) O licence O . O Then O the O team O members O focused O on O freeware B-License games O . O For O each O contribution O made O under O the O Squeak B-Operating_System License O since O 1996 O , O a O relicensing O statement O was O obtained O authorizing O distribution O under O the B-License MIT I-License license I-License , O and O finally O in O March O 2010 O , O the O end O result O was O released O as O Squeak B-Operating_System 4.0 O , O now O under O combined O MIT B-License and O Apache B-Application licenses I-Application . O InfiniteGraph B-Application is O goes O beyond O graph B-Application databases I-Application to O also O support O complex O object O queries.JanusGraph0.6.22022-05-31JavaOpen O source O , O scalable O , O distributed O across O a O multi-machine O cluster O graph B-Application database I-Application under O The B-Operating_System Linux I-Operating_System Foundation I-Operating_System ; O supports O various O storage O backends O ( O Apache B-Application Cassandra I-Application , O Apache B-Language HBase I-Language , O Google B-Application Cloud I-Application Bigtable I-Application , O Oracle B-Language BerkeleyDB I-Language ) O ; O supports O global O graph O data O analytics O , O reporting O , O and O extract O , O transform O , O load O ( O ETL O ) O through O integration O with O big B-Application data I-Application platforms O ( O Apache B-Language Spark I-Language , O Apache B-Language Giraph I-Language , O Apache B-Application Hadoop I-Application ) O ; O supports O geo O , O numeric O range O , O and O full-text O search O via O external O index B-Data_Structure storages O ( O Elasticsearch B-Application , O Apache B-Language Solr I-Language , O Apache B-Language Lucene I-Language ) O .MarkLogic8.0.42015 O , O freeware B-License developer O versionJavaMulti-model O NoSQL B-General_Concept database O that O stores O documents B-General_Concept ( O JSON B-General_Concept and O XML O ) O and O semantic O graph O data O ( O RDF O triples O ) O ; O also O has O a O built-in O search O engine.Microsoft O SQL B-Language Server O 2017RC1 O SQL/T O -SQL O , O R B-Language , O PythonOffers O graph B-Application database I-Application abilities O to O model O many-to-many O relationships O . O MMCache B-Protocol is O free B-Application software I-Application released O under O the O GNU B-License GPL I-License 2.0 O . O Since O 4 O November O 2010 O , O using O the O financial O support O from O Bill O & O Melinda O Gates O Foundation O , O Malariacontrol.net O developed O an O open-source B-License software O named O " O Open O Malaria O " O which O can O be O used O to O simulate O outcomes O in O various O types O of O malaria O transmission O settings O . O |Frontier O Developments O announced O in O 2000 O that O FFE O would O be O open-sourced O under O a O GPL-similar O license B-License , O News O on O eliteclub.co.uk O " O 8th O November O 2000 O - O Following O much O discussion O on O the O subject O of O open-source B-Application by O the O Elite B-Application community O , O we O have O decided O to O make O some O alterations O to O our O previous O plans O for O the O Elite B-Application Club O - O we O are O going O to O relax O some O of O the O restrictions O we O were O intending O to O put O on O the O distribution O of O the O source O code O . O Jimm B-Language is O licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License . O It O is O commonly O found O on O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System and O is O under O the O GPL-3.0-or-later B-License license O . O Rsync B-Application is O written O in O C B-Language as O a O single B-Operating_System threaded I-Operating_System application O . O The O game O 's O application O logic O uses O the O open B-License source I-License Kubernetes B-General_Concept system O - O and O due O to O the O game O 's O sheer O scale O of O users O , O a O number O of O bugs O with O the O Kubernetes B-General_Concept system O was O discovered O and O later O fixed O . O ( O 2017 O ) O Ken O 's O Labyrinth19932001FPSNon-commercial O licenseFreewareKen O SilvermanKen O 's O Labyrinth O was O released O as O freeware B-License on O November O 16 O , O 1999 O . O Peterson O suggested O " O open B-License source I-License " O at O a O meeting O held O at O Palo O Alto O , O California O , O in O reaction O to O Netscape O 's O announcement O in O January O 1998 O of O a O source O code O release O for O Navigator B-Protocol . O The O project O was O initially O based O on O the O 2D-only O free B-License and I-License open-source I-License " O nv O " O driver O , O which O Red O Hat O developer O Matthew O Garrett O and O others O claim O had O been O obfuscated O . O The O NEAT O approach O begins O with O a O perceptron-like O feed-forward O network O of O only O input O neurons O and O output O neurons O . O The O original O implementation O by O Ken O Stanley O is O published O under O the O GPL B-License . O , O GPL B-License 3 O Taipan O De-novo O assembler O for O Illumina O reads O , O freeware B-License for O academic O and O noncommercial O use O UGENE B-Language Visual O interface O both O for O Bowtie B-Application and O BWA O , O and O an O embedded O aligner O , O GPL B-License VelociMapper O FPGA-accelerated O reference O sequence B-Algorithm alignment I-Algorithm mapping O tool O from O TimeLogic B-Application . O GIO B-Architecture is O free B-License and I-License open-source I-License software I-License subject O to O the O requirements O of O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application . O It O is O distributed O under O the O open O source O MIT B-License license I-License . O phpGroupWare B-Application is O released O under O the O GNU B-License GPL I-License 2+ O . O MacPaint B-Operating_System Apple O Inc O . O 1984 O 2010 O non-commercial O license B-License MacPaint B-Operating_System 1.3 O ' O s O source O code O ( O written O in O a O combination O of O Assembly B-Language and O Pascal B-Application ) O is O available O through O the O Computer O History O Museum O , O along O with O the O QuickDraw B-Operating_System source O code O . O Such O license O change O allowed O many O other O FOSS B-License projects O to O adopt O the O QEMU-provided O Slirp B-Protocol portions O , O which O was O ( O and O still O is O ) O not O possible O with O the O original O Slirp B-Protocol codebase O because O of O the O license O compatibility O problems O . O Diem B-Protocol source O code O is O written O in O Rust B-Application and O published O as O open B-License source I-License under O the O Apache B-Application License I-Application on O GitHub B-Application . O ( O OBS B-Language Studio I-Language ) O OBS O Project O WindowsmacOSLinux O Peek B-Protocol Philipp O Wolfer O 1.5.1 O 2020-02-19 O Linux B-Application Pixetell B-Protocol Ontier O Inc O . O 1.3.11913 O 2010-01-15 O Windows B-Application QuickTime B-Application X I-Application Apple O Inc O . O 10.0 O ( O 118 O ) O 2010-03-29 O macOS B-Application ( O Part O of O macOS B-Application ) O recordMyDesktop B-Protocol SourceForge B-Application 0.4.0 O 2021-03-14 O Linux B-Application Screencam B-Protocol SmartGuyz O Inc O . O 3.3.0 O 2009-03-24 O Windows B-Application ScreenFlow B-Operating_System Telestream O 10.0.22021-07-06 O macOS B-Application ShareX B-Protocol Jaex O and O Michael O Delpach O 13.4.0 O 2020-12-16 O Windows B-Application SimpleScreenRecorder B-Language maartenbaert O 0.4.3 O 2020-12-26 O Linux B-Application Snagit B-Protocol ( O Windows B-Application ) O TechSmith O Windows B-Application Snagit B-Protocol ( O Mac O ) O TechSmith O macOS B-Application Snapz O Pro O X O Ambrosia O Software O 2.6.1 O 2016-10-17 O macOS B-Application VirtualDub B-Application SourceForge B-Application 1.9.11 O 2012-12-27 O Windows B-Application VLC B-Application media I-Application player I-Application VideoLAN B-Application 3.0.18 O 2022-11-08 O WindowsmacOSLinuxBSDSolarisQNXHaikuSyllableOS/2 O Xbox B-Protocol ( O Game O DVR O ) O / O Xbox B-Protocol Game O BarMicrosoftWindows O XVidCap B-Language SourceForge B-Application 1.1.7 O 2008-07-13 O Unix-like B-Operating_System XSplit B-Application Broadcaster I-Application SplitmediaLabs B-Application 3.0.1705.3117 O 2017-06-27 O Windows B-Application Product O name O Publisher O Latest O stable O version O Latest O release O date O OS O Software B-License license I-License Source O codeavailable O ? O Few O commercial O applications O took O advantage O of O alpha B-Algorithm blending I-Algorithm ; O freeware B-License programs O were O among O the O first O to O experiment O with O it O , O albeit O through O optional O settings O . O It O was O first O released O under O the O GNU B-License GPL I-License in O 1999 O , O and O has O since O offered O a O commercial O version O with O more O features O , O including O support O for O operating O systems O other O than O Linux B-Application and O eCos B-Operating_System . O The O license O has O previously O been O abbreviated O Ms-RL O , O but O Ms-RL O now O refers O to O the O Microsoft B-License Reciprocal I-License License I-License . O Two O specific O shared B-License source I-License licenses I-License are O interpreted O as O free B-Application software I-Application and O open O source O licenses O by O FSF B-Operating_System and O OSI O . O The O Shared B-License Source I-License Initiative I-License has O also O been O noted O to O increase O the O problem O of O license B-License proliferation I-License . O Stalin B-Application is O free B-License and I-License open-source I-License software I-License , O licensed O under O a O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O and O is O available O online O . O dm-cache B-Application is O licensed O under O the O terms O of O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O , O with O Joe O Thornber O , O Heinz O Mauelshagen O and O Mike O Snitzer O as O its O primary O developers O . O It O is O mostly O based O on O an O implementation O of O the O algorithms O described O in O Tal O Dayan O 's O 1997 O PhD O thesis O , O " O Rubberband O based O topological O router B-Algorithm " O . O This O router B-Algorithm has O meanwhile O been O adapted O for O use O with O the O open-source B-License KiCad B-Language project O as O well O . O The O clause O in O particular O that O causes O it O to O be O incompatible O with O the O GNU B-License GPL I-License is O " O This O Agreement O is O governed O by O the O laws O of O the O State O of O New O York O and O the O intellectual O property O laws O of O the O United O States O of O America. O " O ( O End O of O the O ' O Umineko O PS3 B-Operating_System project O ' O on O ) O C++ B-Language and O C/RussianGPLv2 O , O BSDPONScripterPeter O ' O Haeleth O ' O JollyPeter O ' O Haeleth O ' O Jolly O then O Mion O / O Uncle O Mion O ( O from O the O translation O group O Sonozaki O Futago-tachi O ) O then O , O -approximately O - O Sekai O Project O , O Witch O Hunt O and O 07thModponscr.exe O , O PONScripter.appsvn.denpa.mobi/repo/ponscripter O , O github.com/sekaiproject/ponscripter-fork O ( O Sekai O Project O 's O fork B-Application ) O and O github.com/07th-mod/ponscripter-fork O ( O 07thMod O 's O fork B-Application ) O Active O ( O 07thMod O and O WitchHunt O 's O forks B-Application ) O C++ B-Language and O C B-Language ( O Sekai O Project O and O 07thMod O 's O forks B-Application ) O /Multilingual O ( O via O Unicode O ) O GPLv2 B-License , O cf O . O It O is O free B-License and I-License open-source I-License software I-License released O under O a O BSD B-Operating_System license I-Operating_System . O openTMS B-Language is O a O free B-License and I-License open-source I-License translation B-General_Concept memory I-General_Concept system I-General_Concept based O entirely O on O open-source O standards O . O It O is O free B-License and I-License open-source I-License software I-License released O under O the O GNU O General O Public O License O version O 2 O ( O GPLv2 O ) O , O and O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application version O 2 O ( O LGPLv2 B-Application ) O . O Organisation O users O were O supported O by O SSL-encrypted O traffic O , O user O account O administration O and O management O reports O on O top O of O the O features O available O to O personal O users O . O EditGrid B-Application organization O accounts O had O become O completely O free-of-charge B-License for O all O users O since O September O 2009 O . O OpenOffice B-Application Novell O edition O was O a O supported O version O of O Go-oo B-Language . O The O Workplace O Managed O Client O in O IBM B-Operating_System Workplace I-Operating_System 2.6 O ( O 23 O January O 2006 O ) O incorporated O code O from O OpenOffice.org O 1.1.4 O , O the O last O version O under O the O SISSL B-License . O This O code O was O broken O out O into O a O separate O application O as O Lotus B-Operating_System Symphony I-Operating_System ( O 30 O May O 2008 O ) O , O with O a O new O interface O based O on O Eclipse B-Application . O HPHPc B-Language consists O mainly O of O C++ B-Language , O C B-Language and O PHP B-Application source O codes O , O and O it O is O free B-License and I-License open-source I-License software I-License distributed O under O the O PHP B-Language License I-Language . O The O web B-Application browser I-Application included O in O the B-Operating_System PlayStation I-Operating_System 4 I-Operating_System console O is O based O on O the O open B-License source I-License WebKit B-Language layout O engine O , O unlike O the O PlayStation B-Operating_System 3 I-Operating_System which O uses O the O NetFront B-Operating_System browser I-Operating_System . O Using O the O same O modern O Webkit B-Language core O as O Safari B-Application from O Apple O , O the O PS4 B-Operating_System web B-Application browser I-Application receives O a O very O high O score O in O HTML5 B-Application compliance O testing O . O However O , O just O like O other O major O browsers B-Application , O it O does O not O support O the O deprecated O Adobe B-Operating_System Flash I-Operating_System , O which O means O that O websites O which O still O require O Flash O might O not O display O properly O or O function O as O intended O . O Zeroshell B-Protocol Linux B-Application distribution I-Application x86 B-Operating_System , O ARM B-Architecture GPL B-License V2 I-License Free O ( O contribution O required O for O some O graphing O functions O ) O Web-administrative O router/firewall O live O CD O with O QoS O features O . O Additionally O , O code O only O licensed O under O MPL B-License 1.1 I-License could O not O legally O be O linked O with O code O under O the O GPL B-License . O OSI O founding O president O Eric O S O . O Raymond O interpreted O the O license O as O written O satire O against O the O restrictions O of O the O GPL B-License and O other O software O licenses O ; O WTFPL B-License version O 2 O author O Sam O Hocevar O later O confirmed O that O the O WTFPL B-License is O a O parody O of O the O GPL B-License . O However O , O volume B-License license I-License customers O , O TechNet O or O MSDN O subscribers O and O users O of O Windows B-Application 8 I-Application Enterprise O must O acquire O standalone O installation O media O for O Windows B-Device 8.1 I-Device and O install O through O the O traditional O Windows O setup O process O , O either O as O an O in-place O upgrade O or O clean O install O . O Pure O is O free B-License and I-License open-source I-License software I-License distributed O ( O mostly O ) O under O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application version O 3 O or O later O . O Pure O comes O with O an O interpreter O and O debugger O , O provides O automatic O memory O management O , O has O powerful O functional B-Language and O symbolic O programming O abilities O , O and O interfaces O to O libraries B-Library in O C B-Language ( O e.g. O , O for O numerics O , O low-level O protocols O , O and O other O such O tasks O ) O . O MIT B-License License I-License Exposure B-Application Notifications I-Application System I-Application nidirect.gov.uk O 250,000 O ( O 14 O August O ) O COVID B-Application Symptom I-Application Study I-Application , O formerly O Covid B-Application Symptom I-Application Tracker I-Application self-diagnostic O iOS B-Application , O Android B-Application King O 's O College O London O , O Guy O 's O and O St O Thomas O ' O Hospitals O , O Zoe B-Application Global I-Application Limited I-Application https://covid.joinzoe.com/ O May O 4 O , O 3 O million O COVID-19 O Screening O Tool O self-diagnostic O Web O Apple O Inc O . O / O CDC O CovidSafe B-Application self-diagnostic O , O contact O tracing O iOS B-Application , O Android B-Application Microsoft O volunteers O , O University O of O Washington O MIT B-License License I-License PACT O https://covidsafe.cs.washington.edu/ O Covid B-Application Watch I-Application exposure O alerts O / O anonymous O contact O tracing O iOS B-Application , O Android B-Application Covid B-Application Watch I-Application piloting O Apache O 2.0 O Exposure B-Application Notifications I-Application System I-Application https://www.covidwatch.org/ O coEpi O self-reporting O iOS B-Application , O Android B-Application coEpi O TCN B-Protocol https://www.coepi.org O How O We O Feel O self-diagnostic O iOS B-Application , O Android B-Application Pinterest B-Application and O others O NOVIDcontact O tracingiOS O , O AndroidExpii O , O CMUTCNhttps://www.novid.org/PreworkscreenEmployee O pre-shift O screening O , O reporting O , O and O documentingiOS O , O Android B-Application , O WebPreworkscreenReleased O on O App B-Application Store I-Application and O Play O StoreProprietaryhttps://preworkscreen.com/ O Private O Kit O : O Safe O Paths O contact O tracing O iOS B-Application , O Android B-Application MIT O MIT B-License License I-License safepaths.mit.edu O PathCheck B-Application contact O tracing O iOS B-Application , O Android B-Application MIT O MIT B-License License I-License pathcheck.org O TeamSense O Covid O screening O app O for O employees O . O While O in O 2007 O two O of O Microsoft O 's O Shared B-License Source I-License Initiative I-License licenses O were O certified O by O the O OSI O , O most O licenses O from O the O SSI O program O are O still O source-available B-License only O . O JaikuEngine O 2006 O 2009 O Apache-2.0 B-Application Java B-Language 1995 O 2006 O – O 2007 O GPL-2.0-onlyOn O 13 O November O 2006 O , O Sun O Microsystems O released O much O of O Java B-Language as O free B-Application software I-Application under O the O terms O of O the O GPL-2.0-only B-License license O . O The O following O is O a O list O of O freeware B-License software I-License packages O and O applications O for O use O in O the O health O industry O : O The O pre/post O -processor O generates O input O data O for O many O FEA O and O CFD O applications O Guido O Dhondt O , O Klaus O Wittig O 2.20 O 2022-08-01 O GNU B-License GPL I-License Free O Linux B-Application , O Windows O DIANA B-Algorithm FEA I-Algorithm General O purpose O finite B-Application element I-Application package O utilised O by O civil O , O structural O and O geotechnical O engineers O . O A O project O called O Bumblebee O is O an O alternative O open B-License source I-License implementation O of O Optimus O support O for O Linux B-Operating_System . O Jira B-Protocol is O a O commercial B-Application software I-Application product O that O can O be O licensed B-License for O running O on-premises O or O available O as O a O hosted O application O . O Subsequent O to O Sun O 's O release O of O OpenJDK B-Language , O Sun O released O a O specific O license O to O permit O running O the O TCK O in O the O OpenJDK B-Language context O for O any O GPL B-License implementation O deriving O substantially O from O OpenJDK B-Language . O MTR B-Protocol is O licensed O under O the O terms O of O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O and O works O under O modern O Unix-like B-Operating_System operating I-Operating_System systems I-Operating_System . O The B-Application Audience I-Application Engine I-Application is O announced O open-source B-License , O customizable O suite O of O fundraising O tools O for O public O radio O being O developed O by O the O Congera O Corporation O , O a O subsidiary O of O WFMU O Radio O . O DPDK B-Application is O now O an O open-source B-License project O under O the B-Operating_System Linux I-Operating_System Foundation I-Operating_System , O supported O by O many O companies O . O Support O for O more O vehicles O and O brands O has O been O added O through O open B-License source I-License contribution O . O It O was O available O as O shareware B-License and O had O a O trial O period O of O 21 O days O . O Bacula B-Language is O available O under O a O " O dual B-License license I-License " O ( O see O Multi-licensing B-License ) O AGPLv3 B-Application or O Proprietary O license O . O It O is O released O under O the B-License MIT I-License License I-License . O Windows B-Application Forms I-Application has O become O available O for O projects O targeting O the O .NET B-Application framework I-Application . O Moreover O , O cloud-based B-Architecture software I-Architecture users O are O not O subjected O to O license B-License fees O as O well O as O maintenance O and O operation O costs O since O these O are O on O hands O of O software B-Application vendors I-Application . O Furthermore O , O costs O incurred O for O infrastructures O are O expected O to O be O smaller O compared O to O on-premises B-General_Concept software I-General_Concept as O users O only O need O their O electronic O devices O to O be O able O to O get O access O to O the O services O . O MPlayer B-Application is O a O free B-License and I-License open-source I-License media O player O software O application O . O Its O source O code O is O licensed O under O the O Mozilla B-License Public I-License License I-License . O Skia B-Application Inc O . O originally O developed O the O library O ; O Google B-Application acquired O it O in O 2005 O , O and O then O released O the O software O as O open O source O licensed O under O the O New O BSD O free B-License software I-License license I-License in O 2008 O . O The O ISRG O provides O free B-License and I-License open-source I-License reference O implementations O for O ACME B-Protocol : O certbot O is O a O Python-based O implementation O of O server O certificate O management O software O using O the O ACME B-Protocol protocol I-Protocol , O and O boulder O is O a O certificate B-Architecture authority I-Architecture implementation O , O written O in O Go B-Application . O The O GPL B-License is O incompatible O with O many O application O digital O distribution O systems O , O like O the O Mac B-Application App I-Application Store I-Application , O and O certain O other O software O distribution O platforms O ( O on O smartphones O as O well O as O PCs O ) O . O It O is O offered O from O many O freeware B-License download O outlets O , O for O instance O it O was O downloaded O between O 2007 O and O May O 2017 O alone O from O SourceForge.net B-Application over O 700,000 O times O , O Chip.de O counted O over O 1 O million O downloads O ( O at O May O 2017 O ) O . O In O 2008 O the O artwork O was O published O ( O without O some O sounds O ) O under O a O Zlib B-License license I-License . O The O API B-General_Concept header B-Language files I-Language , O specification O , O shared O libraries O , O license B-License and O documentation O are O sometimes O bundled O together O in O an O SDK B-Application . O After O the O hearing O , O FSF B-Operating_System commented O that O " O Judge O Saris O made O clear O that O she O sees O the O GNU B-License GPL I-License to O be O an O enforceable O and O binding O license. O " O The O co-founders O agreed O to O build O a O system O that O used O standard O browser B-Application capabilities O and O provided O an O abstraction B-Architecture layer I-Architecture for O Web O developers O to O create O stateful O Web B-Application applications I-Application that O had O a O persistent O duplex O connection O to O a O Web O server B-Application by O holding O two O Hypertext B-Protocol Transfer I-Protocol Protocol I-Protocol ( O HTTP B-Protocol ) O connections O open O and O recycling O them O before O standard O browser B-Application time-outs O if O no O further O data O were O exchanged O . O The O co-founders O had O a O round-table O discussion O and O voted O whether O to O call O the O data O format O JSML O ( O JavaScript B-Language Markup O Language O ) O or O JSON O ( O JavaScript B-Language Object O Notation O ) O , O as O well O as O under O what O license B-License type O to O make O it O available O . O Kea B-Protocol is O licensed O under O the O Mozilla B-License Public I-License License I-License 2.0 I-License . O Serious B-Application Samurize I-Application ( O or O simply O Samurize B-Application ) O is O a O freeware B-License system O monitoring O and O desktop O enhancement O engine O for O Microsoft B-Application Windows I-Application . O , O GPL B-License 2014 O CASHX O Quantify O and O manage O large O quantities O of O short-read O sequence O data O . O The O ISC B-License license I-License without O the O ' O and/or O ' O wording O is O functionally O equivalent O , O and O endorsed O by O the O OpenBSD B-Operating_System project I-Operating_System as O a O license O template O for O new O contributions O . O The O BSD B-Operating_System 0-clause O license O goes O further O than O the O 2-clause O license O by O dropping O the O requirements O to O include O the O copyright O notice O , O license O text O , O or O disclaimer O in O either O source O or O binary O forms O . O Zip B-General_Concept 2.3 O ( O December O 1999 O ) O was O the O first O Info-ZIP B-Application archiver O tool O under O the O new O BSD-like B-License Info-ZIP B-Application License O . O ; O GPL-compatible O vim B-Application license O 2001 O 2016-10-03 O ( O v8.0.0022 O ) O Anything O with O vim B-Application WinDiff B-Application MicrosoftMicrosoft O ; O Proprietary B-Application ; O Part O of O Platform B-Application SDK I-Application 1992 O 2010-05-14 O ( O v6.1.7716.0 O ) O WinMerge B-Language Dean O GrimmDean O Grimm O ; O GPL B-License 1998 O 2022-01-27 O ( O v2.16.18 O ) O ( O Win95 B-Application and O up O ) O ( O in O wineWinMerge O in O Wine O ) O ( O in O wine O ) O 2 O GB O UCC B-Language USC O CSSE O ; O USC-CSSE O Limited O Public O License O 2009 O 2015-12-30 O ( O 2015.12 O ) O { 2.6.9 } O Sun B-Application Solaris I-Application KDiff3 B-Language ( O part O of O KDE O SDK O , O as O well O as O a O plug-in O to O KDE O Dolphin O file B-Application manager I-Application ) O Joachim O Eibl O and O KDE O SDK O KDiff3 B-Language Team O GPL B-License v2 O < O 2004 O ( O v0.9.86 O ) O 2023-01-13 O ( O v1.10 O ) O as O part O of O KDevelop B-Language SDK O download O site O or O from O Windows O store O or O download O site O ( O most O recent O version O ) O as O separate O application O . O In O 2019 O , O the O Windows B-Application Console I-Application infrastructure O was O open-sourced B-Application under O the B-License MIT I-License License I-License , O alongside O Windows B-Language Terminal I-Language . O In O June O 2007 O , O Jeff O Vogel O released O the O source O code O and O game O content O for O Blades B-Application of I-Application Exile I-Application , O which O is O currently O under O version O 2 O of O the O GNU B-License General I-License Public I-License License I-License . O It O is O written O in O C B-Language and O published O under O the O GPL B-License . O In O October O 2007 O , O NepaLinux B-Operating_System was O the O joint O recipient O of O the O Association O for O Progressive O Communications O ' O annual O APC O FOSS B-License prize O . O De O Icaza O , O while O studying O at O UNAM O , O recruited O two O fellow O students O , O Arturo O Espinosa O and O Federico O Mena O Quintero O , O to O contribute O to O free B-License and I-License open-source I-License software I-License . O Free B-License and I-License open-source I-License software I-License libraries O have O been O created O to O support O extensions O to O Common B-Language Lisp I-Language in O a O portable O way O , O and O are O most O notably O found O in O the O repositories O of O the O Common-Lisp.net O and O CLOCC O ( O Common B-Language Lisp I-Language Open O Code O Collection O ) O projects O . O Windows B-Application MultiPoint I-Application Server I-Application 2010 O is O available O for O purchase O via O either O OEMs O or O Academic O Volume B-License Licensing I-License . O Part O of O the O game O 's O source O code O was O released O to O the O public O under O the O CPAL B-License open-source B-Application license O , O and O since O then O , O fans O have O worked O to O continue O the O game O 's O development O and O support O . O Apogee O also O sold O the O game O 's O Turbo B-Application Pascal I-Application 3.0 O source O code O and O marketed O it O to O " O novice O programmers O trying O to O learn O the O ' O tricks O of O the O trade O ' O " O . O Supernova B-Application was O re-released O as O freeware B-License by O Apogee O on O March O 26 O , O 1998 O . O In O December O 2013 O , O Macecraft O created O a O crowdfunding O campaign O on O Indiegogo O aiming O to O make O jv16 B-Language PowerTools I-Language available O as O open-source B-License . O This O included O new O software O search O capabilities O with O results O based O on O user O submitted O information O for O more O than O 259,000 O programs O , O a O new O professional O services O business O section O , O and O an O UpdateStar B-Application freeware B-License client O section O . O The O game O is O released O under O the O GNU B-License GPL-2.0-or-later I-License . O Dungeon B-Application Crawl O Stone O Soup O is O a O roguelike O game O where O the O player O creates O a O character O and O guides O it O through O a O dungeon B-Application , O mostly O consisting O of O persistent O levels O , O full O of O monsters O and O items O , O with O the O goal O of O retrieving O the O " O Orb O of O Zot O " O ( O a O MacGuffin B-Algorithm ) O located O there O , O and O escaping O alive O . O The O full O package O was O offered O gratis B-License under O the O PUEL O , O with O licenses O for O other O commercial O deployment O purchasable O from O Oracle B-Application . O Those O opposed O to O the O GFDL B-Application have O recommended O the O use O of O alternative O licenses O such O as O the O BSD B-Operating_System License I-Operating_System or O the O GNU B-License GPL I-License . O It O was O about O this O time O that O the O project O open-sourced O its O software O ( O using O the O GNU B-License General I-License Public I-License License I-License ; O it O had O previously O had O an O `academic O use O only O ' O licence O ) O , O and O reworked O its O build O system O so O that O the O software O could O be O built O on O a O much O broader O range O of O POSIX-like O systems O , O including O OS B-Operating_System X I-Operating_System and O Cygwin B-Language . O In O recent O years O there O has O been O a O proliferation O of O free-to-use O and O easily O accessible O mapping O software B-Application such O as O the O proprietary B-Application web O applications O Google O Maps O and O Bing O Maps O , O as O well O as O the O free B-License and I-License open-source I-License alternative O OpenStreetMap O . O In O October O 1999 O , O the O license O of O the O originally O public B-Application domain I-Application software I-Application GRASS O software O was O changed O to O the O GNU B-License GPL I-License in O version O 5.0 O . O He O published O the O source O code O in O 1997 O ( O see O open-source B-License ) O . O Open-sourcing O is O the O act O of O propagating O the O open B-License source I-License movement O , O most O often O referring O to O releasing O previously O proprietary B-Application software I-Application under O an O open B-License source/free I-License software I-License license O , O but O it O may O also O refer O programming O Open B-Application Source I-Application software I-Application or O installing O Open B-Application Source I-Application software I-Application . O Conkeror B-Protocol is O released O under O the O same O set O of O free B-License software I-License licenses I-License as O Mozilla B-Operating_System : O the O GNU B-License General I-License Public I-License License I-License , O the O GNU B-Application Lesser I-Application General I-Application Public I-Application License I-Application , O and O the O Mozilla B-License Public I-License License I-License . O GPL B-License OpenAtrium O DevelopmentSeed O Free O Download O . O Firefox B-Operating_System Send I-Operating_System was O a O free B-License and I-License open-source I-License end-to-end O encrypted O file O sharing O web O service O developed O by O Mozilla B-Operating_System . O Later O , O it O moved O to O iBus B-Language and O javascript B-Language for O its O Linux B-Application version O , O first O release O on O 20 O July O 2012 O , O under O MPL B-License . O Supported O font O formats O include O : O TrueType O ( O TTF O ) O , O TrueType O Collection O ( O TTC O ) O , O OpenType O ( O OTF O ) O , O PostScript O Type O 1 O , O TeX O Bitmap O Fonts O , O X11 O OTB O bitmap O ( O only O sfnt O ) O , O Glyph B-Device Bitmap I-Device Distribution I-Device Format I-Device ( O BDF B-Device ) O , O FON O ( O Windows O ) O , O FNT O ( O Windows O ) O , O and O Web O Open B-License Font I-License Format O ( O WOFF O ) O . O Python B-Language external O , O MIT B-License Tom O GLR B-Application ? O Software O Creator O Edition O Release O Date O Cost O ( O USD O ) O Open B-Application source I-Application Software I-Application license O Implementation O AdroitLogic O UltraESBAdroitLogic O 17.01 O January O 2017 O Subscription O based O licensing O and O support O or O perpetual B-License licensing I-License Enterprise B-Application Service I-Application Bus I-Application Anypoint B-Language Platform I-Language MuleSoft B-General_Concept Mule B-Language 3.7 O June O 2015 O Sold O as O software O as O a O subscription O with O various O packaged O options O to O serve O different O use O cases O . O The O open B-License source I-License app O , O which O costs O €20 O million O to O develop O is O intended O to O supplement O human O contact O tracing O efforts O , O which O Germany O put O in O place O during O the O early O stages O of O the O COVID-19 O pandemic O in O Germany O . O This O license O is O aimed O at O giving O and O protecting O all O users O unlimited O freedom O to O use O , O study O , O and O privately O modify O the B-Application software I-Application , O and O if O the O user O adheres O to O the O terms O and O conditions O of O the O GPL B-License , O freedom O to O redistribute O the B-Application software I-Application or O any O modifications O to O it O . O The O business O model O of O Helium O V O is O based O on O the O dual B-License licensing I-License model I-License . O CeCILL B-License ( O from O CEA O CNRS O INRIA O Logiciel O Libre O ) O is O a O free B-License software I-License license I-License adapted O to O both O international O and O French O legal O matters O , O in O the O spirit O of O and O retaining O compatibility O with O the O GNU B-License General I-License Public I-License License I-License ( O GPL B-License ) O . O From O 2003 O to O 2005 O , O FSF O held O legal O seminars O to O explain O the O GPL B-License and O the O surrounding O law O . O Sun O also O offered O free B-License web-based O training O and O an O online O tutorial O for O students O and O teachers O , O free B-License support O services O for O teachers O ( O including O educational O templates O for O StarOffice B-Application ) O and O significantly O discounted O technical O support O for O schools O . O The O software O is O available O in O a O free O version O and O is O also O sold O on O a O SaaS B-Architecture model O which O includes O a O try-before-you-buy B-License period O . O On O 6 O March O 2019 O , O Microsoft O released O the O source O code O for O Calculator B-Application on O GitHub B-Application under O the B-License MIT I-License License I-License . O Apple O 's O Bonjour B-Protocol Sleep I-Protocol Proxy I-Protocol service O is O an O open B-License source I-License component O of O zero-configuration B-Application networking I-Application , O designed O to O assist O in O reducing O power O consumption O of O networked B-Architecture electronic O devices O . O This O is O a O version O of O the O Microsoft B-License Public I-License License I-License in O which O rights O are O only O granted O to O developers O of O Microsoft O Windows-based O software O . O It O is O also O considered O to O be O non-free O by O the B-Operating_System Free I-Operating_System Software I-Operating_System Foundation I-Operating_System due O to O this O restriction O . O This O is O a O version O of O the O Microsoft B-License Reciprocal I-License License I-License in O which O rights O are O only O granted O when O developing O software O for O a O Microsoft B-Application Windows I-Application platform O . O The O terms O of O the O Artistic B-License License I-License 1.0 O were O at O issue O in O Jacobsen O v O . O Katzer O in O the O initial O 2009 O ruling O by O the O United O States O District O Court O for O the O Northern O District O of O California O declared O that O FOSS-like O licenses O could O only O be O enforced O through O contract O law O rather O than O through O copyright O law O , O in O contexts O where O contract O damages O would O be O difficult O to O establish O . O Monster B-Application Bash I-Application was O the O first O shareware B-License game O Apogee O developed O to O take O up O a O megabyte O of O disk O space O . O Open-source B-License project O TianoCore B-Language also O provides O UEFI O interfaces B-Application . O The O Academic B-License Free I-License License I-License is O more O complex O than O the O BSD O , O MIT O and O NCSA B-General_Concept licenses O , O and O covers O additional O areas O such O as O patent O and O trademark O law O . O Varies O between O approximately O 100 O and O 850 O per O Value O UnitFor O detail O about O IBM O 's O Processor O Value O Units O see O here O Enterprise B-Application Service I-Application Bus I-Application Informatica O Power O Center O Informatica O 8.5 O October O 2007 O Varies O : O 50,000 O - O 100,000 O generally O JBoss O Enterprise B-Application Service I-Application Bus I-Application ( O ESB O ) O JBoss O , O a O division O of O Red O Hat O , O Inc O . O 4.12 O March O 2013 O Free O / O Commercial O support O available O Enterprise B-Application Service I-Application Bus I-Application , O Replaced O by O JBoss B-Application Fuse I-Application JBoss B-Language Enterprise I-Language SOA I-Language Platform I-Language JBoss O , O a O division O of O Red O Hat O , O Inc O . O 5.1 O February O 2011 O Free O / O Commercial O support O available O Replaced O by O JBoss B-Application Fuse I-Application Magic O xpi O Integration O Platform O Magic O Software O Enterprises O 4.0 O May O 2015 O Openadaptor B-Language The O Software O Conservancy O 3.4.6 O February O 2011 O Free O OpenESB B-Language OpenESB B-Language Community O 3.2.2 O December O 2019Free O / O Enterprise O Edition O with O commercial O support O OpenLink B-Application Virtuoso I-Application OpenLink O Software O 7.2.5.1 O 2018-08-15 O VariesOpenLink O Virtuoso B-Application Universal I-Application Server I-Application Pricing O Dual O ( O GPL B-License or O proprietary O ) O Oracle B-Application BPEL I-Application Process I-Application Manager I-Application Oracle B-Application Corporation I-Application 12.1.3.0.0 O June O 2014 O Varies O Licenses O available O per O named O user O or O per O processor O , O as O perpetual O or O as O term-based O . O Shortages O of O the O Incomplete O Applications O The O developments O of O several O FLOSS B-License products O are O not O completed O . O Besides O that O , O the O game O had O no O shareware B-License version O , O and O people O were O unable O to O play O the O game O before O they O could O buy O it O . O Although O the O ZDD B-Data_Structure in O Figure O 13 O may O not O seem O significant O by O any O means O , O the O advantages O of O a O ZDD B-Data_Structure become O obvious O as O the O grid O gets O larger O . O Augmenting O the O suffix B-Algorithm array I-Algorithm with O the O LCP B-Data_Structure array I-Data_Structure allows O one O to O efficiently O simulate O top-down O and O bottom-up O traversals B-Algorithm of O the O suffix B-Architecture tree I-Architecture , O speeds O up O pattern O matching O on O the O suffix B-Algorithm array I-Algorithm and O is O a O prerequisite O for O compressed O suffix B-Architecture trees I-Architecture . O Removing O the O contents O of O a O dynamic B-Data_Structure array I-Data_Structure is O done O by O assigning O it O a O size O of O zero O . O The O presence O of O each O of O these O 16 O ranges O is O indicated O by O an O additional O 16-bit O bit B-Data_Structure array I-Data_Structure at O the O front O . O In O computer B-General_Concept science I-General_Concept , O read-copy-update B-Operating_System ( O RCU O ) O is O a O synchronization O mechanism O that O avoids O the O use O of O lock B-Operating_System primitives O while O multiple O threads B-Operating_System concurrently O read O and O update O elements O that O are O linked O through O pointers O and O that O belong O to O shared B-Operating_System data I-Operating_System structures O ( O e.g. O , O linked B-Data_Structure lists I-Data_Structure , O trees B-Application , O hash B-Algorithm tables I-Algorithm ) O . O In O other O words O , O vec(A ) O is O the O vector O obtained O by O vectorizing O A O in O column-major B-Data_Structure order I-Data_Structure . O Naïve O resizable B-Data_Structure arrays I-Data_Structure and O linearly O growing O arrays O may O be O useful O when O a O space-constrained O application O needs O lots O of O small O resizable B-Data_Structure arrays I-Data_Structure ; O In O computer B-General_Concept science I-General_Concept , O a O ternary B-Data_Structure tree I-Data_Structure is O a O tree B-Application data I-Application structure I-Application in O which O each O node O has O at O most O three O child B-Data_Structure nodes I-Data_Structure , O usually O distinguished O as O " O left O " O , O “ O mid O ” O and O " O right O " O . O The O region O between O two O consecutive O segments O inside O a O slab O corresponds O to O a O unique O face O of O S O . O Therefore O , O we O reduce O our O point B-Data_Structure location I-Data_Structure problem I-Data_Structure to O two O simpler O problems O : O Activities O are O structured O in O a O nested O tree B-Data_Structure hierarchy O where O entries O , O to-do O items O and O sections O branch O off O from O the O root O activity O . O Isomorphic O scalar O instructions O ( O that O perform O the O same O operation O ) O are O packed O into O a O vector B-Data_Structure instruction O if O dependencies O do O not O prevent O doing O so O . O Let O array B-Data_Structure denote O the O array B-Data_Structure to O be O sorted O and O k O denote O the O number O of O buckets O to O use O . O There O were O 32 O palettes B-Data_Structure in O total O : O 16 O for O background O tiles O and O 16 O for O sprites O . O ZooKeeper B-Language is O essentially O a O service O for O distributed B-Architecture systems I-Architecture offering O a O hierarchical B-General_Concept key-value B-Data_Structure store I-Data_Structure , O which O is O used O to O provide O a O distributed O configuration B-General_Concept service I-General_Concept , O synchronization O service O , O and O naming O registry O for O large O distributed B-Architecture systems I-Architecture ( O see O Use O cases O ) O . O An O application O can O force O the O system O palette B-Data_Structure to O be O loaded O with O specific O colors O ( O even O in O a O specific O order O ) O , O " O tricking O " O the O system O by O telling O it O they O are O color O entries O intended O for O animation O ( O quick O color O changes O of O the O colors O in O the O physical O palette B-Data_Structure at O specific O entries O ) O . O A O double-ended B-Application queue I-Application is O represented O as O a O sextuple O ( O len_front O , O front O , O tail_front O , O len_rear O , O rear O , O tail_rear O ) O where O front O is O a O linked B-Data_Structure list I-Data_Structure which O contains O the O front O of O the O queue B-Application of O length O len_front O . O The O running O time O of O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure varies O significantly O with O the O input O . O In O computer B-General_Concept science I-General_Concept , O the O AF-heap B-Application is O a O type O of O priority B-Application queue I-Application for O integer O data O , O an O extension O of O the O fusion B-Data_Structure tree I-Data_Structure using O an O atomic O heap O proposed O by O M O . O L O . O Fredman O and O D O . O E O . O Willard O . O To O handle O 256 O different O input O values O , O approximately O 280 O lines O of O source O code O or O less O , O would O be O required O ( O mainly O single O line O table B-Data_Structure entries O ) O , O whereas O multiple O ' O compare O and O branch O ' O would O require O around O 512 O lines O ( O the O size O of O the O binary O is O also O almost O halved O once O more O ) O . O At O its O core O , O a O pathfinding B-Algorithm method O searches O a O graph B-Application by O starting O at O one O vertex O and O exploring O adjacent O nodes O until O the O destination O node B-Data_Structure is O reached O , O generally O with O the O intent O of O finding O the O cheapest O route O . O To O simultaneously O initialize O and O shuffle O an O array B-Data_Structure , O a O bit O more O efficiency O can O be O attained O by O doing O an O " O inside-out O " O version O of O the O shuffle O . O Its O top-to-bottom-like O structure O consists O of O nodes B-Data_Structure and O branches O ; O each O child O node O has O branches O and O is O only O linked O to O one O higher O level O parent O node O . O In O computer B-General_Concept programming I-General_Concept , O append B-Application is O the O operation O for O concatenating O linked B-Data_Structure lists I-Data_Structure or O arrays O in O some O high-level B-Language programming I-Language languages I-Language . O Early O versions O of O JSON O ( O such O as O specified O by O ) O required O that O a O valid O JSON O text O must O consist O of O only O an O object O or O an O array B-Data_Structure type O , O which O could O contain O other O types O within O them O . O Grid B-Data_Structure files I-Data_Structure represent O a O special O kind O of O hashing O , O where O the O traditional O hash B-Application is O replaced O by O a O grid O directory O . O Construction O and O maintenance O of O R+ B-Data_Structure trees I-Data_Structure is O more O complex O than O the O construction O and O maintenance O of O R B-Library trees I-Library and O other O variants O of O the O R B-Library tree I-Library . O for O all O node O of O the O BK-tree B-Data_Structure , O the O weight O assigned O to O its O egress O arcs O are O distinct O ; O There O are O 3 O popular O scene B-Data_Structure graphs I-Data_Structure in O use O today O : O OpenSG O , O OpenSceneGraph O , O and O OpenGL B-Library Performer I-Library . O In O a O ' O multiply O linked B-Data_Structure list I-Data_Structure ' O , O each O node B-Data_Structure contains O two O or O more O link O fields O , O each O field O being O used O to O connect O the O same O set O of O data B-General_Concept records O in O a O different O order O of O same O set O ( O e.g. O , O by O name O , O by O department O , O by O date O of O birth O , O etc O . O ) O . O Name(s ) O Notation O Meaning O Unicode O code O point O Roll O One O integer O selected O randomly O from O the O first O B O integers O Ceiling O Least O integer O greater O than O or O equal O to O B O Floor O Greatest O integer O less O than O or O equal O to O B O Shape O , O Rho O Number O of O components O in O each O dimension O of O B O Not O , O Tilde O Logical O : O ∼1 O is O 0 O , O ∼0 O is O 1 O Absolute O value O Magnitude O of O B O Index O generator O , O Iota B-Protocol Vector B-Data_Structure of O the O first O B O integers O Exponential O e O to O the O B O power O Negation O Changes O sign O of O B O Conjugate O The O complex O conjugate O of O B O ( O real O numbers O are O returned O unchanged O ) O Signum O ¯1 O if O B O < O 0 O ; O 0 O if O B O = O 0 O ; O 1 O if O B>0 O Reciprocal O 1 O divided O by O B O Ravel O , O Catenate O , O Laminate O Reshapes O B O into O a O vector B-Data_Structure Matrix O inverse O , O Monadic O Quad O Divide O Inverse O of O matrix O B O Pi O times O Multiply O by O π O Logarithm O Natural O logarithm O of O B O Reversal O Reverse O elements O of O B O along O last O axis O Reversal O Reverse O elements O of O B O along O first O axis O Grade O up O Indices O of O B O which O will O arrange O B O in O ascending O order O Grade O down O Indices O of O B O which O will O arrange O B O in O descending O order O Execute O Execute O an O APL B-Language expression O Monadic O format O A O character O representation O of O B O Monadic O transpose O Reverse O the O axes O of O B O Factorial O Product O of O integers O 1 O to O B O Depth O Nesting O depth O : O 1 O for O un-nested O array O Table O Makes O B O into O a O table O , O a O 2-dimensional O array O . O The O Linedancer O , O released O in O 2010 O , O contained O 4096 O 2-bit O predicated O SIMD O ALUs O , O each O with O its O own O content-addressable B-Data_Structure memory I-Data_Structure , O and O was O capable O of O 800billion O instructions O per O second O . O Recursion O is O a O technique O for O representing O data O whose O exact O size O is O unknown O to O the O programmer B-Application : O the O programmer B-Application can O specify O this O data O with O a O self-referential O definition O . O There O are O two O types O of O self-referential O definitions O : O inductive O and O coinductive B-Application definitions O . O For O example O , O linked B-Data_Structure lists I-Data_Structure can O be O defined O inductively O ( O here O , O using O Haskell B-Language syntax O ) O : O Hardware B-Architecture content B-Data_Structure addressable I-Data_Structure memory I-Data_Structure is O often O used O in O a O computer O 's O CPU B-General_Concept cache I-General_Concept . O The O DBC/1012 O was O designed O to O scale O up O to O 1024 O Ynet O interconnected O processor-disk O units O . O Rows B-Application of O a O relation B-Application ( O table O ) O were O distributed O by O hashing O on O the O primary O database B-Data_Structure index I-Data_Structure . O Rahmati O and O Zarei O build O a O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure based O on O the O kinetic O Delaunay O triangulation O to O handle O updates O to O the O EMST O in O polylog O time O per O event O . O The O palette B-Data_Structure values O consist O of O 2 O bits O for O each O of O the O red O , O green O and O blue O components O as O well O as O an O extra O bit O which O increases O the O intensity O of O all O three O components O by O a O half-step O ( O a O ' O brightness O ' O bit O ) O . O The O Fusion B-Data_Structure tree I-Data_Structure by O Fredman O and O Willard O implements O the O minimum O operation O in O O(1 ) O time O and O insert O and O extract-min O operations O in O time O . O BG O Some O systems O used O a B-Data_Structure matrix I-Data_Structure of I-Data_Structure blocky I-Data_Structure pixels I-Data_Structure instead I-Data_Structure of I-Data_Structure a I-Data_Structure letter I-Data_Structure in O their O font O sets O ( O or O used O dedicated O hardware O to O emulate O them O , O like O the O TRS-80 B-Device did O ) O , O to O support O some O sort O of O all O points O addressable O ( O APA O ) O mode O . O Most O algorithms O and O data B-General_Concept structures I-General_Concept for O searching O a O dataset O are O based O on O the O classical O binary O search O algorithm O , O and O generalizations O such O as O the O k-d B-Data_Structure tree I-Data_Structure or O range B-Data_Structure tree I-Data_Structure work O by O interleaving O the O binary O search O algorithm O over O the O separate O coordinates O and O treating O each O spatial O coordinate O as O an O independent O search O constraint O . O Compared O to O linked B-Data_Structure lists I-Data_Structure , O dynamic B-Data_Structure arrays I-Data_Structure have O faster O indexing O ( O constant O time O versus O linear O time O ) O and O typically O faster O iteration O due O to O improved O locality B-General_Concept of I-General_Concept reference I-General_Concept ; O however O , O dynamic B-Data_Structure arrays I-Data_Structure require O linear O time O to O insert O or O delete O at O an O arbitrary O location O , O since O all O following O elements O must O be O moved O , O while O linked B-Data_Structure lists I-Data_Structure can O do O this O in O constant O time O . O These O constraints O mean O there O are O no O cycles O or O " O loops O " O ( O no O node B-Data_Structure can O be O its O own O ancestor O ) O , O and O also O that O each O child O can O be O treated O like O the O root B-Application node I-Application of O its O own O subtree B-Application , O making O recursion O a O useful O technique O for O tree B-Algorithm traversal I-Algorithm . O The O depth O of O a O node B-Data_Structure is O the O length O of O the O path O to O its O root O ( O i.e. O , O its O root O path O ) O . O The O nodes O of O such O a O network O may O be O assigned O consecutive O integers O from O 0 O to O Fn O + O 21 O ; O the O bitstrings B-Data_Structure corresponding O to O these O numbers O are O given O by O their O Zeckendorf B-Algorithm representations I-Algorithm . O The O digits O of O the O finger B-Application tree I-Application can O be O transformed O into O a O list O like O so O : O And O so O on O the O image O , O the O top O level O has O elements O of O type O a O , O the O next O has O elements O of O type O Node O a O because O the O node O in O between O the O spine O and O leaves O , O and O this O would O go O on O meaning O in O general O that O the O nth O level O of O the O tree O has O elements O of O type O a O , O or O 2-3 B-Data_Structure trees I-Data_Structure of O depth O n O . O This O means O a O sequence O of O n O elements O is O represented O by O a O tree O of O depth O Θ(log n ) O . O Incremental B-Data_Structure encoding I-Data_Structure is O widely O used O in O information O retrieval O to O compress O the O lexicons O used O in O search B-Application indexes I-Application ; O these O list O all O the O words O found O in O all O the O documents O and O a O pointer O for O each O one O to O a O list O of O locations O . O They O would O all O converge O to O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure in O a O unique O format O that O a O compiler B-Language can O handle O . O In O computer B-General_Concept programming I-General_Concept , O the O stride B-Data_Structure of I-Data_Structure an I-Data_Structure array I-Data_Structure ( O also O referred O to O as O increment O , O pitch O or O step O size O ) O is O the O number O of O locations O in O memory B-General_Concept between O beginnings O of O successive O array B-Data_Structure elements I-Data_Structure , O measured O in O bytes B-Application or O in O units O of O the O size O of O the O array B-Data_Structure 's O elements O . O The O best O case O input O is O an O array B-Data_Structure that O is O already O sorted O . O If O the O probability O of O an O event O is O large O enough O then O the O data O is O forwarded O to O the O gateway B-Data_Structure node I-Data_Structure . O It O is O supposed O that O every O graphic O element O that O the O application O tries O to O show O on O screen O employs O the O colors O of O its O logical O palette B-Data_Structure . O This O means O every O word O has O as O many O representations O as O it O does O letters O ; O since O the O average O word O in O most O Scrabble B-Application regulation O dictionaries O is O 5 O letters O long O , O this O makes O the O GADDAG B-Data_Structure about O 5 O times O as O big O as O a O simple O DAWG O . O A O database B-Data_Structure index I-Data_Structure is O a O data B-General_Concept structure I-General_Concept that O improves O the O speed O of O data O retrieval O operations O on O a O database B-Application table I-Application at O the O cost O of O additional O writes O and O storage O space O to O maintain O the O index O data B-General_Concept structure I-General_Concept . O Multidimensional O arrays B-Data_Structure ( O rectangular O arrays B-Data_Structure ) O , O and O arrays B-Data_Structure of O references O to O arrays B-Data_Structure ( O jagged B-Data_Structure arrays I-Data_Structure ) O . O The O compact O trie B-General_Concept node O representation O uses O a O bitmap B-Data_Structure to O mark O every O valid O branch O – O a O bitwise B-Data_Structure trie I-Data_Structure with I-Data_Structure bitmap I-Data_Structure . O As O exchanging O the O indices O of O an O array O is O the O essence O of O array O transposition O , O an O array O stored O as O row-major B-Data_Structure but O read O as O column-major O ( O or O vice O versa O ) O will O appear O transposed O ( O as O long O as O the O matrix B-Architecture is O square O ) O . O Clipmapping B-Algorithm is O a O method O of O clipping B-Algorithm a O mipmap B-Data_Structure to O a O subset O of O data O pertinent O to O the O geometry O being O displayed O . O With O the O new O operations O , O the O implementation O of O weight-balanced B-Data_Structure trees I-Data_Structure can O be O more O efficient O and O highly-parallelizable O . O A O number O of O ball B-Data_Structure tree I-Data_Structure construction O algorithms O are O available O . O Usually O all O Internet O e-mail O is O transmitted O in O MIME B-Protocol format O , O allowing O messages O to O have O a O tree B-Data_Structure structure I-Data_Structure where O the O leaf O nodes O are O any O of O a O variety O of O single O part O content O types O and O the O non-leaf O nodes O are O any O of O a O variety O of O multipart O types O . O Therefore O , O in O either O case O , O the O worst-case O time O for O each O search O , O insertion O , O or O deletion O in O a O WAVL B-Data_Structure tree I-Data_Structure with O data O items O is O . O In O order O to O efficiently O look O up O a O selected O page O in O the O cache B-General_Concept , O a O cyclic B-Data_Structure queue I-Data_Structure is O adopted O in O the O cache B-General_Concept management O . O This O alternative O structure O allows O jagged B-Data_Structure arrays I-Data_Structure , O where O each O row O may O have O a O different O size O — O or O , O in O general O , O where O the O valid O range O of O each O index O depends O on O the O values O of O all O preceding O indices O . O This O simple O function O inserts O a O node O into O a O doubly O linked O circularly O linked B-Data_Structure list I-Data_Structure after O a O given O element O : O A O position O in O the O list O is O indicated O by O both O a O reference O to O the O node O and O a O position O in O the O elements O array B-Data_Structure . O The O splay B-Data_Structure tree I-Data_Structure is O conjectured O to O have O a O constant O competitive B-Algorithm ratio I-Algorithm compared O to O the O dynamically O optimal O tree O in O all O cases O , O though O this O has O not O yet O been O proven O . O Rainbow B-Algorithm tables I-Algorithm are O a O special O kind O of O such O table B-Data_Structure that O overcome O certain O technical O difficulties O . O Finding O all O vertices O adjacent O to O a O given O vertex O in O an O adjacency B-Data_Structure list I-Data_Structure is O as O simple O as O reading O the O list O . O Each O edge O xy O between O two O nodes O of O the O SPQR B-Data_Structure tree I-Data_Structure is O associated O with O two O directed O virtual O edges O , O one O of O which O is O an O edge O in O Gx O and O the O other O of O which O is O an O edge O in O Gy O . O A O regular O singly O linked B-Data_Structure list I-Data_Structure only O has O efficient O insertion O and O deletion O at O one O end O . O ; O it O includes O aggregate O types O ( O vectors O , O lists B-Data_Structure , O maps O , O sets O , O queues O , O stacks O , O arrays O , O tuples O ) O , O algorithms O ( O find O , O for_each O , O binary_search O , O random_shuffle O , O etc O . O The O result O is O that O the O number O of O children O of O every O internal O node O is O at O most O the O radix O of O the O radix B-Data_Structure tree I-Data_Structure , O where O is O a O positive O integer O and O a O power O of O 2 O , O having O ≥ O 1 O . O The O majority O of O the O game O is O lit O statically O using O lightmaps B-Data_Structure ; O this O allowed O the O art O team O to O achieve O realistic O lighting O effects O with O full O global B-Algorithm illumination I-Algorithm and O ambient O occlusion O . O Linux B-Application provides O in-kernel O APIs B-Application that O manipulate O data O structures O ( O e.g. O , O linked B-Data_Structure lists I-Data_Structure , O radix B-Data_Structure trees I-Data_Structure , O red-black O trees O , O queues B-Application ) O or O perform O common O routines O ( O e.g. O , O copy O data O from O and O to O user B-Operating_System space I-Operating_System , O allocate O memory O , O print O lines O to O the O system O log O , O and O so O on O ) O that O have O remained O stable O at B-Operating_System least O since O Linux B-Application version O 2.6 O . O To O show O that O the O tree B-Data_Structure contains O every O primitive O Pythagorean O triple O , O but O no O more O than O once O , O it O suffices O to O show O that O for O any O such O triple O there O is O exactly O one O path O back O through O the O tree B-Data_Structure to O the O starting O node O ( O 3 O , O 4 O , O 5 O ) O . O list O implements O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure . O Combinatorial B-Data_Structure maps I-Data_Structure are O used O as O efficient O data O structures O in O image O representation O and O processing B-Algorithm , O in O geometrical O modeling O . O When O a O dynamic B-Data_Structure array I-Data_Structure is O used O , O insertion O of O an O unbounded O number O of O items O is O possible O . O For O a O collection O of O data O values O undergoing O dynamic O insertions O and O deletions O , O the O order B-Algorithm statistic I-Algorithm tree I-Algorithm augments O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure structure O with O a O constant O amount O of O additional O information O per O tree O node O , O allowing O insertions O , O deletions O , O and O selection O queries O that O ask O for O the O element O in O the O current O set O to O all O be O performed O in O time O per O Going O beyond O the O comparison O model O of O computation O , O faster O times O per O operation O are O possible O for O values O that O are O small O integers O , O on O which O binary O arithmetic O operations O are O It O is O not O possible O for O a O streaming O algorithm O with O memory O sublinear O in O both O and O to O solve O selection O queries O exactly O for O dynamic O data O , O but O the O count B-Algorithm – I-Algorithm min I-Algorithm sketch I-Algorithm can O be O used O to O solve O selection O queries O approximately O , O by O finding O a O value O whose O position O in O the O ordering O of O the O elements O ( O if O it O were O added O to O them O ) O would O be O within O steps O of O , O for O a O sketch O whose O size O is O within O logarithmic O factors O of O . O On O the O downside O OI O tended O to O be O slower O than O hand-written O code O , O as O 3D O tasks O are O notoriously O difficult O to O make O perform O well O without O shuffling O the O data O in O the O scene B-Data_Structure graph I-Data_Structure by O hand O . O This O is O often O beneficial O , O since O succinct B-Data_Structure data I-Data_Structure structures I-Data_Structure find O their O uses O in O large O data O sets O , O in O which O case O cache O misses O become O much O more O frequent O and O the O chances O of O the O lookup O table O being O evicted O from O closer O CPU O caches O becomes O higher O . O A O grid B-Data_Structure file I-Data_Structure is O usually O used O in O cases O where O a O single O value O can O be O referenced O by O multiple O keys O . O This O is O also O the O logical O structure O of O contemporary O database B-Data_Structure indexes I-Data_Structure , O which O might O only O use O the O contents O from O a O particular O columns O in O the O lookup O table O . O Variable B-Data_Structure Length I-Data_Structure Arrays I-Data_Structure have O been O added O in O TCC O 0.9.26 O Variable B-Data_Structure Length I-Data_Structure Arrays I-Data_Structure are O supported O but O not O as O arguments O in O functions O . O It O differs O from O Enterprise O edition O in O that O it O supports O fewer O active O instances O ( O number O of O nodes O in O a O cluster O ) O and O does O not O include O some O high-availability O functions O such O as O hot-add O memory O ( O allowing O memory O to O be O added O while O the O server B-Application is O still O running O ) O , O and O parallel O indexes B-Data_Structure . O However O , O instead O of O locking O the O whole O data B-General_Concept structure I-General_Concept , O a O sub-range O of O bins B-Data_Structure may O be O locked O . O Binary O CAM B-Data_Structure is O the O simplest O type O of O CAM B-Data_Structure and O uses O data O search O words O consisting O entirely O of O 1s O and O 0s O . O casync B-Application ( O content-addressable B-Data_Structure synchronisation O ) O is O a O Linux B-Application software O utility O designed O to O distribute O frequently-updated O file B-Application system I-Application images O over O the O Internet O . O Only O certain O nodes B-Data_Structure in O a O ternary B-Data_Structure tree I-Data_Structure can O be O removed O unambiguously O . O In O computer O graphics O , O a O heightmap B-Data_Structure or O heightfield B-Data_Structure is O a O raster B-Algorithm image I-Algorithm used O mainly O as O Discrete O Global O Grid O in O secondary O elevation O modeling O . O In O vector-based O graphics O editing O , O each O leaf B-Data_Structure node I-Data_Structure in O a O scene B-Data_Structure graph I-Data_Structure represents O some O atomic O unit O of O the O document O , O usually O a O shape O such O as O an O ellipse O or O Bezier O path O . O Inkscape O 's O Path O → O Trace O Bitmap O : O Multiple O Scans O : O Color O function O uses O octree B-Data_Structure quantization B-Algorithm to O create O color O traces O . O LevelDB B-Language is O an O ordered O key/value B-Data_Structure store I-Data_Structure created O by O Google B-Application as O a O lightweight O implementation O of O the O Bigtable B-Application storage O design O . O Deleting O nodes B-Data_Structure is O somewhat O more O complex O than O inserting O however O . O Such O procedural B-Data_Structure surfaces I-Data_Structure require O far O more O processing O to O calculate O , O and O for O this O reason O are O often O used O in O pre-rendered O rather O than O real-time O applications O . O For O the O in-game O deformable O terrain O a O Binary-Triangle O Tree-based O dynamic O view O dependent O level O of O detail O height B-Data_Structure field I-Data_Structure renderer O was O utilized O . O In O a O naive O approach O adding O a O new O point O to O the O dataset O is O trivial O because O order O does O not O need O to O be O preserved O , O but O in O a O cover B-Data_Structure tree I-Data_Structure it O can O take O time O . O If O , O for O example O , O a O scene O is O rendering O this O texture O in O a O space O of O 40×40 O pixels B-Algorithm , O then O either O a O scaled-up O version O of O the O 32×32 O ( O without O trilinear O interpolation B-Algorithm ) O or O an O interpolation B-Algorithm of O the O 64×64 O and O the O 32×32 O mipmaps B-Data_Structure ( O with O trilinear O interpolation B-Algorithm ) O would O be O used O . O Programming O languages O that O are O able O to O use O pointers O have O the O dual O advantage O that O less O overhead O is O involved O , O both O in O accessing O the O contents O and O also O advancing O the O counter O to O point O to O the O next O table B-Data_Structure entry O after O execution O . O The O SPQR B-Data_Structure tree I-Data_Structure of O a O graph O may O be O constructed O in O linear O time O and O has O several O applications O in O dynamic O graph O algorithms O and O graph O drawing O . O Because O a O range O of O child O nodes B-Data_Structure is O permitted O , O B-trees B-Architecture do O not O need O re-balancing O as O frequently O as O other O self-balancing O search O trees O , O but O may O waste O some O space O , O since O nodes B-Data_Structure are O not O entirely O full O . O This O approach O effectively O converts O the O data O structure O from O an O augmented O binary O tree O to O an O augmented O kd-tree B-Data_Structure , O thus O significantly O complicating O the O balancing O algorithms O for O insertions O and O deletions O . O The O table O is O a O linked B-Data_Structure list I-Data_Structure of O entries O for O each O cluster O , O a O contiguous O area O of O disk O storage O . O The O root B-Application directory I-Application of O the O disk O contains O the O number O of O the O first O cluster O of O each O file O in O that O directory B-Application . O The O operating B-General_Concept system I-General_Concept can O then O traverse O the O FAT O , O looking O up O the O cluster O number O of O each O successive O part O of O the O disk O file O as O a O cluster O chain O until O the O end O of O the O file O is O reached O . O Sub-directories O are O implemented O as O special O files O containing O the O directory B-Application entries O of O their O respective O files O . O Each O entry O in O the O FAT O linked B-Data_Structure list I-Data_Structure is O a O fixed O number O of O bits O : O 12 O , O 16 O or O 32 O . O The O buffer O is O a O circular B-Data_Structure buffer I-Data_Structure ( O to O provide O a O FIFO B-Operating_System instruction O ordering O queue O ) O implemented O as O an O array/vector B-Data_Structure ( O which O allows O recording O of O results O against O instructions O as O they O complete O out O of O order O ) O . O the O stride B-Data_Structure of I-Data_Structure an I-Data_Structure array I-Data_Structure , O or O the O amount O of O memory O occupied O by O each O element O of O the O array O . O The O simplest O algorithm O represents O each O chromosome O as O a O bit B-Data_Structure string I-Data_Structure . O For O a O partial O ordering O given O by O its O transitive O reduction O ( O covering O relation O ) O , O the O Coffman B-Operating_System – I-Operating_System Graham I-Operating_System algorithm I-Operating_System can O be O implemented O in O linear O time O using O the O partition B-Data_Structure refinement I-Data_Structure data O structure O as O a O subroutine O . O The O process O begins O with O the O leaf B-Data_Structure nodes I-Data_Structure containing O the O probabilities O of O the O symbol O they O represent O . O The O list B-Operating_System ranking I-Operating_System problem O can O be O used O to O solve O many O problems O on O trees O via O an O Euler O tour O technique O , O in O which O one O forms O a O linked B-Data_Structure list I-Data_Structure that O includes O two O copies O of O each O edge O of O the O tree O , O one O in O each O direction O , O places O the O nodes O of O this O list O into O an O ordered O array O using O list B-Operating_System ranking I-Operating_System , O and O then O performs O prefix B-Application sum I-Application computations O on O the O ordered O array O . O This O can O be O seen O from O the O recurrence O defining O fusc B-Data_Structure : O the O expressions O as O a O sum O of O powers O of O two O for O an O even O number O either O have O no O 1s O in O them O ( O in O which O case O they O are O formed O by O doubling O each O term O in O an O expression O for O ) O or O two O 1s O ( O in O which O case O the O rest O of O the O expression O is O formed O by O doubling O each O term O in O an O expression O for O ) O , O so O the O number O of O representations O is O the O sum O of O the O number O of O representations O for O and O for O , O matching O the O recurrence O . O Bit B-Data_Structure arrays I-Data_Structure can O be O used O for O the O allocation O of O memory B-General_Concept pages I-General_Concept , O inodes B-Application , O disk O sectors O , O etc O . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O This O development O resulted O in O the O first O scientific O handheld O calculator O , O the O HP-35 B-Device in O 1972 O . O In O the O case O where O elements O are O deleted O or O inserted O at O the O end O , O a O sorted O dynamic B-Data_Structure array I-Data_Structure can O do O this O in O amortized B-General_Concept O(1 ) O time O while O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure always O operates O at O O(log n ) O . O A O regular O heap B-Application can O be O kinetized O by O augmenting O with O a O certificate O [ ] O for O every O pair O of O nodes O , O such O that O is O a O child B-Data_Structure node I-Data_Structure of O . O Block B-Algorithm sort I-Algorithm moves O these O first O instances O to O the O start O of O the O array B-Data_Structure to O create O the O two O internal O buffers O , O but O when O all O of O the O merges O are O completed O for O the O current O level O of O the O block B-Algorithm sort I-Algorithm , O those O values O are O distributed O back O to O the O first O sorted O position O within O the O array B-Data_Structure . O If O there O are O many O qualifying O tuples B-Application , O and O particularly O if O there O is O no O applicable O index B-Data_Structure for O the O join B-Language key O on O , O this O operation O will O be O very O expensive O . O When O a O priority B-Application queue I-Application is O stored O in O a O bit B-Data_Structure array I-Data_Structure , O find B-Algorithm first I-Algorithm one I-Algorithm can O be O used O to O identify O the O highest O priority O element O in O the O queue O . O MAC B-Protocol bridges I-Protocol ) O connected O in O a O hierarchical B-Data_Structure tree I-Data_Structure topology I-Data_Structure . O The O principal O benefit O of O a O linked B-Data_Structure list I-Data_Structure over O a O conventional O array B-Data_Structure is O that O the O list B-General_Concept elements O can O be O easily O inserted O or O removed O without O reallocation O or O reorganization O of O the O entire O structure O because O the O data B-General_Concept items O do O not O need O to O be O stored O contiguously O in O memory O or O on O disk O , O while O restructuring O an O array B-Data_Structure at O run-time B-Library is O a O much O more O expensive O operation O . O The O building O of O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure and O unparse O rules O allowed O local O optimizations O to O be O performed O by O analyzing O the O parse B-Language tree B-Application . O A O weight-balanced B-Data_Structure tree I-Data_Structure BB[] O is O defined O as O follows O . O ZDDs B-Data_Structure in O this O case O , O are O efficient O for O simple O paths O and O Hamiltonian O paths O . O One O index O entry O for O every O tuple O in O the O data O file B-Operating_System ( O dense B-Data_Structure index I-Data_Structure ) O contains O the O value O of O the O indexed O attribute O and O pointer O to O the O block B-General_Concept or O record O . O Typically O implemented O using O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure . O Stride B-Data_Structure controls O how O depth O columns O around O the O width O and O height O are O allocated O . O One O common O LUT O , O called O the O colormap O or O palette B-Data_Structure , O is O used O to O determine O the O colors O and O intensity O values O with O which O a O particular O image O will O be O displayed O . O An O array O of O " O base O indexes O " O , O one O for O each O consecutive O subsequence O of O 64 O bits O in O the O bit B-Data_Structure vector I-Data_Structure , O pointing O to O the O first O datum O associated O with O a O nonzero O bit O in O that O subsequence O . O The O Copper O can O be O used O to O produce O " O sliced O HAM O " O , O or O S-HAM O , O this O consists O of O building O a O Copper O list O that O switches O the O palette B-Data_Structure on O every O scanline B-Algorithm , O improving O the O choice O of O base O colors O in O Hold-And-Modify O mode O graphics O . O General O rose B-Data_Structure trees I-Data_Structure can O be O defined O via O bisimilarity B-Application of O accessible O pointed O multidigraphs O with O appropriate O labelling O of O nodes O and O arrows O . O Although O shapes O themselves O ( O particularly O paths O ) O can O be O decomposed O further O into O nodes O such O as O spline B-Algorithm nodes I-Algorithm , O it O is O practical O to O think O of O the O scene B-Data_Structure graph I-Data_Structure as O composed O of O shapes O rather O than O going O to O a O lower O level O of O representation O . O This O one O checks O if O the O fractional O part O of O x O is O zero O ( O i.e. O , O it O is O an O integer O ) O , O and O if O so O , O it O calls O the O function O to O multiply O a O range B-Data_Structure of O values O . O For O this O reason O , O the O engine O focuses O more O on O raster B-Algorithm graphics I-Algorithm and O palette B-Data_Structure manipulation I-Data_Structure , O although O it O does O feature O support O for O widescreen O graphics O and O online O functionality O . O These O network O operating O systems O provided O redirection O of O native O operating O system O file O I/O B-General_Concept allowing O network O nodes B-Data_Structure to O access O server-based O files O transparently O , O as O well O as O concurrently O . O Its O implementation O requires O only O a O few O instructions O , O plus O a O 256-byte O lookup B-Data_Structure table I-Data_Structure containing O a O permutation B-Algorithm of O the O values O 0 O through O 255 O . O Small O memory O footprint O : O Splay B-Data_Structure trees I-Data_Structure do O not O need O to O store O any O bookkeeping O data O . O It O may O offer O an O advantage O by O reducing O index B-Data_Structure size O ( O and O thus O search O effort O ) O provided O that O there O is O some O obvious O , O robust O , O implicit O way O to O identify O in O which O partition B-General_Concept a O particular O row O will O be O found O , O without O first O needing O to O search O the O index B-Data_Structure , O e.g. O , O the O classic O example O of O the O ' O CustomersEast O ' O and O ' O CustomersWest O ' O tables O , O where O their O zip O code O already O indicates O where O they O will O be O found O . O Like O other O prefix B-General_Concept trees I-General_Concept , O a O ternary B-Data_Structure search I-Data_Structure tree I-Data_Structure can O be O used O as O an O associative B-Application map I-Application structure O with O the O ability O for O incremental O string B-Algorithm search I-Algorithm . O However O , O the O search O complexity O of O a O BST O depends O upon O the O order O in O which O the O nodes O are O inserted O and O deleted O ; O since O in O worst B-General_Concept case I-General_Concept , O successive O operations O in O the O binary B-Language search I-Language tree I-Language may O lead O to O degeneracy O and O form O a O singly O linked B-Data_Structure list I-Data_Structure ( O or O " O unbalanced O tree O " O ) O like O structure O , O thus O has O the O same O worst-case B-General_Concept complexity O as O a O linked B-Data_Structure list I-Data_Structure . O an O array B-Data_Structure only O takes O constant O time O . O The O most O common O is O using O linked B-Data_Structure lists I-Data_Structure called O sibling O lists O . O The O performance O of O a O certain O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure may O be O analyzed O for O certain O types O of O trajectories O . O Implementations O store O the O most O recent O data O in O a O circular B-Data_Structure buffer I-Data_Structure . O The O time O complexity O for O searching O a O B-tree O is O O(log n ) O . O An O ( O a O , O b O ) O -tree O is O a O search B-Data_Structure tree I-Data_Structure where O all O of O its O leaves O are O the O same O depth O . O For O example O , O in O this O illustration O , O node B-Data_Structure A O is O transmitting O data O to O node B-Data_Structure C O via O node B-Data_Structure B O . O As O long O as O a O programmer B-Application derives O the O template O from O a O data O definition O , O functions O employ O structural B-Algorithm recursion I-Algorithm . O Below O is O a O C B-Language definition O of O a O linked B-Data_Structure list I-Data_Structure node O structure O . O As O well O as O allowing O the O programmer O to O save O and O load O programs O , O blocks O of O memory O or O screen O images O into O the O RAM O disc O and O catalogue O the O contents O of O the O RAM B-Application disk I-Application , O Beta B-Language BASIC I-Language also O provided O commands O for O the O creation O and O use O of O arrays B-Data_Structure held O in O the O RAM B-Application disk I-Application , O allowing O programs O running O in O the O 30KB O or O so O of O free O memory O on O the O Spectrum O to O manipulate O arrays B-Data_Structure approaching O 80KB O - O a O significant O extra O amount O of O space O by O 1980s O standards O and O more O than O almost O any O other O 8-bit O BASIC O , O which O were O generally O limited O to O 64KB O of O program O and O data O combined O . O This O task O of O storing O data O accessible O by O its O prefix O can O be O accomplished O in O a O memory-optimized O way O by O employing O a O radix B-Data_Structure tree I-Data_Structure . O Depending O on O the O instructions O available O , O these O may O only O be O suitable O for O count-controlled O loops O ( O " O for O loops O " O ) O in O which O the O number O of O iterations O can O be O calculated O in O advance O , O or O only O for O condition-controlled O loops O ( O " O while O loops O " O ) O such O as O operations O on O null-terminated B-Data_Structure strings I-Data_Structure . O This O means O all O of O its O pixel O colors O lie O in O a O two-dimensional O plane O in O the O color O cube.thumb O |left|300px|The O color B-Algorithm space I-Algorithm of O the O photograph O to O the O left O , O along O with O a O 16-color O optimized O palette B-Data_Structure produced O by O Photoshop B-Operating_System . O An O outliner B-Application ( O or O outline B-Application processor I-Application ) O is O a O specialized O type O of O text B-Application editor I-Application ( O word B-General_Concept processor I-General_Concept ) O used O to O create O and O edit O outlines O , O which O are O text B-General_Concept files I-General_Concept which O have O a O tree B-Data_Structure structure I-Data_Structure , O for O organization O . O 8 O 9 O 10 O 11 O 4 O is O now O added O to O all O elements O of O vector B-Data_Structure n O , O creating O a O 4-element O vector B-Data_Structure { O 8 O 9 O 10 O 11} O . O As O above O , O APL B-General_Concept 's O interpreter B-Application displays O the O result O because O the O expression O 's O value O was O not O assigned O to O a O variable O ( O with O a O ← O ) O . O For O a O description O of O the O algorithm O , O see O the O corresponding O section O in O the O LCP B-Data_Structure array I-Data_Structure article O . O Text O in O a O gap B-Data_Structure buffer I-Data_Structure is O represented O as O two O strings O , O which O take O very O little O extra O space O and O which O can O be O searched O and O displayed O very O quickly O , O compared O to O more O sophisticated O data B-General_Concept structures I-General_Concept such O as O linked B-Data_Structure lists I-Data_Structure . O Rivest O 's O format O defines O an O S-expression B-Protocol as O being O either O an O octet-string O ( O a O series O of O bytes B-Application ) O or O a O finite O list B-Data_Structure of O other O S-expressions B-Protocol . O In O computer B-General_Concept science I-General_Concept , O a O tree O is O a O widely O used O abstract O data O type O that O represents O a O hierarchical B-Data_Structure tree I-Data_Structure structure I-Data_Structure with O a O set O of O connected O nodes B-Data_Structure . O A O single O palette B-Data_Structure entry I-Data_Structure in O an O indexed B-Data_Structure color I-Data_Structure image O can O be O designated O as O a O transparent O color O , O in O order O to O perform O a O simple O video O overlay O : O superimposing O a O given O image O over O a O background O in O such O way O that O some O part O of O the O overlapped O image O obscures O the O background O and O the O remaining O not O . O The O Delphi B-Language language I-Language has O continued O to O evolve O over O the O years O to O support O constructs O such O as O dynamic B-Data_Structure arrays I-Data_Structure , O generics B-Language and O anonymous B-General_Concept methods I-General_Concept . O Thus O it O may O be O better O to O use O a O traditional O for B-Language loop I-Language with O a O numeric B-Algorithm index O when O iterating O over O arrays B-Data_Structure . O Tree B-Data_Structure structures I-Data_Structure can O depict O all O kinds O of O taxonomic O knowledge O , O such O as O family O trees O , O the O biological O evolutionary O tree O , O the O evolutionary O tree O of O a O language O family O , O the O grammatical O structure O of O a O language O ( O a O key O example O being O S O → O NP O VP O , O meaning O a O sentence O is O a O noun O phrase O and O a O verb O phrase O , O with O each O in O turn O having O other O components O which O have O other O components O ) O , O the O way O web O pages O are O logically O ordered O in O a O web O site O , O mathematical B-Data_Structure trees I-Data_Structure of I-Data_Structure integer I-Data_Structure sets I-Data_Structure , O et O cetera O . O An O important O application O of O ball B-Data_Structure trees I-Data_Structure is O expediting O nearest B-Algorithm neighbor I-Algorithm search I-Algorithm queries O , O in O which O the O objective O is O to O find O the O k O points O in O the O tree O that O are O closest O to O a O given O test O point O by O some O distance O metric O ( O e.g. O The O XOR B-Data_Structure linked I-Data_Structure list I-Data_Structure concept O can O be O generalized O to O XOR O binary B-Language search I-Language trees I-Language . O There O is O at O least O one O adoption O of O the O term O " O rose B-Data_Structure tree I-Data_Structure " O in O computer O science O in O which O " O sharing O of O substructures O " O is O precluded O . O Bentley O also O proposed O using O range B-Data_Structure trees I-Data_Structure , O which O improved O query O time O to O but O increased O space O to O . O An O internal O node B-Data_Structure ( O also O known O as O an O inner O node B-Data_Structure , O inode O for O short O , O or O branch O node B-Data_Structure ) O is O any O node B-Data_Structure of O a O tree O that O has O child B-Data_Structure nodes I-Data_Structure . O The O M-tree B-Data_Structure also O keeps O the O distances O from O the O parent O node O precomputed O to O speed O up O queries O . O Then O assume O that O two O more O elements O are O added O to O the O circular B-Data_Structure buffer I-Data_Structure 2 O & O 3 O which O get O put O after O 1 O : O SceneKit B-Application maintains O an O object B-Language based I-Language scene B-Data_Structure graph I-Data_Structure , O along O with O a O physics O engine O , O particle O system O , O and O links O to O Core B-Operating_System Animation I-Operating_System and O other O frameworks O to O easily O animate O that O display O . O A O weak B-Application heap I-Application is O thus O not O a O strictly O implicit B-Data_Structure data I-Data_Structure structure I-Data_Structure since O it O requires O additional O space O ( O bit O per O node O ) O . O The O basic O data O types O in O the O language O include O booleans O , O integers O , O reals B-Algorithm , O characters O , O strings O , O and O arrays B-Data_Structure . O The O program O must O keep O track O of O the O size O ( O length O ) O of O the O stack B-Architecture , O using O a O variable O top O that O records O the O number O of O items O pushed O so O far O , O therefore O pointing O to O the O place O in O the O array B-Data_Structure where O the O next O element O is O to O be O inserted O ( O assuming O a O zero-based O index O convention O ) O . O Stack B-Application , O queue B-Application , O associative B-Application array I-Application , O and O tree B-Data_Structure structure I-Data_Structure can O be O implemented O as O buckets O . O Whenever O SPQR B-Data_Structure tree I-Data_Structure edge O xy O associates O the O virtual O edge O ab O of O Gx O with O the O virtual O edge O cd O of O Gy O , O form O a O single O larger O graph O by O merging O a O and O c O into O a O single O supervertex O , O merging O b O and O d O into O another O single O supervertex O , O and O deleting O the O two O virtual O edges O . O This O convention O simplifies O and O accelerates O some O list-handling O algorithms O , O by O ensuring O that O all O links O can O be O safely O dereferenced O and O that O every O list B-General_Concept ( O even O one O that O contains O no O data B-General_Concept elements O ) O always O has O a O " O first O " O and O " O last O " O node B-Data_Structure . O All O other O non-cyclic O dependencies O should O not O invalidate O vectorization O , O since O there O wo O n't O be O any O concurrent B-Operating_System access O in O the O same O vector B-Data_Structure instruction O . O Since O the O only O aspect O of O C B-Language data B-General_Concept structures I-General_Concept that O is O missing O from O Modula-3 B-Language is O the O union O type O , O all O extant O Modula-3 B-Language implementations O are O able O to O provide O good O binary O code O compatibility O with O C B-Language language I-Language type O declarations O of O arrays B-Data_Structure and O structs B-Application . O For O example O , O linked B-Data_Structure lists I-Data_Structure can O be O defined O inductively O ( O here O , O using O Haskell B-Language syntax O ) O : O A O coinductive B-Application data O definition O is O one O that O specifies O the O operations O that O may O be O performed O on O a O piece O of O data O ; O typically O , O self-referential O coinductive B-Application definitions O are O used O for O data O structures O of O infinite O size O . O For O example O , O given O the O word O ANATREE B-Data_Structure , O the O alphabetic O map O would O produce O a O mapping O of O . O The O construction O of O an O anatree B-Data_Structure begins O by O selecting O a O label O for O the O root O and O partitioning O words O based O on O the O label O chosen O for O the O root O . O A O lightmap B-Data_Structure is O a O data B-General_Concept structure I-General_Concept used O in O lightmapping O , O a O form O of O surface O caching O in O which O the O brightness O of O surfaces O in O a O virtual O scene O is O pre-calculated O and O stored O in O texture O maps O for O later O use O . O The O PIC O instruction O set O is O suited O to O implementation O of O fast O lookup B-Data_Structure tables I-Data_Structure in O the O program O space O . O Geometry O Nodes B-Data_Structure Curve O support O and O new O fields O system O which O makes O geometry O nodes B-Data_Structure more O like O working O with O shaders O . O When O the O program O no O longer O needs O the O dynamic B-Data_Structure array I-Data_Structure , O it O must O eventually O call O free O to O return O the O memory O it O occupies O to O the O free O store O : O First O , O a O weak B-Application heap I-Application is O built O out O of O all O of O the O elements O of O the O array B-Data_Structure , O and O then O the O root O is O repeatedly O exchanged O with O the O last O element O , O which O is O sifted O down O to O its O proper O place O . O Instead O of O points O , O a O k-d B-Data_Structure tree I-Data_Structure can O also O contain O rectangles O or O hyperrectangles O . O For O example O , O while O computing O the O Fibonacci O sequence O naively O entails O multiple O iteration B-Algorithm , O as O each O value O requires O two O previous O values O , O it O can O be O computed O by O single O recursion O by O passing O two O successive O values O as O parameters O . O This O is O more O naturally O framed O as O corecursion B-Application , O building O up O from O the O initial O values O , O while O tracking O two O successive O values O at O each O step O – O see O corecursion B-Application : O examples O . O A O more O sophisticated O example O involves O using O a O threaded B-Data_Structure binary I-Data_Structure tree I-Data_Structure , O which O allows O iterative B-Algorithm tree B-Algorithm traversal I-Algorithm , O rather O than O multiple B-Algorithm recursion I-Algorithm . O Let O 's O make O the O Threaded B-Data_Structure Binary I-Data_Structure tree I-Data_Structure out O of O a O normal O binary O tree O : O When O mipmapping B-Data_Structure is O used O , O texture O width O requirements O and O the O extra O storage O for O the O mipmap B-Data_Structure levels O limit O the O largest O mipmap B-Data_Structure level O to O 2KB O . O At O level3 O , O the O algorithm O will O choose O , O for O each O node B-Data_Structure , O the O smallest O of O the O child B-Data_Structure node I-Data_Structure values O , O and O assign O it O to O that O same O node B-Data_Structure ( O e.g. O In O computer B-General_Concept science I-General_Concept , O the O median B-Algorithm of I-Algorithm medians I-Algorithm is O an O approximate O median O selection B-Algorithm algorithm I-Algorithm , O frequently O used O to O supply O a O good O pivot O for O an O exact O selection B-Algorithm algorithm I-Algorithm , O most O commonly O quickselect B-Algorithm , O that O selects O the O kth O smallest O element O of O an O initially O unsorted O array B-Data_Structure . O In O a O weight-balanced O tree O , O the O criterion O of O a O balanced B-Data_Structure tree I-Data_Structure is O the O number O of O leaves O of O the O subtrees B-Application . O ZPL B-Language is O translated O into O a O conventional O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure representation I-Data_Structure on O which O program O analysis O and O program O optimizations O are O performed O . O Therefore O , O offering O an O alternative O to O splay B-Data_Structure trees I-Data_Structure . O Basically O , O a O SOFA B-Application scene-graph B-Data_Structure is O composed O with O : O pngcrush B-Language , O when O told O , O will O also O losslessly B-Algorithm reduce O the O bit-depth O of O images O or O apply O a O color B-Data_Structure palette I-Data_Structure when O possible O if O doing O so O results O in O a O smaller O file O size O . O While O some O other O Unix O systems O such O as O FreeBSD B-Operating_System , O used O kernel-based O device O node B-Data_Structure management O via O devfs O only O , O and O not O supporting O manual O node B-Data_Structure creation O . O system B-Operating_System call I-Operating_System and O command O exist O to O keep O compatibility O with O POSIX O , O but O manually O created O device O nodes O outside O devfs O will O not O function O at O all O . O Typically O implemented O using O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure . O | O same O as O a O map B-Language , O but O allows O duplicate O keys O . O It O is O a O rooted O , O labeled O tree O , O in O which O each O element O is O represented O by O one O of O the O leaf B-Data_Structure nodes I-Data_Structure , O and O each O non-leaf O node O is O labelled O P O or O Q O . O The O fractional B-Data_Structure cascading I-Data_Structure solution O is O to O store O a O new O sequence O of O lists O Mi O . O For O example O , O when O computing O the O product O A·B O of O two O matrices B-Architecture , O it O would O be O best O to O have O A O stored O in O row-major B-Data_Structure order I-Data_Structure , O and O B O in O column-major B-Data_Structure order I-Data_Structure . O table B-Data_Structure entry O ) O can O even O be O performed O as O an O optional O additional O action O of O every O individual O table B-Data_Structure entry O allowing O loops O and O or O jump B-General_Concept instructions O at O any O stage O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Here O , O is O a O numerical O parameter O to O be O determined O when O implementing O weight O balanced B-Data_Structure trees I-Data_Structure . O Also O , O if O the O allocated O storage O in O the O vector O is O too O small O to O insert O elements O , O a O new O array B-Data_Structure is O allocated O , O all O elements O are O copied O or O moved O to O the O new O array B-Data_Structure , O and O the O old O array B-Data_Structure is O freed O . O Link/cut B-Data_Structure trees I-Data_Structure divide O each O tree O in O the O represented O forest O into O vertex-disjoint O paths O , O where O each O path O is O represented O by O an O auxiliary O data B-General_Concept structure I-General_Concept ( O often O splay B-Data_Structure trees I-Data_Structure , O though O the O original O paper O predates O splay B-Data_Structure trees I-Data_Structure and O thus O uses O biased O binary O search O trees O ) O . O The O TRS-80 B-Device Color I-Device Computer I-Device , O and O the O Dragon B-Device 32/64 I-Device are O good O examples O of O systems O using O 2×2 O matrix O color O semigraphics B-Data_Structure . O These O products O were O labelled O Network B-Device Search I-Device Engines I-Device ( O NSE O ) O , O Network O Search O Accelerators O ( O NSA O ) O , O and O Knowledge-based O Processors O ( O KBP O ) O but O were O essentially O CAM B-Data_Structure with O specialized O interfaces O and O features O optimized O for O networking O . O Certain O JSON O implementations O only O accept O JSON O texts O which O represent O an O object O or O an O array B-Data_Structure . O A O simple O search O algorithm O , O sometimes O called O KNS1 O , O exploits O the O distance O property O of O the O ball B-Data_Structure tree I-Data_Structure . O In O particular O this O implies O that O a O WAVL B-Data_Structure tree I-Data_Structure created O only O through O insertions O has O height O at O most O . O In O working O memory O , O nodes B-Data_Structure are O typically O dynamically B-General_Concept allocated I-General_Concept records O with O pointers O to O their O children O , O their O parents O , O or O both O , O as O well O as O any O associated O data O . O If O of O a O fixed O size O , O the O nodes B-Data_Structure might O be O stored O in O a O list O . O In O computer B-General_Concept science I-General_Concept , O a O circular B-Data_Structure buffer I-Data_Structure , O circular B-Data_Structure queue I-Data_Structure , O cyclic B-Data_Structure buffer I-Data_Structure or O ring B-Data_Structure buffer I-Data_Structure is O a O data B-General_Concept structure I-General_Concept that O uses O a O single O , O fixed-size O buffer B-General_Concept as O if O it O were O connected O end-to-end O . O PL/I B-Language supports O arrays O of O bit B-Data_Structure strings I-Data_Structure of O arbitrary O length O , O which O may O be O either O fixed-length O or O varying O . O In O these O cases O every O iteration B-Algorithm of O the O inner O loop O will O scan O and O shift O the O entire O sorted O subsection O of O the O array B-Data_Structure before O inserting O the O next O element O . O Ping-pong O buffering O can O be O considered O a O very O specialized O circular B-Data_Structure buffer I-Data_Structure with O exactly O two O large O fixed-length O elements O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Each O record O must O have O a O unique B-Application key I-Application , O but O other O , O , O record O keys O need O not O be O unique O . O Implementations O of O indexed O files B-Operating_System vary O between O vendors O , O although O common O implementations O , O such O as O C-ISAM B-Application and O VSAM O , O are O based O on O IBM O 's O ISAM B-Application . O other O implementations O are O Record B-Application Management I-Application Services I-Application on O OpenVMS B-Operating_System and O Enscribe B-Application on O HPE B-Architecture NonStop I-Architecture ( O Tandem O ) O . O This O structure O allows O both O the O lookup O of O any O individual O prefix B-Application sum I-Application value O and O the O modification O of O any O array B-Data_Structure value O in O logarithmic O time O per O operation O . O Also O , O low-level O memory O allocation O system O calls O such O as O the O malloc B-Language class O of O calls O of O C B-Language and O Unix B-Application are O not O needed O – O arrays B-Data_Structure are O automatically O allocated O as O used O . O Most O nodes B-Data_Structure are O USER O nodes B-Data_Structure ; O these O have O no O special O function O . O These O nodes B-Data_Structure handle O search O requests O ; O they O search O the O filelists O their O CHILD O nodes B-Data_Structure ( O explained O below O ) O submit O to O them O . O Content-addressable B-Data_Structure Each O individually O accessible O unit O of O information O is O selected O based O on O the O basis O of O ( O part O of O ) O the O contents O stored O there O . O An O array O of O " O code O words O " O , O one O for O each O consecutive O subsequence O of O 16 O bits O in O the O bit B-Data_Structure vector I-Data_Structure . O In O computer B-General_Concept science I-General_Concept , O a O scapegoat B-Data_Structure tree I-Data_Structure is O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure , O invented O by O Arne O Andersson O in O 1989 O and O again O by O Igal O Galperin O and O Ronald O L O . O Rivest O in O 1993 O . O The O following O general O approach O can O be O used O to O construct O kinetic B-Data_Structure data I-Data_Structure structures I-Data_Structure : O It O can O produce O text O and O graphic O symbols O ( O semigraphics B-Data_Structure ) O with O 8 O × O 8 O pixels O and O it O provides O a O screen O resolution O of O 32 O × O 32 O characters O . O Servers O use O colormaps O even O if O the O hardware O is O not O using O a O palette B-Data_Structure . O Arrays B-Data_Structure were O the O only O composite O data O type O in O Algol B-Language 60 I-Language . O For O example O , O a O linked B-Data_Structure list I-Data_Structure might O be O declared O as O : O A O mixed O anatree B-Data_Structure is O an O anatree B-Data_Structure where O the O internal O vertices O also O store O words O . O In O other O languages O , O linked B-Data_Structure lists I-Data_Structure are O typically O built O using O references O together O with O records O . O In O computer B-General_Concept science I-General_Concept , O a O y-fast B-Data_Structure trie I-Data_Structure is O a O data B-General_Concept structure I-General_Concept for O storing O integers O from O a O bounded O domain O . O These O containers B-Application store O their O elements O as O a O hash B-Algorithm table I-Algorithm , O with O each O table O entry O containing O a O bidirectional O linked B-Data_Structure list I-Data_Structure of O elements O . O as O an O index O to O a O color O palette B-Data_Structure . O Both O papers O detail O a O generic O form O of O the O algorithm O terminating O in O along O with O a O sequential O implementation O , O a O implementation O using O dynamic B-Data_Structure trees I-Data_Structure , O and O parallel/distributed O implementation O . O In O the O KeyKOS B-Operating_System and O EROS B-Operating_System operating I-Operating_System systems I-Operating_System , O a O process B-Operating_System 's O capability O registers O constitute O a O C-list B-Data_Structure . O Nodes B-Data_Structure can O also O be O stored O as O items O in O an O array B-Data_Structure , O with O relationships O between O them O determined O by O their O positions O in O the O array B-Data_Structure ( O as O in O a O binary B-Application heap I-Application ) O . O n O ← O 4 O 5 O 6 O 7 O Assigns O vector B-Data_Structure of O values O , O { O 4 O 5 O 6 O 7} O , O to O variable O n O , O an O array B-Application create O operation O . O An O equivalent O yet O more O concise O APL B-General_Concept expression O would O be O n O ← O 3 O + O ⍳4 O . O To O avoid O having O to O make O a O series O of O swaps O for O each O insertion O , O the O input O could O be O stored O in O a O linked B-Data_Structure list I-Data_Structure , O which O allows O elements O to O be O spliced O into O or O out O of O the O list O in O constant O time O when O the O position O in O the O list O is O known O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O Single B-Device instruction I-Device , I-Device multiple I-Device data I-Device ( O SIMD B-Device ) O instructions O to O increase O speed O when O multiple O processors O are O available O to O perform O the O same O algorithm O on O an O array B-Data_Structure of I-Data_Structure data I-Data_Structure . O It O had O a O modified O ROM O ( O including O extra O semigraphic B-Data_Structure characters O ) O and O extra O hardware O , O making O it O not O fully O compatible O . O Another O dynamic O version O using O exponential B-Data_Structure tree I-Data_Structure was O proposed O in O 2007 O which O yields O worst-case O runtimes O of O per O operation O . O Thus O , O in O using O the O technique O , O level O designers O and O 3d O artists O often O have O to O make O a O compromise O between O performance O and O quality O ; O if O high B-Algorithm resolution I-Algorithm lightmaps B-Data_Structure are O used O too O frequently O then O the O application O may O consume O excessive O system O resources O , O negatively O affecting O performance O . O Games O with O special O palettes B-Data_Structure include O : O For O example O , O determining O the O rows O in O a O database O of O bank O accounts O which O represent O people O whose O age O is O between O 25 O and O 40 O and O who O have O between O $10000 O and O $20000 O might O be O an O orthogonal O range B-Data_Structure reporting I-Data_Structure problem O where O age O and O money O are O two O dimensions O . O All O changes O to O the O vectors B-Data_Structure occur O in O transactions O by O making O use O of O Clojure B-Language 's O software B-Operating_System transactional I-Operating_System memory I-Operating_System system O : O In O other O words O , O the O circular B-Data_Structure buffer I-Data_Structure is O well-suited O as O a O FIFO B-Operating_System ( O first B-Operating_System in I-Operating_System , I-Operating_System first I-Operating_System out I-Operating_System ) O buffer B-General_Concept while O a O standard O , O non-circular O buffer B-General_Concept is O well O suited O as O a O LIFO B-Application ( O last O in O , O first O out O ) O buffer B-General_Concept . O This O makes O scapegoat B-Data_Structure trees I-Data_Structure easier O to O implement O and O , O due O to O data B-Application structure I-Application alignment I-Application , O can O reduce O node O overhead O by O up O to O one-third O . O In O the O C B-Language implementation O , O the O list O remains O unchanged O by O the O list_print O procedure O . O Like O the O node O for O linked B-Data_Structure lists I-Data_Structure , O it O is O defined O in O terms O of O itself O , O recursively O . O The O 16-color O palette B-Data_Structure was O also O designed O to O scale O down O to O multiple O five-color O palettes B-Data_Structure for O design O work O . O A O branch-and-bound B-Algorithm algorithm I-Algorithm consists O of O a O systematic O enumeration O of O candidate O solutions O by O means O of O state B-Algorithm space I-Algorithm search I-Algorithm : O the O set O of O candidate O solutions O is O thought O of O as O forming O a O rooted O tree B-Data_Structure with O the O full O set O at O the O root O . O However O , O not O every O set O of O orderings O may O be O representable O in O this O way O ; O for O instance O , O if O an O ordering O is O represented O by O a O PQ B-Data_Structure tree I-Data_Structure , O the O reverse O of O the O ordering O must O also O be O represented O by O the O same O tree O . O Nodes O on O the O outside O of O the O tree O ( O leaf B-Data_Structure nodes I-Data_Structure ) O have O no O children O and O one O or O two O data O elements O . O The O simplest O version O of O Dijkstra B-Algorithm 's I-Algorithm algorithm I-Algorithm stores O the O vertex O set O as O a O linked O list O or O array O , O and O edges O as O an O adjacency B-Data_Structure list I-Data_Structure or O matrix B-Algorithm . O The O ordered O sequence O into O which O the O element O is O inserted O is O stored O at O the O beginning O of O the O array B-Data_Structure in O the O set O of O indices O already O examined O . O The O GE-600/Honeywell O 6000 O series O ( O 1964 O ) O supports O a O single-instruction O repeat O ( O ) O , O a O double-instruction O repeat O ( O ) O , O and O a O linked-list B-Data_Structure repeat O ( O ) O . O In O 2006 O Bender O , O Martin O Farach-Colton O , O and O Mosteiro O published O a O new O variant O of O insertion B-Algorithm sort I-Algorithm called O library B-Algorithm sort I-Algorithm or O gapped B-Algorithm insertion I-Algorithm sort I-Algorithm that O leaves O a O small O number O of O unused O spaces O ( O i.e. O , O " O gaps O " O ) O spread O throughout O the O array B-Data_Structure . O SLD B-Application resolution I-Application implicitly O defines O a O search B-Data_Structure tree I-Data_Structure of O alternative O computations O , O in O which O the O initial O goal O clause O is O associated O with O the O root O of O the O tree O . O A O major O benefit O of O systolic B-Architecture arrays I-Architecture is O that O all O operand O data O and O partial O results O are O stored O within O ( O passing O through O ) O the O processor B-Architecture array B-Data_Structure . O The O syntactic O structure O of O their O computing O algorithm O are O simple O , O whereas O the O number O of O concurrent B-Operating_System processes O may O be O very O large O , O only O limited O by O the O number O of O locations O in O the O CAM B-Data_Structure . O The O standard O structure O of O a O network O of O IRC B-Protocol servers O is O a O tree B-Data_Structure . O Messages O are O routed O along O only O necessary O branches O of O the O tree B-Data_Structure but O network O state O is O sent O to O every O server B-Application and O there O is O generally O a O high O degree O of O implicit O trust O between O servers O . O As O of O 2015 O , O the O best O results O ( O in O low O dimensions O ( O 2D O , O 3D O , O 4D O ) O ) O for O range B-Data_Structure reporting I-Data_Structure found O by O Timothy O M O . O Chan O , O Kasper O Larsen O , O and O Mihai O Pătrașcu O , O also O using O compressed O range B-Data_Structure trees I-Data_Structure in O the O word B-Application RAM I-Application model O of O computation O , O are O one O of O the O following O : O A O Raku O macro O definition O will O look O like O a O subroutine O or O method B-Language definition O , O and O it O can O operate O on O unparsed O strings O , O an O AST B-Data_Structure representing O pre-parsed O code O , O or O a O combination O of O the O two O . O This O simple O model O is O commonly O known O as O the O adjacency B-Data_Structure list I-Data_Structure model I-Data_Structure and O was O introduced O by O Dr. O Edgar O F O . O Codd O after O initial O criticisms O surfaced O that O the O relational B-Architecture model I-Architecture could O not O model O hierarchical B-General_Concept data I-General_Concept . O The O aim O of O the O K-D-B-tree B-Data_Structure is O to O provide O the O search O efficiency O of O a O balanced O k-d B-Data_Structure tree I-Data_Structure , O while O providing O the O block-oriented O storage O of O a O B-tree B-Architecture for O optimizing O external O memory O accesses O . O The O original O implementation O of O Lisp B-Language uses O the O address O and O decrement O fields O to O store O the O head O and O tail O of O a O linked B-Data_Structure list I-Data_Structure respectively O . O array B-Data_Structure implements O a O compile-time O non-resizable O array B-Data_Structure . O A O multi-pass B-Application compiler I-Application is O a O type O of O compiler B-Language that O processes O the O source O code O or O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure of O a O program O several O times O . O PLS O , O another O complexity O class O , O captures O the O complexity O of O finding O local O optima O in O an O implicit B-Data_Structure graph I-Data_Structure . O It O is O transmitted O among O proxies O to O perform O faster O database O queries O : O the O first O proxy O finds O the O key B-Data_Structure and O the O others O query O the O database O by O directly O using O the O key B-Data_Structure . O For O example O , O in O a O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure tree I-Data_Structure ( O sometimes O referred O to O as O a O 2 O – O 3 O B-tree B-Architecture ) O , O each O internal O node O may O have O only O 2 O or O 3 O child O nodes B-Data_Structure . O However O , O searching O a O linked B-Data_Structure list I-Data_Structure requires O sequentially O following O the O links O to O the O desired O position O : O a O linked B-Data_Structure list I-Data_Structure does O not O have O random O access O , O so O it O cannot O use O a O faster O method O such O as O binary O search O . O To O achieve O O(log n ) O query O time O , O we O need O to O use O fractional B-Data_Structure cascading I-Data_Structure , O keeping O pointers O between O the O edges O of O different O monotone O chains O . O It O provides O the O multiset B-Language class O for O the O sorted O multiset B-Language , O as O a O kind O of O associative B-Application container I-Application , O which O implements O this O multiset B-Language using O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure . O Splay B-Data_Structure trees I-Data_Structure are O known O to O have O key-independent B-Data_Structure optimality I-Data_Structure . O The O size O of O the O stack B-Architecture is O simply O the O size O of O the O dynamic B-Data_Structure array I-Data_Structure , O which O is O a O very O efficient O implementation O of O a O stack B-Architecture since O adding O items O to O or O removing O items O from O the O end O of O a O dynamic B-Data_Structure array I-Data_Structure requires O amortized O O(1 ) O time O . O The O internal O bitmap B-Data_Structure is O discarded O after O the O query B-Application . O SGI O was O to O provide O the O primary O " O mid-sized O " O API B-General_Concept used O in O most O applications O , O Fahrenheit B-Library Scene B-Data_Structure Graph I-Data_Structure , O as O well O as O a O modified O version O for O handling O very O large O models O from O CAD B-Application applications O , O Fahrenheit B-Library Large O Model O . O This O error O can O be O overcome O by O changing O the O palette B-Data_Structure registers O to O contain O two O copies O of O an O 8-color O palette B-Data_Structure . O In O SQL B-Application Server I-Application , O this O type O of O index B-Data_Structure is O called O a O filtered B-Language index I-Language . O Here O is O a O sample O of O a O simple O mosaic O of O the O four O image O thumbnails O using O a O master O palette B-Data_Structure of O 240 O RGB O arranged O colors O plus O 16 O additional O intermediate O shades O of O gray O ; O all O images O are O put O together O without O a O significant O loss O of O color O accuracy O : O first O player O wins O the O game O ) O , O game O trees O of O two-person O perfect-information O games O can O be O mapped O to O an O and B-Data_Structure – I-Data_Structure or I-Data_Structure tree I-Data_Structure . O Building O a O static O k-d B-Data_Structure tree I-Data_Structure from O n O points O has O the O following O worst-case O complexity O : O Arrays B-Data_Structure have O better O cache B-General_Concept locality I-General_Concept compared O to O linked B-Data_Structure lists I-Data_Structure . O It O may O also O be O used O to O analyze O splay B-Data_Structure trees I-Data_Structure , O a O self-adjusting O form O of O binary B-Language search I-Language tree I-Language with O logarithmic O amortized B-General_Concept time I-General_Concept per O operation O . O One O is O polymorphic O functional O maps O ( O represented O as O immutable B-Application balanced B-Data_Structure binary I-Data_Structure trees I-Data_Structure ) O : O The O player O first O must O defeat O all O six O monsters O , O with O the O last O monster O being O oneself O , O but O in O a O different O palette B-Data_Structure . O With O colors O stored O in O RGB O format O within O the O palettes B-Data_Structure of O indexed B-Data_Structure image I-Data_Structure files O , O any O image O can O be O displayed O ( O through O appropriate O transformations O ) O on O any O such O system O , O regardless O of O the O color O depth O used O in O the O hardware B-Architecture implementation O . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O Each O record O must O have O a O unique B-Application key I-Application , O but O other O , O , O record O keys O need O not O be O unique O . O Alternative O algorithms O for O building O a O balanced B-Data_Structure presort O the O data O prior O to O building O the O tree B-Application . O Metro-Cross B-Application runs O on O Namco O Pac-Land O hardware O , O but O with O a O video O system O modified O to O support O a O 2048-color O palette B-Data_Structure like O that O used O in O Dragon B-Application Buster I-Application . O The O entire O edge B-Data_Structure list I-Data_Structure may O be O represented O as O a O two-column O matrix O . O Many O of O the O lossless B-Algorithm compression I-Algorithm techniques O used O for O text O also O work O reasonably O well O for O indexed B-Data_Structure images I-Data_Structure , O but O there O are O other O techniques O that O do O not O work O for O typical O text O that O are O useful O for O some O images O ( O particularly O simple O bitmaps O ) O , O and O other O techniques O that O take O advantage O of O the O specific O characteristics O of O images O ( O such O as O the O common O phenomenon O of O contiguous O 2-D O areas O of O similar O tones O , O and O the O fact O that O color O images O usually O have O a O preponderance O of O a O limited O range O of O colors O out O of O those O representable O in O the O color O space O ) O . O A O program O then O can O refer O to O the O array O ( O or O other O dope-vector-using O object O ) O by O referring O to O the O dope B-Data_Structure vector I-Data_Structure . O In O perhaps O its O simplest O implementation O , O a O control B-Application table I-Application may O sometimes O be O a O one-dimensional O table B-Data_Structure for O directly O translating O a O raw O data O value O to O a O corresponding O subroutine O offset B-General_Concept , O index B-Data_Structure or O pointer O using O the O raw O data O value O either O directly O as O the O index B-Data_Structure to O the O array B-Data_Structure , O or O by O performing O some O basic O arithmetic O on O the O data O beforehand O . O Other O routers B-Protocol are O added O by O growing O " O branches O " O of O a O tree B-Data_Structure , O comprising O a O chain O of O routers B-Protocol , O from O the O core O routers B-Protocol out O towards O the O routers B-Protocol directly O adjacent O to O the O multicast O group O members O . O In O early O Lisp B-Language , O the O environment O mapped O each O symbol O to O an O association B-Data_Structure list I-Data_Structure , O rather O than O directly O to O a O value O . O The O resulting O ternary B-Data_Structure tree I-Data_Structure , O starting O at O ( O 2 O , O 1 O ) O , O contains O every O such O ( O m O , O n O ) O pair O exactly O once O , O and O when O converted O into O ( O a O , O b O , O c O ) O triples O it O becomes O identical O to O the O tree B-Data_Structure described O above O . O Splay B-Data_Structure trees I-Data_Structure are O self O adjusting O search O trees O introduced O by O Sleator O and O Tarjan O in O 1985 O . O which O update O array B-Data_Structure elements I-Data_Structure according O to O some O fixed O pattern O , O called O a O stencil B-Algorithm . O Another O common O example O is O pairwise O addition O of O two O vectors B-Data_Structure that O are O parameterized O over O their O length O : O The O complexity O of O each O of O union O , O intersection O and O difference O is O for O two O weight-balanced B-Data_Structure trees I-Data_Structure of O sizes O and O . O For O example O , O the O STL B-Application has O a O linked B-Data_Structure list I-Data_Structure container B-Application . O A O large O database B-Data_Structure index I-Data_Structure would O typically O use O B-tree B-Architecture algorithms O . O BRIN O is O not O always O a O substitute O for O B-tree B-Architecture , O it O is O an O improvement O on O sequential O scanning O of O an O index O , O with O particular O ( O and O potentially O large O ) O advantages O when O the O index O meets O particular O conditions O for O being O ordered O and O for O the O search O target O to O be O a O narrow O set O of O these O values O . O Thus O the O Stern O – O Brocot O sequences O differ O from O the O Farey O sequences O in O two O ways O : O they O eventually O include O all O positive O rationals O , O not O just O the O rationals O within O the O interval O [0,1], O and O at O the O nth O step O all O mediants O are O included O , O not O only O the O ones O with O denominator O equal O to O n O . O The O Farey O sequence O of O order O n O may O be O found O by O an O inorder O traversal O of O the O left O subtree O of O the O Stern B-Data_Structure – I-Data_Structure Brocot I-Data_Structure tree I-Data_Structure , O backtracking O whenever O a O number O with O denominator O greater O than O n O is O reached O . O Newick O to O Distance O matrix O and O Distance O matrix O to O Newick B-Data_Structure format I-Data_Structure conversion O . O Height B-Data_Structure fields I-Data_Structure ( O also O known O as O " O 2 O 1/2 O dimensional O surfaces O " O ) O model O three-dimensional O phenomena O by O a O single O functional O surface O , O in O which O elevation O is O a O function O of O two-dimensional O location O , O allowing O it O to O be O represented O using O field O techniques O such O as O isolated O points O , O contour O lines O , O raster B-Algorithm ( O the O digital B-Application elevation I-Application model I-Application ) O , O and O triangulated B-Algorithm irregular I-Algorithm networks I-Algorithm . O Singly O linked B-Data_Structure lists I-Data_Structure , O in O fact O , O can O be O easily O traversed O in O only O one O direction O . O The O concept O was O originally O introduced O by O Jacobson O to O encode O bit B-Data_Structure vectors I-Data_Structure , O ( O unlabeled O ) O trees B-Application , O and O planar O graphs O . O A O log-structured B-Application file I-Application system I-Application thus O treats O its O storage O as O a O circular B-Data_Structure log I-Data_Structure and O writes O sequentially O to O the O head O of O the O log B-Application . O A O flow O diagram O can O be O seen O as O a O line O type O of O network B-Architecture diagram O , O and O a O tree B-Data_Structure diagram I-Data_Structure a O tree B-Architecture type O of O network B-Architecture diagram O . O In O some O situations O , O overwriting O circular B-Data_Structure buffer I-Data_Structure can O be O used O , O e.g. O VSI O BASIC O has O many O FORTRAN-like O extensions O , O as O well O as O supporting O the O original O Dartmouth B-Language BASIC I-Language matrix B-Data_Structure operators O . O Octrees B-Data_Structure are O often O used O in O 3D O graphics O and O 3D O game O engines O . O When O the O array B-Data_Structure contains O only O duplicates O of O a O relatively O small O number O of O items O , O a O constant-time O perfect B-Algorithm hash I-Algorithm function I-Algorithm can O greatly O speed O up O finding O where O to O put O an O item O , O turning O the O sort O from O Θ(n2 ) O time O to O Θ( n O + O k O ) O time O , O where O k O is O the O total O number O of O hashes O . O The O default O alphanumeric O display O for O the O CoCo O is O Semigraphics B-Data_Structure 4 O . O Observing O that O the O global O Hough B-Algorithm transform I-Algorithm can O be O obtained O by O the O summation O of O local O Hough B-Algorithm transforms I-Algorithm of O disjoint O sub-region O , O Heather O and O Yang O proposed O a O method O which O involves O the O recursive O subdivision O of O the O image O into O sub-images O , O each O with O their O own O parameter O space O , O and O organized O in O a O quadtree B-Data_Structure structure O . O 1X O set O = O to O vector B-Data_Structure of O 12 O consecutive O integers O . O A O data O structure O has O key-independent B-Data_Structure optimality I-Data_Structure if O , O when O randomly O assigning O the O keys O , O the O expected O performance O of O the O data O structure O is O within O a O constant O factor O of O the O optimal O data O structure O . O The O Zigbee B-Protocol network B-Application layer I-Application natively O supports O both O star B-Architecture and O tree B-Data_Structure networks I-Data_Structure , O and O generic O mesh B-Architecture networking I-Architecture . O The O alternatives O listed O above O may O be O arbitrarily O combined O in O almost O every O way O , O so O one O may O have O circular O doubly O linked B-Data_Structure lists I-Data_Structure without O sentinels O , O circular O singly O linked B-Data_Structure lists I-Data_Structure with O sentinels O , O etc O . O This O led O to O the O Cosmo3D O system O , O basically O , O a O standardized O high-performance O scene B-Data_Structure graph I-Data_Structure that O sat O on O top O of O OpenGL B-Application . O Several O major O features O of O C99 B-Language are O supported O , O such O as O complex O numbers O , O variable B-Data_Structure length I-Data_Structure arrays I-Data_Structure ( O VLAs O ) O , O IEEE-754 O floating-point O arithmetic O , O and O generic O mathematical O functions O . O In O applied O mathematics O , O transit B-Protocol node I-Protocol routing I-Protocol can O be O used O to O speed O up O shortest-path O routing O by O pre-computing O connections O between O common O access O nodes B-Data_Structure to O a O sub-network O relevant O to O long-distance O travel O . O Raymond B-Operating_System 's I-Operating_System algorithm I-Operating_System is O guaranteed O to O be O O(log n ) O per O critical B-Operating_System section I-Operating_System entry O if O the O processors O are O organized O into O a O K-ary B-Data_Structure tree I-Data_Structure . O A O less O common O convention O is O to O make O it O point O to O the O first O node B-Data_Structure of O the O list B-General_Concept ; O in O that O case O , O the O list B-General_Concept is O said O to O be O ' O circular O ' O or O ' O circularly O linked O ' O ; O otherwise O , O it O is O said O to O be O ' O open O ' O or O ' O linear O ' O . O There O is O a O simple O representation O which O uses O bits O of O storage O space O ( O the O original O bit B-Data_Structure array I-Data_Structure and O an O auxiliary O structure O ) O and O supports O rank O and O select O in O constant O time O . O Their O dimensions O may O be O defined O up O to O 99x99 O elements B-Data_Structure , O although O , O again O , O available O memory B-Architecture will O limit O this O . O Similar O techniques O are O used O in O mipmaps B-Data_Structure , O pyramid B-Algorithm representations O , O and O more O sophisticated O scale B-Algorithm space I-Algorithm methods O . O The O binary O search O algorithm O is O a O method O of O searching O a O sorted B-Data_Structure array I-Data_Structure for O a O single O element O by O cutting O the O array O in O half O with O each O recursive O pass O . O As O we O need O to O perform O another O nested O binary O search O through O O(log n ) O chains O to O actually O determine O the O point B-Data_Structure location I-Data_Structure , O the O query O time O is O O(log² n ) O . O The O smallest O enclosing O disk O of O a O set O of O n O moving O points O can O be O ε-approximated O by O a O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure that O processes O events O and O requires O time O total O . O Their O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure handles O a O nearly O cubic O number O of O events O . O That O is O , O given O an O ordered O collection O of O dimensions O , O one O fills O in O values O along O the O first O dimension O first O , O then O fills O in O one-dimensional O arrays B-Data_Structure across O the O second O dimension O , O and O so O on O . O Given O an O array B-Data_Structure of O values O to O be O sorted O , O set O up O an O auxiliary O array B-Data_Structure of O initially O empty O " O pigeonholes O " O , O one O pigeonhole O for O each O key O in O the O range O of O the O keys O in O the O original O array B-Data_Structure . O In O order O to O do O that O a O linked B-Data_Structure list I-Data_Structure is O formed O that O will O keep O the O indexes O of O the O pixels O that O are O connected O to O each O other O , O steps O ( O 2 O ) O and O ( O 3 O ) O below O . O The O relationship O between O U O and O L O implies O that O two O half-full O nodes B-Data_Structure can O be O joined O to O make O a O legal O node O , O and O one O full O node O can O be O split O into O two O legal O nodes B-Data_Structure ( O if O there O 's O room O to O push O one O element O up O into O the O parent O ) O . O For O many O patterns O of O non-random O operations O , O also O , O splay B-Data_Structure trees I-Data_Structure can O take O better O than O logarithmic O time O , O without O requiring O advance O knowledge O of O the O pattern O . O If O storing O dictionary B-Operating_System words O is O all O that O is O required O ( O i.e. O , O storage O of O information O auxiliary O to O each O word O is O not O required O ) O , O a O minimal O deterministic B-General_Concept acyclic I-General_Concept finite I-General_Concept state I-General_Concept automaton I-General_Concept ( O DAFSA B-General_Concept ) O would O use O less O space O than O a O trie B-General_Concept or O a O ternary B-Data_Structure search I-Data_Structure tree I-Data_Structure . O This O extra O data O is O not O considered O a O dope B-Data_Structure vector I-Data_Structure , O but O achieves O some O of O the O same O goals O . O A O bounding B-Data_Structure interval I-Data_Structure hierarchy I-Data_Structure ( O BIH O ) O is O a O partitioning O data B-General_Concept structure I-General_Concept similar O to O that O of O bounding B-Data_Structure volume I-Data_Structure hierarchies I-Data_Structure or O kd-trees B-Data_Structure . O Naïve O resizable B-Data_Structure arrays I-Data_Structure are O the O simplest O way O of O implementing O a O resizeable B-Data_Structure array I-Data_Structure in O C B-Language . O They O do O n't O waste O any O memory O , O but O appending O to O the O end O of O the O array O always O takes O Θ(n ) O time O . O Therefore O , O the O average O overhead O of O an O operation O for O a O hash B-Algorithm table I-Algorithm is O only O the O computation O of O the O key O 's O hash B-Error_Name , O combined O with O accessing O the O corresponding O bucket O within O the O array B-Data_Structure . O These O color B-Data_Structure tables I-Data_Structure allowed O the O SuperPaint B-Application system O to O produce O a O wide O variety O of O colors O outside O the O range O of O the O limited O 8-bit O data O it O contained O . O If O , O then O starting O from O the O smallest O element O in O the O sorted O array B-Data_Structure , O sequentially O insert O each O element O of O into O , O replacing O them O with O ' O s O smallest O elements O . O Alternately O , O at O the O rate O of O memory O , O membership O queries O in O expected O constant O time O can O be O implemented O with O a O hash O table O , O updated O in O lockstep O with O the O interval B-Data_Structure tree I-Data_Structure . O This O reduces O the O bandwidth O consumed O from O search O requests O at O the O price O of O additional O memory O and O processing O power O on O the O nodes B-Data_Structure that O store O that O information O . O The O transmission O of O shared O lists O is O not O fully O recursive O : O a O node B-Protocol will O only O transmit O its O list O of O shared O files O to O a O single O search O node B-Protocol randomly O chosen O as O that O node B-Protocol 's O " O parent O " O , O and O the O list O of O those O files O will O not O be O further O transmitted O to O other O nodes B-Data_Structure . O It O utilizes O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure ( O AST O ) O produced O by O the O Eiffel B-Language compiler O and O then O generates O a O control-flow O graph O ( O CFG O ) O , O which O is O computed O by O a O module O of O code O in O the O tool O . O Efficiently O maintaining O the O kinetic B-Data_Structure diameter I-Data_Structure of O a O point O set O in O dimensions O higher O than O 2 O is O an O open O problem O . O Partition B-Data_Structure refinement I-Data_Structure was O applied O by O in O an O efficient O implementation O of O the O Coffman B-Operating_System – I-Operating_System Graham I-Operating_System algorithm I-Operating_System for O parallel O scheduling O . O In O computer B-General_Concept science I-General_Concept , O a O range B-Data_Structure tree I-Data_Structure is O an O ordered B-Application tree I-Application data I-Application structure I-Application to O hold O a O list O of O points O . O The O giFT O plugin B-Application is O giFT-FastTrack O . O giFT O 's O sibling O project O is O OpenFT O , O a O peer-to-peer O file-sharing O network O protocol O that O has O a O structure O in O which O nodes B-Data_Structure are O divided O into O ' O search O ' O nodes B-Data_Structure and O ' O index O ' O supernodes B-Protocol in O addition O to O common O nodes B-Data_Structure . O Elements O can O be O added O at O the O end O of O a O dynamic B-Data_Structure array I-Data_Structure in O constant O time O by O using O the O reserved O space O , O until O this O space O is O completely O consumed O . O Each O such O interval O corresponds O to O a O square O in O the O quadtree B-Data_Structure . O Min-max B-Application heaps I-Application are O often O represented O implicitly O in O an O array O ; O hence O it O 's O referred O to O as O an O implicit B-Data_Structure data I-Data_Structure structure I-Data_Structure . O Palette B-Data_Structure support O If O the O system O could O translate O a O " O logical O color O " O into O a O ( O larger O number O ) O or O true O colors O using O a O palette B-Data_Structure mechanism I-Data_Structure then O this O column O lists O the O number O of O logical O colors O the O palette B-Data_Structure could O accept O , O and O the O number O of O colors O it O could O translate B-Data_Structure to I-Data_Structure . O Below O are O two O versions O of O a O subroutine O ( O implemented O in O the O C B-Language programming I-Language language I-Language ) O for O looking O up O a O given O search O key O in O a O singly O linked B-Data_Structure list I-Data_Structure . O Some O accesses O will O simply O have O more O data O to O process O ( O scan O ) O which O will O take O proportionally O longer O ( O linear O time O ) O ; O while O the O indexes B-Data_Structure used O to O access O data O may O grow O slightly O in O height O requiring O perhaps O an O extra O storage O access O to O reach O the O data O ( O sub-linear O time O ) O . O Hashtables B-Algorithm can O also O be O used O in O place O of O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure for O mapping B-General_Concept strings O to O values O . O Grid B-Architecture computing I-Architecture is O distinguished O from O conventional O high-performance B-Architecture computing I-Architecture systems O such O as O cluster B-Architecture computing I-Architecture in O that O grid O computers O have O each O node B-Data_Structure set O to O perform O a O different O task/application O . O Assuming O that O each O text O symbol O takes O one O byte O and O each O entry O of O the O suffix O or O LCP B-Data_Structure array I-Data_Structure takes O 4 O bytes O , O the O major O drawback O of O their O algorithm O is O a O large O space O occupancy O of O bytes O , O while O the O original O output O ( O text O , O suffix B-Algorithm array I-Algorithm , O LCP B-Data_Structure array I-Data_Structure ) O only O occupies O bytes O . O Some O implementations O attempt O to O pack O multiple O lightmaps B-Data_Structure together O in O a O process O known O as O atlasing O to O help O circumvent O these O limitations O . O For O that O reason O , O the O elements O of O an O array B-Data_Structure data I-Data_Structure structure I-Data_Structure are O required O to O have O the O same O size O and O should O use O the O same O data O representation O . O For O example O , O in O two O dimensions O , O the O bottom O of O the O square O ( O or O any O other O horizontal O line O intersecting O ) O would O be O queried O against O the O interval B-Data_Structure tree I-Data_Structure constructed O for O the O horizontal O axis O . O Traditionally O , O routers B-Protocol use O microprocessors O to O make O forwarding O decisions O in O software O , O while O the O switch O performs O only O hardware-based O packet B-Protocol switching O ( O by O specialized O ASICs O with O the O help O of O content-addressable B-Data_Structure memory I-Data_Structure ) O . O Initialize O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure T O of O the O line O segments O that O cross O the O sweep B-Algorithm line I-Algorithm L O , O ordered O by O the O y-coordinates O of O the O crossing O points O . O The O situation O is O complicated O because O there O are O scene B-Data_Structure graph I-Data_Structure libraries O for O canvas B-Language , O and O SVG B-Application has O some O bitmap O manipulation O functionality O . O The O inner O product O between O two O matrices B-Architecture having O the O same O number O of O elements O can O be O implemented O with O the O auxiliary O operator O ( O : O ) O , O which O reshapes O a O given O matrix O into O a O column O vector B-Data_Structure , O and O the O transpose O operator O ' O : O Unlike O regular O trees O ( O where O whole O keys O are O compared O en O masse O from O their O beginning O up O to O the O point O of O inequality O ) O , O the O key O at O each O node O is O compared O chunk-of-bits O by O chunk-of-bits O , O where O the O quantity O of O bits O in O that O chunk O at O that O node O is O the O radix O of O the O radix B-Data_Structure trie I-Data_Structure . O Since O we O no O longer O need O , O we O can O instead O overwrite O it O with O its O own O reversal O using O this O in-place B-Algorithm algorithm I-Algorithm which O will O only O need O constant O number O ( O 2 O ) O of O integers O for O the O auxiliary O variables O and O , O no O matter O how O large O the O array B-Data_Structure is O . O In O computer B-General_Concept science I-General_Concept , O a O tree O is O a O widely O used O abstract O data O type O that O represents O a O hierarchical B-Data_Structure tree I-Data_Structure structure I-Data_Structure with O a O set O of O connected O nodes B-Data_Structure . O Each O node B-Data_Structure in O the O tree O can O be O connected O to O many O children O ( O depending O on O the O type O of O tree O ) O , O but O must O be O connected O to O exactly O one O parent O , O except O for O the O root O node B-Data_Structure , O which O has O no O parent O . O Block B-Algorithm sort I-Algorithm begins O by O performing O insertion B-Algorithm sort I-Algorithm on O groups O of O 1631 O items O in O the O array B-Data_Structure . O One O feature O of O ZDDs B-Data_Structure is O that O the O form O does O not O depend O on O the O number O of O input O variables O as O long O as O the O combination O sets O are O the O same O . O These O included O normal B-Application mapping I-Application and O specular O highlighting O . O The O primary O innovation O of O id B-Application Tech I-Application 4 I-Application was O its O use O of O entirely O dynamic O per-pixel O lighting O , O whereas O previously O , O 3D O engines O had O relied O primarily O on O pre-calculated O per-vertex O lighting O or O lightmaps B-Data_Structure and O Gouraud B-Algorithm shading I-Algorithm . O More O specifically O , O it O uses O a O java.util.HashMap O to O store O the O hashes O and O elements O and O to O prevent O duplicates O . O java.util.LinkedHashSet O extends O this O by O creating O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure that O links O all O of O the O elements O by O their O insertion O order O . O Thus O , O it O achieves O better O results O than O classical O algorithms O in O games O with O a O high O branching B-Data_Structure factor I-Data_Structure . O For O example O , O NumPy B-Application arrays B-Data_Structure are O usually O loaded O into O a O computer O 's O memory B-General_Concept , O which O might O have O insufficient O capacity O for O the O analysis O of O large O datasets B-General_Concept . O Here O are O samples O of O four O different O indexed B-Data_Structure color I-Data_Structure images O with O color O patches O to O show O their O respective O ( O and O largely O incompatible O ) O adaptive O palettes B-Data_Structure : O The O redesigned O video O hardware O allows O for O hardware O sprites O and O soft O scrolling O , O with O a O colour B-Data_Structure palette I-Data_Structure extended O from O a O maximum O of O 16 O colours O ( O plus O separately O definable O border O ) O at O one O time O from O a O choice O of O 27 O , O increased O to O a O maximum O of O 31 O ( O 16 O for O background O and O 15 O for O hardware O sprites O ) O out O of O 4096 O . O In O addition O , O flash B-Device memory I-Device for O a O lookup B-Data_Structure table I-Data_Structure provides O single O event O upset O protection O for O space O applications O . O A O dynamic B-Data_Structure array I-Data_Structure is O a O data B-General_Concept structure I-General_Concept for O maintaining O an O array B-Data_Structure of O items O , O allowing O both O random B-General_Concept access I-General_Concept to O positions O within O the O array B-Data_Structure and O the O ability O to O increase O the O array B-Data_Structure size O by O one O . O A O gap B-Data_Structure buffer I-Data_Structure in O computer B-General_Concept science I-General_Concept is O a O dynamic B-Data_Structure array I-Data_Structure that O allows O efficient O insertion O and O deletion O operations O clustered O near O the O same O location O . O While O maintaining O a O tree O with O the O minimum O search O cost O requires O four O kinds O of O double O rotations B-Data_Structure ( O LL O , O LR O , O RL O , O RR O as O in O an O AVL O tree O ) O in O insert/delete O operations O , O if O we O desire O only O logarithmic O performance O , O LR O and O RL O are O the O only O rotations B-Data_Structure required O in O a O single O top-down O pass O . O 2 B-Data_Structure – I-Data_Structure 3 I-Data_Structure trees I-Data_Structure are O required O to O be O balanced O , O meaning O that O each O leaf O is O at O the O same O level O . O Many O programming O languages O , O such O as O C B-Language , O never O perform O automatic O bounds B-Data_Structure checking I-Data_Structure to O raise O speed O . O We O create O a O new O node B-Data_Structure between O " O node B-Data_Structure " O and O the O next O node B-Data_Structure , O and O then O put O the O value O of O " O node B-Data_Structure " O into O that O new O node B-Data_Structure , O and O put O " O newVal O " O in O " O node B-Data_Structure " O . O Examples O include O CoDel B-Algorithm , O FQ-CoDel O and O Random B-Algorithm early I-Algorithm detection I-Algorithm . O The O Linux B-Operating_System kernel I-Operating_System packet B-Application scheduler I-Application is O an O integral O part O of O the O Linux B-Operating_System kernel I-Operating_System 's O network B-Protocol stack I-Protocol and O manages O the O transmit O and O receive O ring B-Data_Structure buffers I-Data_Structure of O all O NICs O , O by O working O on O the O layer B-Protocol 2 I-Protocol of O the O OSI O model O and O handling O Ethernet B-Protocol frames I-Protocol , O for O example O . O Boxes O are O also O easier O to O generate O hierarchical B-Data_Structure bounding I-Data_Structure volumes I-Data_Structure . O The O border O between O an O object O store O and O a O key-value B-Data_Structure store I-Data_Structure is O blurred O , O with O key-value B-Data_Structure stores I-Data_Structure being O sometimes O loosely O referred O to O as O object O stores O . O Unlike O the O bitset B-Data_Structure in O C++ B-Language , O the O Java B-Language BitSet B-Data_Structure does O not O have O a O " O size O " O state O ( O it O has O an O effectively O infinite O size O , O initialized O with O 0 O bits O ) O ; O a O bit O can O be O set O or O tested O at O any O index O . O Before O Btrieve B-Application 6.0 O existing O key O indexes B-Data_Structure could O not O be O removed O , O though O supplemental O indexes B-Data_Structure could O be O created O and O dropped O as O needed O . O The O 6847 O is O capable O of O a O Semigraphics B-Data_Structure 6 O display O mode O , O where O two O bits O select O a O color O and O 6 O bits O determine O which O 1/6 O of O the O character O box O is O lit O . O Because O the O Calkin B-Data_Structure – I-Data_Structure Wilf I-Data_Structure tree I-Data_Structure contains O every O positive O rational O number O exactly O once O , O so O does O this O sequence O . O situate O edits O and O generate O heightfield B-Data_Structure selection O masks O and O formations O . O Removing O a O point O from O a O balanced B-Data_Structure k-d B-Data_Structure tree I-Data_Structure takes O time O . O Construction O of O a O binary O ( O or O d-ary O ) O heap B-Application out O of O a O given O array B-Data_Structure of O elements O may O be O performed O in O linear O time O using O the O classic O Floyd O algorithm O , O with O the O worst-case O number O of O comparisons O equal O to O 2N O − O 2s2(N ) O − O e2(N ) O ( O for O a O binary B-Application heap I-Application ) O , O where O s2(N ) O is O the O sum O of O all O digits O of O the O binary O representation O of O N O and O e2(N ) O is O the O exponent O of O 2 O in O the O prime O factorization O of O N O . O This O is O faster O than O a O sequence O of O consecutive O insertions O into O an O originally O empty O heap B-Application , O which O is O log-linear O . O The O switch O then O forwards O the O frame B-Protocol to O the O interface O found O in O the O CAM B-Data_Structure based O on O the O frame B-Protocol 's O destination O MAC O address O . O In O June O 2013 O , O the O National O Entertainment O Collectibles O Association O released O an O exclusive O figurine O of O the O video O game-style O Jason O with O the O turquoise O and O purple O color B-Data_Structure palette I-Data_Structure to O go O along O with O their O other O Nintendo-esque O horror O figure O , O a O video O game-style O Freddy O Krueger O based O on O LJN O 's O A B-Application Nightmare I-Application on I-Application Elm I-Application Street I-Application game O . O A O splay B-Data_Structure tree I-Data_Structure is O a O binary B-Language search I-Language tree I-Language with O the O additional O property O that O recently O accessed O elements O are O quick O to O access O again O . O An O open B-License source I-License implementation O of O the O fractal B-Data_Structure tree I-Data_Structure index I-Data_Structure is O available O , O which O demonstrates O the O implementation O details O outlined O below O . O This O allows O the O net O to O serve O as O a O content B-Data_Structure addressable I-Data_Structure memory I-Data_Structure system O , O that O is O to O say O , O the O network O will O converge O to O a O " O remembered O " O state O if O it O is O given O only O part O of O the O state O . O Block B-Algorithm sort I-Algorithm uses O two O variants O : O one O which O finds O the O first O position O to O insert O a O value O in O the O sorted O array B-Data_Structure , O and O one O which O finds O the O last O position O . O One O generalization O is O called O a O multi-vantage-point O tree O ( O or O MVP B-Data_Structure tree I-Data_Structure ) O : O a O data B-General_Concept structure I-General_Concept for O indexing O objects O from O large O metric O spaces O for O similarity B-Algorithm search I-Algorithm queries O . O As O a O simple O example O of O fractional B-Data_Structure cascading I-Data_Structure , O consider O the O following O problem O . O The O field O of O each O node B-Data_Structure that O contains O the O address O of O the O next O node B-Data_Structure is O usually O called O the O ' O next O link O ' O or O ' O next O pointer O ' O . O The O B-tree B-Architecture remains O the O standard O index B-Data_Structure implementation O in O almost O all O relational B-Application databases I-Application , O and O many O nonrelational O databases O use O them O too O . O The O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure supports O annotations O written O in O ANSI/ISO B-Language C I-Language Specification I-Language Language I-Language ( O ACSL O ) O . O Several O modules O can O manipulate O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure to O add O ANSI/ISO B-Language C I-Language Specification I-Language Language I-Language ( O ACSL O ) O annotations O . O Partition B-Data_Structure refinement I-Data_Structure also O forms O a O key O step O in O lexicographic B-Algorithm breadth-first I-Algorithm search I-Algorithm , O a O graph O search O algorithm O with O applications O in O the O recognition O of O chordal O graphs O and O several O other O important O classes O of O graphs O . O Instead O of O references O from O node B-Data_Structure to O node B-Data_Structure , O the O next O and O previous O data B-General_Concept indexes O are O calculated O using O the O current O data B-General_Concept 's O index B-Data_Structure . O In O C99 B-Language , O the O length O parameter O must O come O before O the O variable-length B-Data_Structure array I-Data_Structure parameter O in O function O calls O . O This O principle O is O applied O in O MD5-Crypt O and O in O bcrypt O . O It O also O greatly O increases O the O time O needed O to O build O a O precomputed O table B-Data_Structure , O but O in O the O absence O of O salt O , O this O needs O only O be O done O once O . O The O colorset O selection O does O not O affect O semigraphics B-Data_Structure characters O . O Like O stack B-General_Concept allocation I-General_Concept , O regions O facilitate O allocation O and O deallocation B-General_Concept of O memory O with O low O overhead O ; O but O they O are O more O flexible O , O allowing O objects O to O live O longer O than O the O stack O frame O in O which O they O were O allocated O . O As O a O simple O example O , O consider O the O following O C B-Language code O which O allocates O and O then O deallocates O a O linked B-Data_Structure list I-Data_Structure data O structure O : O This O works O well O for O simple O embedded B-Architecture systems I-Architecture where O no O large O objects O need O to O be O allocated O , O but O suffers O from O fragmentation B-Architecture , O especially O with O long O memory O addresses O . O All O blocks O of O a O particular O size O are O kept O in O a O sorted O linked B-Data_Structure list I-Data_Structure or O tree B-Application and O all O new O blocks O that O are O formed O during O allocation O are O added O to O their O respective O memory O pools O for O later O use O . O Programming B-General_Concept languages O commonly O associated O with O buffer B-General_Concept over-reads I-General_Concept include O C B-Language and O C++ B-Language , O which O provide O no O built-in O protection O against O using O pointers O to O access O data O in O any O part O of O virtual B-Architecture memory I-Architecture , O and O which O do O not O automatically O check O that O reading O data O from O a O block O of O memory B-Architecture is O safe O ; O respective O examples O are O attempting O to O read O more O elements O than O contained O in O an O array O , O or O failing O to O append O a O trailing O terminator O to O a O null-terminated B-Data_Structure string I-Data_Structure . O Hilbert B-Data_Structure R-trees I-Data_Structure use O space-filling B-Algorithm curves I-Algorithm , O and O specifically O the O Hilbert B-Algorithm curve I-Algorithm , O to O impose O a O linear O ordering O on O the O data O rectangles O . O For O such O applications O , O compressed B-General_Concept bit B-Data_Structure arrays I-Data_Structure , O Judy B-Data_Structure arrays I-Data_Structure , O tries B-General_Concept , O or O even O Bloom B-Algorithm filters I-Algorithm should O be O considered O instead O . O Type O inference O , O automatic B-General_Concept memory I-General_Concept management I-General_Concept and O syntactic O sugar O for O common O types O allow O faster O development O , O while O bounds B-Data_Structure checking I-Data_Structure and O design B-Application by I-Application contract I-Application find O bugs O earlier O at O runtime B-Library , O and O a O concurrency-aware O type O system O catches O bugs O at O compile B-Language time O . O SciQL O is O an O array B-Data_Structure query O language O being O added O to O the O MonetDB B-Application DBMS O . O That O will O create O a O unique O index B-Data_Structure on O " O lower(last_name ) O " O . O A O walk O in O which O each O parent O node B-Data_Structure is O traversed O before O its O children O is O called O a O pre-order B-Algorithm walk I-Algorithm ; O a O walk O in O which O the O children O are O traversed O before O their O respective O parents O are O traversed O is O called O a O post-order B-Algorithm walk I-Algorithm ; O a O walk O in O which O a O node B-Data_Structure 's O left O subtree O , O then O the O node B-Data_Structure itself O , O and O finally O its O right O subtree O are O traversed O is O called O an O in-order O traversal O . O This O data O structure O was O named O a O quadtree B-Data_Structure by O Raphael O Finkel O and O J.L. O Torch B-Algorithm ( O for O Lua B-Language ) O changed O from O column-major O to O row-major B-Data_Structure default O order O . O In O data B-Algorithm acquisition I-Algorithm and O control O systems O , O lookup B-Data_Structure tables I-Data_Structure are O commonly O used O to O undertake O the O following O operations O in O : O A O USB B-Protocol system O consists O of O a O host O with O one O or O more O downstream O ports O , O and O multiple O peripherals O , O forming O a O tiered-star B-Data_Structure topology O . O In O fact O , O by O using O a O ZDD B-Data_Structure , O one O can O represent O those O five O letter O words O as O a O sparse O function O that O has O 26×5 O = O 130 O variables O , O where O variable O for O example O determines O whether O the O second O letter O is O “ O a O ” O . O DIF O models O have O pre-calculated B-Data_Structure lighting I-Data_Structure and O as O such O are O ill-suited O for O animation O . O The O TMS9918 B-Architecture has O a O fixed O 16-color B-Data_Structure palette I-Data_Structure , O composed O of O 15 O displayed O colors O and O a O " O transparent O " O color O . O In O computer B-General_Concept programming I-General_Concept and O particularly O in O Lisp B-Language , O an O association B-Data_Structure list I-Data_Structure , O often O referred O to O as O an O alist O , O is O a O linked B-Data_Structure list I-Data_Structure in O which O each O list O element O ( O or O node B-Data_Structure ) O comprises O a O key B-Application and I-Application a I-Application value I-Application . O Vantage-point B-Data_Structure trees I-Data_Structure have O been O generalized O to O non-metric O spaces O using O Bregman O divergences O by O Nielsen O et O al O . O The O routine O to O extend O arrays B-Data_Structure actually O creates O new O arrays B-Data_Structure of O the O desired O shape O and O padding O values O , O copies O the O given O array O into O the O new O one O and O returns O it O . O Associated O with O each O set O , O a O collection B-Application of O its O elements O of O , O in O a O form O such O as O a O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure or O array B-Data_Structure data I-Data_Structure structure I-Data_Structure that O allows O for O rapid O deletion O of O individual O elements O from O the O collection B-Application . O The O circular B-Data_Structure buffer I-Data_Structure read O operation O reads O an O element O from O the O start O index O position O and O the O start O index O is O incremented O to O the O next O buffer B-General_Concept position O . O the O type O of O each O array B-Data_Structure element I-Data_Structure ( O integer O , O Boolean O , O a O particular O class O , O etc O . O C B-Language string B-Language literals I-Language are O null-terminated B-Data_Structure ; O that O is O to O say O , O a O trailing O null O character O as O an O end-of-string O sentinel B-Data_Structure : O Lisp B-Language lists O , O being O simple O linked B-Data_Structure lists I-Data_Structure , O can O share O structure O with O one O another O . O This O may O seem O like O a O contradiction O if O no O distinction O is O made O between O the O mandatory O palette B-Data_Structure entries I-Data_Structure and O the O optional O color O list O . O example O , O a O balanced B-Data_Structure tree I-Data_Structure . O By O keeping O the O auxiliary O trees O reasonably O balanced B-Data_Structure , O the O height O of O the O auxiliary O trees O can O be O bounded O to O This O is O the O source O of O the O algorithm O 's O performance O guarantees O . O The O useful O property O of O a O circular B-Data_Structure buffer I-Data_Structure is O that O it O does O not O need O to O have O its O elements O shuffled O around O when O one O is O consumed O . O In O general O , O an O S-box B-Algorithm takes O some O number O of O input O bits O , O m O , O and O transforms O them O into O some O number O of O output O bits O , O n O , O where O n O is O not O necessarily O equal O to O m O . O An O m×n O S-box B-Algorithm can O be O implemented O as O a O lookup B-Data_Structure table I-Data_Structure with O 2m O words O of O n O bits O each O . O x-fast B-Data_Structure tries I-Data_Structure use O space O while O y-fast B-Data_Structure tries I-Data_Structure use O space O . O Access O to O records O is O either O sequential O ( O usually O in O each O record O type O ) O or O by O navigation O in O the O circular O linked B-Data_Structure lists I-Data_Structure . O The O UK101 B-Device has O a O 16-row O , O 48-column O memory-mapped B-Architecture character O semigraphics B-Data_Structure display O , O with O each O character O taking O up O 8x8 O pixels O with O an O aspect O ratio O of O about O 1:2 O ( O corresponding O to O an O effective O resolution O of O 384x128 O ) O . O The O idea O of O DLX O is O based O on O the O observation O that O in O a O circular O doubly B-Data_Structure linked I-Data_Structure list I-Data_Structure of O nodes O , O There O is O a O kinetic B-Data_Structure data I-Data_Structure structure I-Data_Structure ( O due O to O Agarwal O et O al O . O ) O Also O , O in O a O highly O fragmented B-Architecture memory O region O , O it O may O be O expensive O or O impossible O to O find O contiguous O space O for O a O large O dynamic B-Data_Structure array I-Data_Structure , O whereas O linked B-Data_Structure lists I-Data_Structure do O not O require O the O whole O data B-General_Concept structure I-General_Concept to O be O stored O contiguously O . O E-graphs B-Data_Structure have O been O applied O to O several O problems O in O program O analysis O , O including O fuzzing O , O abstract O interpretation O , O and O library O learning O . O Alternatively O , O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure are O effective O when O storing O a O large O number O of O relatively O short O strings O ( O such O as O words O in O a O dictionary B-Operating_System ) O . O Imported O source O files O are O first O converted O to O XML O format O : O no O conversion O for O XML O , O simple O conversion O for O YML O , O creating O the O Abstract B-Data_Structure Syntax I-Data_Structure Tree I-Data_Structure and O its O subsequent O conversion O to O XML O for O PHP O annotations O . O On O the O other O hand O , O since O simple O linked B-Data_Structure lists I-Data_Structure by O themselves O do O not O allow O random B-General_Concept access I-General_Concept to O the O data B-General_Concept or O any O form O of O efficient O indexing O , O many O basic O operations O — O such O as O obtaining O the O last O node B-Data_Structure of O the O list B-General_Concept , O finding O a O node B-Data_Structure that O contains O a O given O datum O , O or O locating O the O place O where O a O new O node B-Data_Structure should O be O inserted O — O may O require O iterating O through O most O or O all O of O the O list B-General_Concept elements O . O Implementations O of O ropes B-Data_Structure typically O cache O " O extra O information O " O about O the O entire O the O path O from O the O root O to O the O current O node O position O in O the O iterator O . O Those O techniques O are O simple O and O fast O ( O since O they O can O be O implemented O using O look-up B-Data_Structure tables I-Data_Structure ) O , O but O they O can O cause O a O loss O of O contrast O . O Using O restructuring O heuristic O , O splay B-Data_Structure trees I-Data_Structure are O able O to O achieve O insert O and O delete O operations O in O amortized B-General_Concept time I-General_Concept , O without O storing O any O balance O information O at O the O nodes O . O Since O the O x-fast B-Data_Structure trie I-Data_Structure stores O O( O n/logM O ) O representatives O and O each O representative O occurs O in O O(logM ) O hash O tables O , O this O part O of O the O y-fast B-Data_Structure trie I-Data_Structure uses O O(n ) O space O . O The O insertion O strategy O to O the O R* B-Data_Structure -tree I-Data_Structure is O with O more O complex O than O the O linear O split O strategy O ( O ) O of O the O R-tree B-Library , O but O less O complex O than O the O quadratic O split O strategy O ( O ) O for O a O page O size O of O objects O and O has O little O impact O on O the O total O complexity O . O Log-structured B-Data_Structure merge-trees I-Data_Structure ( O LSMs O ) O refer O to O a O class O of O data O structures O which O consists O of O two O or O more O index O structures O of O exponentially O growing O capacities O . O Using O this O scanning O on O EZW B-Data_Structure transform O is O to O perform O scanning O the O coefficients O in O such O way O that O no O child O node O is O scanned O before O its O parent O node O . O Hence O , O the O adaptive O radix B-Data_Structure tree I-Data_Structure leads O to O a O better O use O of O space O without O reducing O its O speed O . O The O D B-Application and O OCaml B-Language languages O have O run O time O bounds B-Data_Structure checking I-Data_Structure that O is O enabled O or O disabled O with O a O compiler O switch O . O As O in O the O C B-Language family O , O arrays B-Data_Structure use O a O zero-based O indexing O scheme O : O A O value O that O is O inserted O into O an O empty O array O by O means O of O the O push O method B-Language occupies O the O 0th O index O of O the O array O . O Arrays B-Data_Structure have O a O length O property O that O is O guaranteed O to O always O be O larger O than O the O largest O integer O index O used O in O the O array O . O Jet B-Application 3.0 O included O many O enhancements O , O including O a O new O index B-Data_Structure structure O that O reduced O storage O size O and O the O time O that O was O taken O to O create O indices O that O were O highly O duplicated O , O the O removal O of O read B-Operating_System locks I-Operating_System on O index B-Data_Structure pages O , O a O new O mechanism O for O page O reuse O , O a O new O compacting O method O for O which O compacting O the O database O resulted O in O the O indices O being O stored O in O a O clustered-index O format O , O a O new O page O allocation O mechanism O to O improve O Jet B-Application 's O read-ahead O capabilities O , O improved O delete O operations O that O speeded O processing O , O multithreading B-Operating_System ( O three O threads B-Operating_System were O used O to O perform O read O ahead O , O write O behind O , O and O cache O maintenance O ) O , O implicit O transactions O ( O users O did O not O have O to O instruct O the O engine O to O start O manually O and O commit O transactions O to O the O database O ) O , O a O new O sort O engine O , O long O values O ( O such O as O memos O or O binary O data O types O ) O were O stored O in O separate O tables O , O and O dynamic O buffering O ( O whereby O Jet B-Application 's O cache O was O dynamically O allocated O at O start O up O and O had O no O limit O and O which O changed O from O a O first B-Operating_System in I-Operating_System , I-Operating_System first I-Operating_System out I-Operating_System ( O FIFO B-Operating_System ) O buffer O replacement O policy O to O a O least B-General_Concept recently I-General_Concept used I-General_Concept ( O LRU O ) O buffer O replacement O policy O ) O . O The O following O C# B-Application fragment O declares O a O variable-length B-Data_Structure array I-Data_Structure of O integers O . O This O is O in O contrast O to O splay B-Data_Structure trees I-Data_Structure which O have O a O worst-case O time O of O . O Dragon O and O Matrix O , O two O popular O cams B-Data_Structure with O satellite O television O enthusiasts O are O multicrypt O meaning O each O is O capable O of O handling O more O than O one O encryption O system O . O It O is O simplest O to O make O adjustments O to O the O tree B-Application from O the O top O down O such O that O the O leaf O node B-Data_Structure found O is O not O a O 2-node O . O A O master O palette B-Data_Structure built O this O way O can O be O filled O with O up O to O , O but O this O does O not O leave O space O in O the O palette B-Data_Structure for O reserved O colors O , O color O indices O that O the O program O could O use O for O special O purposes O . O One O solution O for O this O is O to O reverse B-Data_Structure the I-Data_Structure digits I-Data_Structure of I-Data_Structure the I-Data_Structure primary I-Data_Structure key I-Data_Structure . O The O two O sub-trees O are O then O joined O using O a O " O join O " O operation O . O Splaying B-Data_Structure , O as O mentioned O above O , O is O performed O during O a O second O , O bottom-up O pass O over O the O access O path O of O a O node O . O The O egress B-General_Concept router I-General_Concept must O , O therefore O , O have O routing O information O for O the O packet B-Protocol 's O payload O since O it O must O forward O it O without O the O help O of O label O lookup B-Data_Structure tables I-Data_Structure . O Today O , O multi-dimensional O arrays B-Data_Structure are O also O known O as O Data B-Algorithm Cubes I-Algorithm . O The O following O algorithms O are O generalized O for O binary O search B-Data_Structure trees I-Data_Structure , O but O the O same O idea O can O be O applied O to O trees O of O other O formats O . O When O compared O to O one O another O , O multiple O long-distance O routes O starting O at O the O same O location O always O use O the O same O small O amount O of O access O nodes B-Data_Structure close O to O the O starting O location O to O enter O this O network O . O If O the O table O has O an O associated O , O clustered O index B-Data_Structure to O allow O fast O retrieval O of O rows O , O the O rows O are O stored O in-order O according O to O their O index B-Data_Structure values O , O with O a O B-tree B-Architecture providing O the O index B-Data_Structure . O C99 B-Language offered O variable-length B-Data_Structure arrays I-Data_Structure as O an O alternative O stack B-General_Concept allocation O mechanism O however O , O this O feature O was O relegated O to O optional O in O the O later O C11 O standard O . O The O most O significant O disadvantage O of O splay B-Data_Structure trees I-Data_Structure is O that O the O height O of O a O splay B-Data_Structure tree I-Data_Structure can O be O linear O . O A O fusion B-Data_Structure tree I-Data_Structure is O essentially O a O B-tree B-Architecture with O branching O factor O of O ( O any O small O exponent O is O also O possible O as O it O will O not O have O a O great O impact O on O the O height O of O the O tree O ) O , O which O gives O it O a O height O of O . O The O TLB O is O sometimes O implemented O as O content-addressable B-Data_Structure memory I-Data_Structure ( O CAM B-Data_Structure ) O . O In O computer B-General_Concept science I-General_Concept , O a O graph-structured B-Data_Structure stack I-Data_Structure ( O GSS O ) O is O a O directed O acyclic O graph O where O each O directed O path O represents O a O stack B-Application . O The O Complete O Greedy O Algorithm O ( O CGA O ) O considers O all O partitions O by O constructing O a O k-ary B-Data_Structure tree I-Data_Structure . O Pseudocode B-Language to O accomplish O this O ( O assuming O zero-based O array B-Data_Structure indices O ) O is O : O Eventually O , O they O created O grayscale O heightmaps B-Data_Structure , O extruding O them O to O create O changes O in O elevation O . O Generally O , O these O systems O worked O identically O to O their O less-colorful O brethren O , O but O a O key O difference O was O that O there O were O too O many O colors O in O the O palette B-Data_Structure to O directly O encode O in O the O pixel B-Algorithm data O given O the O limited O amount O of O video O memory B-General_Concept . O Most O modern O languages O with O objects O or O pointers O can O implement O or O come O with O libraries O for O dynamic B-Data_Structure lists I-Data_Structure . O Ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure can O be O used O to O solve O many O problems O in O which O a O large O number O of O strings O must O be O stored O and O retrieved O in O an O arbitrary O order O . O Trees O written O onto O outtree O are O in O the O Newick B-Data_Structure format I-Data_Structure . O New O cube O mapping O techniques O allow O the O reflection O cast O by O an O object O to O correspond O with O the O brightness O of O the O light O source B-Application , O and O lightmaps B-Data_Structure enable O light O bouncing O and O global O illumination O to O be O taken O into O account O in O the O rendering O . O To O use O column-major B-Data_Structure order I-Data_Structure in O a O row-major B-Data_Structure environment O , O or O vice O versa O , O for O whatever O reason O , O one O workaround O is O to O assign O non-conventional O roles O to O the O indexes O ( O using O the O first O index O for O the O column O and O the O second O index O for O the O row O ) O , O and O another O is O to O bypass O language O syntax O by O explicitly O computing O positions O in O a O one-dimensional O array O . O Build O a O quadtree B-Data_Structure on O the O input O points O . O Furthermore O , O he O cites O an O instance O of O a O Java B-Language professor O whose O " O idiomatic O " O solution O to O a O problem O was O to O create O six O new O classes B-Application , O rather O than O to O simply O use O a O lookup B-Data_Structure table I-Data_Structure . O Regarding O inheritance B-Language , O Bob O Martin O states O that O because O they O are O software O , O related O classes B-Application do O not O necessarily O share O the O relationships O of O the O things O they O represent O . O to O @ O invokes O both O a O NULL O check O and O a O bounds B-Data_Structure check I-Data_Structure . O An O alternative O algorithm O supports O a O single O pass O down O the O tree O from O the O root O to O the O node O where O the O insertion O will O take O place O , O splitting O any O full O nodes B-Data_Structure encountered O on O the O way O preemptively O . O This O internal O representation O constitutes O the O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure ( O AST O ) O . O An O SPQR B-Data_Structure tree I-Data_Structure is O a O tree B-Application data I-Application structure I-Application used O in O computer B-General_Concept science I-General_Concept , O and O more O specifically O graph O algorithms O , O to O represent O the O triconnected B-Data_Structure components I-Data_Structure of O a O graph O . O Classes O have O factory O objects O , O containing O class O methods B-Language and O variables O , O and O instance O objects O , O containing O instance B-Language methods I-Language and O variables O . O Inheritance O and O interfaces B-Application provide O polymorphism B-Application . O Support O for O generic B-Language programming I-Language is O provided O through O parameterized O classes O , O which O can O be O instantiated O to O use O any O class O or O interface O . O COBOL O does O not O provide O a O way O to O hide O methods B-Language . O Method B-Language overloading I-Language was O added O in O COBOL O 2014 O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O Indexed O files B-Operating_System have O one O or O more O indexes O which O allow O records O to O be O randomly B-General_Concept accessed I-General_Concept and O which O can O be O sorted O on O them O . O The O name O must O be O a O null-terminated B-Data_Structure string I-Data_Structure , O and O exists O in O a O namespace O identified O by O a O small-integer O namespace O identifier O . O To O lock O a O node B-Data_Structure in O S O ( O or O X O ) O , O MGL O has O the O transaction B-General_Concept lock O on O all O of O its O ancestors O with O IS O ( O or O IX O ) O , O so O if O a O transaction B-General_Concept locks O a O node B-Data_Structure in O S O ( O or O X O ) O , O no O other O transaction B-General_Concept can O access O its O ancestors O in O X O ( O or O S O and O X O ) O . O By O extending O the O Needleman B-Algorithm – I-Algorithm Wunsch I-Algorithm algorithm I-Algorithm , O a O line O in O the O ' O left O ' O image O can O be O associated O to O a O curve O in O the O ' O right O ' O image O by O finding O the O alignment O with O the O highest O score O in O a O three-dimensional O array B-Data_Structure ( O or O matrix B-Architecture ) O . O For O example O , O if O a O web O site O wants O to O make O user O names O case-insensitive O , O but O still O preserve O the O case O as O originally O entered O by O the O user O , O an O index B-Data_Structure can O be O created O on O the O lower-case O representation O of O the O user O name O : O After O dropping O the O minimum O A O block O and O merging O the O previous O A O block O with O the O B O values O that O follow O it O , O the O new O minimum O A O block O must O be O found O within O the O blocks O that O are O still O being O rolled O through O the O array B-Data_Structure . O The O worst-case O behaviour O can O be O improved O by O using O a O self-balancing B-Data_Structure binary I-Data_Structure search I-Data_Structure tree I-Data_Structure . O Apart O from O the O multi-branching O property O , O the O most O essential O characteristic O of O rose B-Data_Structure trees I-Data_Structure is O the O coincidence O of O bisimilarity B-Application with O identity B-Application : O two O distinct O rose B-Data_Structure trees I-Data_Structure are O never O bisimilar B-Application . O An O exponential B-Data_Structure tree I-Data_Structure is O a O rooted O tree O where O every O node O contains O a O splitter O and O every O leaf O node O contains O a O value O . O The O interval B-Data_Structure tree I-Data_Structure data O structure O can O be O generalized O to O a O higher O dimension O with O identical O query O and O construction O time O and O space O . O The O -ary O heap O consists O of O an O array B-Data_Structure of O items O , O each O of O which O has O a O priority O associated O with O it O . O Theoretically O , O like O a O bucket B-Application queue I-Application , O a O calendar B-Application queue I-Application consists O of O an O array O of O linked B-Data_Structure lists I-Data_Structure . O When O such O a O linked B-Data_Structure list I-Data_Structure is O being O shared O between O multiple O threads B-Operating_System of O execution O , O two O threads B-Operating_System of O execution O may O attempt O to O remove O two O different O nodes O simultaneously O , O one O thread B-Operating_System of I-Operating_System execution I-Operating_System changing O the O next O pointer O of O node O to O point O to O node O , O while O another O thread B-Operating_System of I-Operating_System execution I-Operating_System changes O the O next O pointer O of O node O to O point O to O node O . O It O is O often O useful O to O pack O these O parameters O into O a O record O called O the O array O 's O descriptor O or O stride O vector O or O dope B-Data_Structure vector I-Data_Structure . O The O TopSig O technique O extends O the O random B-Algorithm indexing I-Algorithm model O to O produce O bit B-Data_Structure vectors I-Data_Structure for O comparison O with O the O Hamming O distance O similarity O function O . O Unlike O in O AVL O trees O , O where O ranks O are O defined O to O be O the O same O as O nodes B-Data_Structure ' O heights O , O ranks O do O not O always O equal O to O heights O in O WAVL B-Data_Structure trees I-Data_Structure . O Although O quicksort B-Algorithm can O be O implemented O as O a O stable O sort O using O linked B-Data_Structure lists I-Data_Structure , O it O will O often O suffer O from O poor O pivot O choices O without O random O access O . O There O is O now O a O new O scene O time O node O for O geometry O nodes B-Data_Structure and O compositor O . O The O Quake B-Application engine I-Application also O used O Gouraud B-Algorithm shading I-Algorithm for O moving O objects O , O and O a O static O lightmap B-Data_Structure for O nonmoving O objects O . O there O are O add O ( + O ) O and O xor O ( ^ O ) O operations O which O operate O on O such O bitstrings B-Data_Structure ( O as O in O most O of O today O 's O digital O computers O ) O , O A O range B-Data_Structure query I-Data_Structure on O a O range B-Data_Structure tree I-Data_Structure reports O the O set O of O points O that O lie O inside O a O given O interval O . O At O this O point O , O the O result O of O the O multiplication O is O stored O in O the O array B-Data_Structure and O can O now O be O output O a O row O or O a O column O at O a O time O , O flowing O down O or O across O the O array B-Data_Structure . O Then O , O when O , O that O is O the O adjacency B-Data_Structure list I-Data_Structure representation O occupies O more O space O than O the O adjacency B-Algorithm matrix I-Algorithm representation O when O . O An O algorithm O that O builds O a O balanced B-Data_Structure to O sort O points O has O a O worst-case O complexity O of O . O Each O inner O node B-Data_Structure 's O split O plane O is O positioned O on O a O grid O plane O of O the O underlying O grid O , O partitioning O the O node B-Data_Structure 's O grid O into O two O subgrids O . O The O GADDAG B-Data_Structure is O perhaps O twice O as O fast O , O but O both O algorithms O are O fast O enough O . O ) O A O consequence O of O this O principle O is O that O every O occurrence O of O every O subscript O of O every O subscripted O variable O was O on O every O occasion O checked O at O run O time O against O both O the O upper O and O the O lower O declared O bounds O of O the O array B-Data_Structure . O Many O deterministic O versions O of O this O algorithm O require O O(n2 ) O time O to O sort O n O numbers O for O some O well-defined O class O of O degenerate O inputs O ( O such O as O an O already O sorted O array B-Data_Structure ) O , O with O the O specific O class O of O inputs O that O generate O this O behavior O defined O by O the O protocol O for O pivot O selection O . O Conform O to O Mesh O UV O mapping O uses O LSCM O ( O least B-Data_Structure squares I-Data_Structure conformal I-Data_Structure maps I-Data_Structure ) O technology O . O Due O to O the O native O color B-Data_Structure palettes I-Data_Structure that O each O system O uses O , O the O game O presents O itself O very O similarly O in O both O versions O but O with O slightly O different O color O tones O . O It O was O introduced O to O computer O graphics O in O 1984 O by O Frank O Crow O for O use O with O mipmaps B-Data_Structure . O However O , O in O the O application O of O graph B-Application traversal O methods O in O artificial B-Application intelligence I-Application the O input O may O be O an O implicit B-Data_Structure representation I-Data_Structure of O an O infinite O graph B-Application . O Some O models O have O the O ability O to O extend O memory B-General_Concept capacity O to O store O more O numbers O ; O the O extended O memory B-General_Concept address I-General_Concept is O termed O an O array B-Data_Structure index O . O Here O , O sA1 O , O sB1 O , O ... O represent O scalar O variables O and O vA O , O vB O , O and O vC O represent O vector B-Data_Structure variables O . O Linked B-Data_Structure lists I-Data_Structure are O among O the O simplest O and O most O common O data B-General_Concept structures I-General_Concept . O The O composition O primitives O and O traversal O methods O allowed O applications O to O construct O scenes O in O a O manner O best O suited O to O the O structure O of O the O data O being O visualized O , O but O then O to O apply O a O scene B-Data_Structure graph I-Data_Structure optimizer O to O restructure O the O scene O for O more O efficient O rendering O without O changing O the O scene O 's O appearance O . O Since O we O can O count O on O this O structure O , O for O any O cell O we O know O how O to O navigate O the O quadtree B-Data_Structure to O find O the O adjacent O cells O in O the O different O levels O of O the O hierarchy O . O The O box O below O instead O shows O how O rank O of O a O type O and O rank B-Data_Structure of I-Data_Structure an I-Data_Structure array I-Data_Structure expression O could O be O defined O ( O in O a O semi-formal O style O ) O for O C++ O and O illustrates O a O simple O way O to O calculate O them O at O compile O time O . O New O 24-bit O hybrid O mode O ( O with O a O chunky/planar O properties O ) O consisted O of O 3 O byte-planes O of O 8 O bit O chunks O each O . O Like O chunky B-General_Concept modes O it O requires O RTG O driver O for O lacking O CLUT B-Data_Structure . O In O computer B-General_Concept science I-General_Concept , O a O priority B-Data_Structure search I-Data_Structure tree I-Data_Structure is O a O tree O data O structure O for O storing O points O in O two O dimensions O . O A O self-organizing B-Data_Structure list I-Data_Structure rearranges O its O nodes O based O on O some O heuristic O which O reduces O search O times O for O data B-General_Concept retrieval O by O keeping O commonly O accessed O nodes O at O the O head O of O the O list B-General_Concept . O The O research O on O metric B-Data_Structure tree I-Data_Structure data B-General_Concept structures I-General_Concept blossomed O in O the O late O 1990s O and O included O an O examination O by O Google O co-founder O Sergey O Brin O of O their O use O for O very O large O databases O . O present O the O first O time O algorithm O ( O FLAAP O ) O that O computes O the O LCP B-Data_Structure array I-Data_Structure given O the O text O and O the O suffix B-Algorithm array I-Algorithm . O To O enable O fog O in O Panda3D B-Language , O one O simply O stores O the O fog O parameters O on O a O node O in O the O scene B-Data_Structure graph I-Data_Structure . O The O development O of O kinetic B-Data_Structure data I-Data_Structure structures I-Data_Structure was O motivated O by O computational O geometry O problems O involving O physical O objects O in O continuous O motion O , O such O as O collision O or O visibility O detection O in O robotics O , O animation O or O computer O graphics O . O In O general O , O fractional B-Data_Structure cascading I-Data_Structure begins O with O a O catalog O graph O , O a O directed O graph O in O which O each O vertex O is O labeled O with O an O ordered O list O . O 5.01 O prints O palette B-Data_Structure images O with O black O ( O or O dark O gray O ) O backgrounds O under O Windows O 98 O , O sometimes O with O radically O altered O colors O . O However O , O hash B-Algorithm maps I-Algorithm also O frequently O use O more O memory O than O ternary B-Data_Structure search I-Data_Structure trees I-Data_Structure ( O but O not O as O much O as O tries B-General_Concept ) O . O The O upheap O or O downheap O operations O can O then O be O stated O in O terms O of O an O array B-Data_Structure as O follows O : O suppose O that O the O heap B-Application property I-Application holds O for O the O indices O b O , O b+1 O , O ... O , O e O . O The O sift-down O function O extends O the O heap B-Application property I-Application to O b−1 O , O b O , O b+1 O , O ... O , O e O . O Project O Jupiter O was O initially O planned O as O a O new O version O of O the O Genesis O , O with O an O upgraded O color O palette B-Data_Structure and O a O lower O cost O than O the O Saturn B-Device , O and O limited O 3D O capabilities O thanks O to O integration O of O ideas O from O the O development O of O the O Sega O Virtua O Processor O chip O . O This O bound O applies O even O to O trees O like O splay B-Data_Structure trees I-Data_Structure that O are O allowed O to O rearrange O their O nodes O between O accesses O . O However O , O in O languages O like O Python B-Language or O Java B-Language that O enforce O reference O semantics O , O the O dynamic B-Data_Structure array I-Data_Structure generally O will O not O store O the O actual O data O , O but O rather O it O will O store O references O to O the O data O that O resides O in O other O areas O of O memory O . O June O 2 O , O 2021 O Expansion O of O Geometry O Nodes B-Data_Structure Attributes O and O Nodes B-Data_Structure including O such O as O Mesh B-Algorithm Primitives B-Algorithm . O A O single O one O and/or O two O dimensional O array B-Data_Structure is O supported O however O array B-Data_Structure memory O space O must O be O reserved O ( O subtracted O ) O from O the O 1,680 O character O program O space O via O the O DEFM O command O . O Array B-Data_Structure memory O can O be O aliased B-Application to O fixed O variable O names O , O for O example O A(11 ) O references O the O same O location O as O variable O B1 O . O Null O pointer O values O are O useful O for B-Language indicating O special O cases O such O as O no O " O next O " O pointer O in O the O final O node O of O a O linked B-Data_Structure list I-Data_Structure , O or O as O an O error O indication O from O functions O returning O pointers O . O Moreover O , O the O Working O Set O Theorem O for O splay B-Data_Structure trees I-Data_Structure states O that O the O cost O to O access O an O element O in O a O splay B-Data_Structure tree I-Data_Structure is O amortized B-General_Concept . O The O reason O for O this O is O that O , O as O m O is O incremented O in O the O inner O loop O , O the O memory B-Architecture address O corresponding O to O A(n,m ) O or O A(m,n ) O jumps O discontiguously O by O N O in O memory B-Architecture ( O depending O on O whether O the O array B-Data_Structure is O in O column-major O or O row-major B-Data_Structure format O , O respectively O ) O . O As O a O result O of O the O above O set-theoretic O construction O , O the O class O of O all O rose B-Data_Structure trees I-Data_Structure is O defined O , O depending O on O the O sets O ( O ground O values O ) O , O ( O arrow O names O ) O and O ( O node O labels O ) O as O the O definitory O constituents O . O A O variety O of O device B-Application driver I-Application semantics O are O implemented O in O Unix O and O Linux B-Application concerning O concurrent B-Operating_System access I-Operating_System . O Device O nodes O correspond O to O resources O that O an O operating B-General_Concept system I-General_Concept 's O kernel B-Operating_System has O already O allocated O . O Unix O identifies O those O resources O by O a O major O number O and O a O minor O number O , O both O stored O as O part O of O the O structure O of O a O node B-Data_Structure . O Knuth O 's O work O relied O upon O the O following O insight O : O the O static B-Data_Structure optimality I-Data_Structure problem O exhibits O optimal B-Algorithm substructure I-Algorithm ; O that O is O , O if O a O certain O tree O is O statically O optimal O for O a O given O probability O distribution O , O then O its O left O and O right O subtrees B-Application must O also O be O statically O optimal O for O their O appropriate O subsets O of O the O distribution O ( O known O as O monotonicity O property O of O the O roots O ) O . O Well-written O and O tested O abstract O data B-General_Concept type O libraries O which O centralize O and O automatically O perform O buffer B-General_Concept management O , O including O bounds B-Data_Structure checking I-Data_Structure , O can O reduce O the O occurrence O and O impact O of O buffer B-General_Concept overflows I-General_Concept . O For O example O , O consider O a O render O operation O that O takes O transformations O into O account O : O while O recursively O traversing O down O the O scene B-Data_Structure graph I-Data_Structure hierarchy O , O a O pre-render O operation O is O called O . O There O are O a O lot O of O studies O that O address O the O large O tree B-Data_Structure networks I-Data_Structure , O however O small O tree B-Data_Structure networks I-Data_Structure are O seldom O studied O . O Since O the O precise O types O of O the O input O vectors B-Data_Structure depend O on O a O value O , O it O is O possible O to O be O certain O at O compile B-Application time I-Application that O the O resulting O vector O will O have O exactly O ( O n O + O m O ) O elements O of O type O a O . O This O increases O the O probability O of O a O correct O crack O for O a O given O table B-Data_Structure size O , O at O the O cost O of O squaring O the O number O of O steps O required O per O lookup B-Data_Structure , O as O the O lookup B-Data_Structure routine O now O also O needs O to O iterate O through O the O index O of O the O first O reduction B-Algorithm function I-Algorithm used O in O the O chain O . O Clojure B-Language also O has O efficient O implementations O of O persistent O vectors O , O maps O , O and O sets O based O on O persistent O hash B-Data_Structure array I-Data_Structure mapped I-Data_Structure tries I-Data_Structure . O This O places O the O first O pivot O of O a O binary O search O as O the O first O element O in O the O array B-Data_Structure . O Pleiades B-Device is O built O in O a O partial O 11-D O hypercube O topology O , O where O each O node O has O eleven O connections O to O eleven O other O nodes B-Data_Structure , O with O some O making O up O to O twelve O connections O to O form O a O 12-D O hypercube O . O This O requires O the O number O of O bins B-Data_Structure along O an O axis O direction O to O be O an O exponent O of O 2 O . O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O John O Stephen O Walther O at O Hewlett-Packard O generalized O the O algorithm O into O the O Unified B-Algorithm CORDIC I-Algorithm algorithm O in O 1971 O , O allowing O it O to O calculate O hyperbolic O functions O , O natural O exponentials O , O natural O logarithms O , O multiplications O , O divisions O , O and O square O roots O . O All O nodes B-Data_Structure have O exactly O one O parent O , O except O the O topmost O root O node B-Data_Structure , O which O has O none O . O Growable B-Data_Structure arrays I-Data_Structure ( O also O called O dynamic B-Data_Structure arrays I-Data_Structure ) O are O generally O more O useful O than O VLAs O because O dynamic B-Data_Structure arrays I-Data_Structure can O do O everything O VLAs O can O do O , O and O also O support O growing O the O array O at O run-time O . O For O each O cell O , O a O set O of O access O nodes B-Data_Structure can O be O found O by O looking O at O an O inner O area O of O 5x5 O cells O and O an O outer O area O of O 9x9 O cells O around O . O Another O advanced O feature O of O JOSS B-Language was O that O it O had O the O concept O of O a O range B-Data_Structure as O a O built-in O type O that O could O be O stored O and O manipulated O . O After O which O a O leaf B-Data_Structure node I-Data_Structure sends O the O object O off O for O rendering B-Algorithm to O the O renderer O . O Being O a O derivative O of O the O array O , O it O relies O on O the O general O make-array O function O to O be O configured O with O an O element O type O of O bit O , O which O optionally O permits O the O bit B-Data_Structure vector I-Data_Structure to O be O designated O as O dynamically O resizable O . O A O difference B-Data_Structure list I-Data_Structure is O a O pair O OpenList-Hole O , O where O the O first O element O OpenList O is O a O list B-General_Concept containing O an O unbound O unification O variable O ( O hole O ) O and O the O second O element O Hole O is O a O reference O to O the O hole O . O Random-access B-General_Concept lists O can O be O viewed O as O immutable O linked B-Data_Structure lists I-Data_Structure in O that O they O likewise O support O the O same O O(1 ) O head O and O tail O operations O . O Each O allocated O memory B-General_Concept block O is O given O a O master O descriptor B-Data_Structure with O the O properties O of O the O block O ( O i.e. O , O the O size O , O address O , O and O whether O present O in O memory B-General_Concept ) O . O Alternatively O , O the O programmer O can O access O the O dope B-Data_Structure vector I-Data_Structure when O desired O , O for O safety O or O other O purposes O . O In O many O ways O , O the O story O of O out-of-order O microarchitecture O has O been O how O these O CAMs B-Data_Structure have O been O progressively O eliminated O . O In O modern O browsers B-Application , O individual O characters O within O a O string O can O be O accessed O ( O as O strings O with O only O a O single O character O ) O through O the O same O notation O as O arrays B-Data_Structure : O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O Deletion O is O more O expensive O because O we O need O to O search O the O singly O linked O list O of O each O bin B-Data_Structure the O candidate O intersects O . O They O are O often O used O as O components O of O other O kinetic B-Data_Structure data I-Data_Structure structures I-Data_Structure , O such O as O kinetic B-Data_Structure closest I-Data_Structure pair I-Data_Structure . O This O is O similar O to O ropes B-Data_Structure in O C++ B-Language ( O trees B-Application of O constant O small O arrays O ) O , O but O instead O of O using O reference O counting O for O proper O deallocation O , O it O relies O on O garbage B-General_Concept collection I-General_Concept to O free O objects O . O The O 8-bit O operating B-General_Concept system I-General_Concept of O Sharp O pocket B-Device computers I-Device like O the O PC-E500 B-Device , O PC-E500S B-Device etc O . O consists O of O a O BASIC O interpreter O , O a O DOS B-Device 2-like O File B-Operating_System Control O System O ( O FCS O ) O implementing O a O rudimentary O 12-bit O FAT-like O filesystem B-Application , O and O a O BIOS-like O Input/Output B-Application Control I-Application System I-Application ( O IOCS B-Application ) O implementing O a O number O of O standard O character O and O block O device B-Application drivers I-Application as O well O as O special O file B-Operating_System devices O including O STDO:/SCRN O : O ( O display O ) O , O STDI:/KYBD O : O ( O keyboard O ) O , O COM O : O ( O serial O I/O B-General_Concept ) O , O STDL:/PRN O : O ( O printer O ) O , O CAS O : O ( O cassette O tape O ) O , O E:/F:/G O : O ( O memory O file B-Operating_System ) O , O S1:/S2:/S3 O : O ( O memory O card O ) O , O X:/Y O : O ( O floppy B-Device ) O , O SYSTM O : O ( O system O ) O , O and O NIL B-Operating_System : I-Operating_System ( O function O ) O . O Operating B-General_Concept System I-General_Concept Filesystem B-Application or O managing O software O Standard O mount O point O Author O Notes O Linux B-Application 2.3.46pre5 O – O 2.6.17 O devfs O and O devfsd B-Application /dev O Richard O Gooch O Implemented O fully O in O the O kernel B-Operating_System , O with O optional O daemon O devfsd B-Application to O handle O device O node B-Data_Structure events O in O user B-Operating_System space I-Operating_System . O This O is O because O adding O data O to O indexes O tends O to O stress O the O performance O of O B-trees B-Architecture , O but O performs O well O in O fractal B-Data_Structure tree I-Data_Structure indexes I-Data_Structure . O Some O languages O allow O arrays O of O structures O to O be O treated O as O overlapping O parallel B-Data_Structure arrays I-Data_Structure with O non-unit O stride O : O CORDIC O ( O for O " O coordinate B-General_Concept rotation I-General_Concept digital O computer O " O ) O , O also O known O as O Volder O 's O algorithm O , O or O : O Digit-by-digit O method O Circular O CORDIC O ( O Jack O E O . O Volder O ) O , O Linear O CORDIC O , O Hyperbolic O CORDIC O ( O John O Stephen O Walther O ) O , O and O Generalized O Hyperbolic O CORDIC O ( O GH O CORDIC O ) O ( O Yuanyong O Luo O et O al O . O in O simple O microcontrollers B-Architecture and O FPGAs B-Architecture ) O , O as O the O only O operations O it O requires O are O additions O , O subtractions O , O bitshift O and O lookup B-Data_Structure tables I-Data_Structure . O As O such O , O they O all O belong O to O the O class O of O shift-and-add B-Algorithm algorithms I-Algorithm . O In O computer O science O , O CORDIC O is O often O used O to O implement O floating-point B-Algorithm arithmetic I-Algorithm when O the O target O platform O lacks O hardware O multiply O for O cost O or O space O reasons O . O The O report O also O discussed O the O possibility O to O compute O hyperbolic O coordinate B-General_Concept rotation I-General_Concept , O logarithms O and O exponential O functions O with O modified O CORDIC O algorithms O . O These O efforts O led O to O the O ROMable O logic O implementation O of O a O decimal O CORDIC O prototype O machine O inside O of O Hewlett-Packard O in O 1966 O , O built O by O and O conceptually O derived O from O Thomas O E O . O Osborne O 's O prototypical O Green O Machine O , O a O four-function O , O floating-point B-Algorithm desktop O calculator O he O had O completed O in O DTL B-General_Concept logic O in O December O 1964 O . O This O development O resulted O in O the O first O scientific O handheld O calculator O , O the O HP-35 B-Device in O 1972 O . O CORDIC O has O been O implemented O in O the O ARM-based B-Architecture STM32G4 O , O Intel B-Device 8087 I-Device , O 80287 O , O 80387 O up O to O the O 80486 B-General_Concept coprocessor O series O as O well O as O in O the O Motorola B-General_Concept 68881 I-General_Concept and O 68882 B-General_Concept for O some O kinds O of O floating-point B-Algorithm instructions O , O mainly O as O a O way O to O reduce O the O gate O counts O ( O and O complexity O ) O of O the O FPU B-General_Concept sub-system O . O As O a O consequence O , O CORDIC O has O been O used O for O applications O in O diverse O areas O such O as O signal O and O image B-Algorithm processing I-Algorithm , O communication O systems O , O robotics O and O 3D O graphics O apart O from O general O scientific O and O technical O computation O . O CORDIC O was O used O to O implement O the O Intel B-Device 8087 I-Device math B-General_Concept coprocessor I-General_Concept in O 1980 O , O avoiding O the O need O to O implement O hardware O multiplication O . O CORDIC O is O generally O faster O than O other O approaches O when O a O hardware O multiplier O is O not O available O ( O e.g. O , O a O microcontroller B-Architecture ) O , O or O when O the O number O of O gates O required O to O implement O the O functions O it O supports O should O be O minimized O ( O e.g. O , O in O an O FPGA B-Architecture or O ASIC O ) O . O The O bucket O has O specified O width O and O its O linked B-Data_Structure list I-Data_Structure holds O events O whose O timestamp O maps O to O that O bucket O . O The O PCASTL B-Language ( O an O acronym O for O by O Parent O and O Childset O Accessible O Syntax B-Data_Structure Tree I-Data_Structure Language O ) O is O an O interpreted O high-level B-Language programming I-Language language I-Language . O Each O pixel O just O references O the O index O of O a O color O in O the O color O palette B-Data_Structure . O In O languages O that O support O abstract O data B-General_Concept types O or O templates O , O linked B-Data_Structure list I-Data_Structure ADTs O or O templates O are O available O for O building O linked B-Data_Structure lists I-Data_Structure . O sys/queue.h O implementations O of O Linked B-Data_Structure list I-Data_Structure , O queues B-Application , O tail O queue B-Application , O etc O . O The O doubly B-Data_Structure connected I-Data_Structure edge I-Data_Structure list I-Data_Structure ( O DCEL B-Data_Structure ) O , O also O known O as O half-edge B-Data_Structure data I-Data_Structure structure I-Data_Structure , O is O a O data B-General_Concept structure I-General_Concept to O represent O an O embedding B-Algorithm of O a O planar O graph O in O the O plane O , O and O polytopes O in O 3D O . O Once O the O round O is O over O , O we O re-balance O the O final O array B-Data_Structure by O inserting O spaces O between O each O element O . O Tiles O were O 8x8 O with O each O background O tile O able O to O use O up O to O 16 O unique O colors O via O one O of O the O 16 O available O background O palettes B-Data_Structure . O Inheritance O and O interfaces B-Application provide O polymorphism B-Application . O Support O for O generic B-Language programming I-Language is O provided O through O parameterized O classes O , O which O can O be O instantiated O to O use O any O class O or O interface O . O COBOL O does O not O provide O a O way O to O hide O methods B-Language . O Method B-Language overloading I-Language was O added O in O COBOL O 2014 O . O The O configuration O section O is O used O to O specify O variable O features O such O as O currency O signs O , O locales B-Device and O character B-General_Concept sets I-General_Concept . O In O sequential O files B-Operating_System , O records O are O contiguous O and O must O be O traversed O sequentially B-General_Concept , O similarly O to O a O linked B-Data_Structure list I-Data_Structure . O An O upgrade O , O completed O in O June O 2016 O , O replaced O all O remaining O racks O containing O nodes B-Data_Structure with O six-core O Intel B-Device Xeon I-Device X5670 O ( O Westmere O ) O processors O with O racks O containing O nodes B-Data_Structure using O 14-core O Intel B-Device Xeon I-Device E5-2680v4 O ( O Broadwell O ) O processors O . O Very O few O data B-General_Concept structures I-General_Concept can O make O this O guarantee O other O than O arrays O ( O and O related O structures O like O dynamic B-Data_Structure arrays I-Data_Structure ) O . O KJots O Linux O Leo B-Language Windows/Linux/MacOS O Text B-Application editor I-Application with O outlines O ; O remarkably O flexible O tree B-Data_Structure structure I-Data_Structure . O Written O in O Python B-Language using O Qt B-Language . O First O , O the O tree O is O turned O into O a O linked B-Data_Structure list I-Data_Structure by O means O of O an O in-order O traversal O , O reusing O the O pointers O in O the O ( O threaded B-Data_Structure ) O tree O 's O nodes O . O Retained O mode O always O uses O a O scene B-Data_Structure graph I-Data_Structure that O links O all O geometric O objects O in O the O 3D O world O in O a O tree B-Data_Structure structure I-Data_Structure , O and O also O specifies O the O camera O , O lights O , O and O background O . O Thus O , O the O algorithm O may O be O seen O as O a O form O of O insertion B-Algorithm sort I-Algorithm or O tree B-Algorithm sort I-Algorithm , O using O a O splay B-Data_Structure tree I-Data_Structure to O speed O up O each O insertion O . O This O can O be O interpreted O as O a O palette B-Data_Structure with O a O single O color O . O array B-Data_Structure and O all O of O its O descendants O . O This O topology B-Architecture differs O from O a O tree B-Data_Structure topology I-Data_Structure in O the O way O star B-Architecture networks I-Architecture are O connected O together O . O In O computer B-General_Concept science I-General_Concept , O tabulation B-Algorithm hashing I-Algorithm is O a O method O for O constructing O universal B-Algorithm families I-Algorithm of I-Algorithm hash I-Algorithm functions I-Algorithm by O combining O table B-Data_Structure lookup I-Data_Structure with O exclusive O or O operations O . O Alternatively O , O the O size O field O can O be O used O in O conjunction O with O a O weight-balancing B-Data_Structure scheme O at O no O additional O storage O cost O . O They O also O store O metadata O about O the O tiles O , O such O as O collision O , O damage O , O and O entities O , O either O with O a O 2-dimensional O array B-Data_Structure mapping O the O tiles O , O or O a O second O texture O atlas O mirroring O the O visual O one O but O coding O metadata O by O colour O . O Several O custom O computers O , O like O the O Goodyear O STARAN B-Device , O were O built O to O implement O CAM B-Data_Structure . O It O generates O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure that O is O accessible O via O the O Csound B-Application API B-Application . O It O has O a O wrap-around B-Data_Structure mode O allowing O continuous O transfers O to O and O from O the O queue B-Application with O only O intermittent O attention O from O the O CPU O . O This O can O be O useful O when O passing O the O address B-General_Concept of O an O array B-Data_Structure element I-Data_Structure to O a O subroutine O . O Project O Jupiter O was O initially O planned O as O a O new O version O of O the O Genesis O , O with O an O upgraded O color O palette B-Data_Structure and O a O lower O cost O than O the O Saturn B-Device , O and O limited O 3D O capabilities O thanks O to O integration O of O ideas O from O the O development O of O the O Sega O Virtua O Processor O chip O . O Miller O suggested O an O alternative O strategy O , O citing O concerns O with O releasing O a O new O console B-Device with O no O previous O design O specifications O within O six O to O nine O months O . O Text B-Application modes I-Application : O The O EGA B-Device palette B-Data_Structure allows O all O 16 O CGA B-Device colors O to O be O used O simultaneously O , O and O it O allows O substitution O of O each O of O these O colors O with O any O one O from O a O total O of O 64 O colors O ( O two O bits O each O for O red O , O green O and O blue O ) O . O The O more O general O wave O front O processors O , O by O contrast O , O employ O sophisticated O and O individually O programmable O nodes O which O may O or O may O not O be O monolithic B-Architecture , O depending O on O the O array B-Data_Structure size O and O design O parameters O . O XGA-2 O added O a O 24-bit O DAC O , O but O this O was O used O only O to O extend O the O available O master O palette B-Data_Structure in O 256-color O mode O , O e.g. O In O terms O of O type O theory O , O a O tree O is O an O inductive O type O defined O by O the O constructors O ( O empty O forest O ) O and O ( O tree O with O root O node B-Data_Structure with O given O value O and O children O ) O . O A O crucial O optimization O known O as O a O Graph-structured B-Data_Structure stack I-Data_Structure ( O GSS O ) O allows O sharing O of O common O prefixes O and O suffixes O of O these O stacks O , O which O constrains O the O overall O search O space O and O memory O usage O required O to O parse O input O text O . O Document B-General_Concept , O graph B-Application , O relational B-Application , O and O key B-Data_Structure – I-Data_Structure value I-Data_Structure models O are O examples O of O data B-General_Concept models I-General_Concept that O may O be O supported O by O a O multi-model B-Operating_System database I-Operating_System . O Another O example O is O the O merging B-Algorithm two O sorted O lists O : O if O their O sentinels O have O data B-General_Concept fields O set O to O +∞ O , O the O choice O of O the O next O output O node B-Data_Structure does O not O need O special O handling O for O empty O lists O . O The O following O program O reads O in O vector B-Data_Structure a O of O 10 O values O , O then O forms O the O squares O of O those O values O , O and O finally O prints O those O values O . O This O is O useful O when O Wildcarded O Service O Identities O are O used O , O this O is O , O Public O Service O Identities O that O match O a O regular B-Language expression I-Language , O because O the O first O query O has O to O resolve O the O regular B-Language expression I-Language to O find O the O key B-Data_Structure . O The O key O difficulty O of O R-tree B-Library is O to O build O an O efficient O tree O that O on O one O hand O is O balanced O ( O so O the O leaf B-Data_Structure nodes I-Data_Structure are O at O the O same O height O ) O on O the O other O hand O the O rectangles O do O not O cover O too O much O empty O space O and O do O not O overlap O too O much O ( O so O that O during O search O , O fewer O subtrees B-Application need O to O be O processed O ) O . O Every O node O x O has O an O s-value O which O is O the O distance O to O the O nearest O leaf B-Data_Structure in O subtree O rooted O at O x O . O For O every O node O dedicated O sets O of O forward O access O nodes B-Data_Structure and O backward O access O nodes B-Data_Structure are O chosen O from O all O transit O nodes B-Data_Structure . O This O is O often O referred O to O as O the O divide-and-conquer B-Algorithm method I-Algorithm ; O when O combined O with O a O lookup B-Data_Structure table I-Data_Structure that O stores O the O results O of O previously O solved O sub-problems O ( O to O avoid O solving O them O repeatedly O and O incurring O extra O computation O time O ) O , O it O can O be O referred O to O as O dynamic B-Algorithm programming I-Algorithm or O memoization O . O It O can O display O 64 O sprites O at O once O , O 16 O per O scanline B-Algorithm , O in O up O to O 481 O colors O from O a O palette B-Data_Structure of O 512 O . O There O are O two O things O to O note O in O the O final O code O with O vector B-Data_Structure branches O ; O First O , O the O predicate O defining O instruction O for O vPA O is O also O included O within O the O body O of O the O outer O vector B-Data_Structure branch O by O using O vec_any_gt O . O Python B-Language 's O list O datatype O implementation O is O a O dynamic B-Data_Structure array I-Data_Structure the O growth O pattern O of O which O is O : O 0 O , O 4 O , O 8 O , O 16 O , O 24 O , O 32 O , O 40 O , O 52 O , O 64 O , O 76 O , O ... O Unrolled B-Data_Structure linked I-Data_Structure lists I-Data_Structure store O several O elements O in O each O list B-General_Concept node B-Data_Structure , O increasing O cache B-General_Concept performance O while O decreasing O memory O overhead O for O references O . O Microprogram B-Device control O operations O , O bit B-Data_Structure strings I-Data_Structure , O and O floating-point B-Algorithm arithmetic I-Algorithm instructions O are O also O located O in O the O second O 16-bit O half-word O . O Unsigned B-Algorithm load O form O memory B-Architecture mapped I-Architecture I/O I-Architecture is O implemented O as O the O In O instruction O . O The O language O has O reserved O words O parent O and O childset O to O access O the O nodes O of O the O syntax B-Data_Structure tree I-Data_Structure of O the O currently O written O code O . O Another O priority B-Application queue I-Application with O similar O performance O ( O including O the O need O for O randomization O in O the O form O of O hash B-Algorithm tables I-Algorithm ) O is O the O Y-fast B-Data_Structure trie I-Data_Structure of O . O The O integration O of O the O six-core O Westmere O nodes B-Data_Structure also O required O new O quad O data O rate O ( O QDR O ) O and O hybrid O DDR/QDR O InfiniBand B-Architecture cabling O , O making O the O world O 's O largest O InfiniBand B-Architecture interconnect O network O with O more O than O 65 O miles O of O cable O . O Extensions O to O core O PILOT O include O arrays B-Data_Structure and O floating B-Algorithm point I-Algorithm numbers I-Algorithm in O Apple B-Device PILOT O , O and O implementation O of O LOGO-inspired O turtle B-Application graphics I-Application in O Atari B-Device PILOT O . O Moreover O , O we O can O quickly O adjust O the O collection O of O link/cut B-Data_Structure trees I-Data_Structure to O changes O in O the O represented O forest O . O A O programmer O 's O reference O manual O for O the O CoCo O states O that O due O to O a O fire O at O Tandy O 's O research O lab O , O the O papers O relating O to O the O semigraphics B-Data_Structure modes O were O shuffled O , O and O so O some O of O the O semigraphics B-Data_Structure modes O were O never O documented O . O Therefore O , O the O Bx-tree B-Data_Structure can O be O easily O integrated O into O existing O DBMS B-General_Concept without O touching O the O kernel B-Algorithm . O Motivations O for O this O approach O include O simplicity O of O design O , O simpler O " O horizontal O " O scaling O to O clusters B-Architecture of I-Architecture machines I-Architecture ( O which O is O a O problem O for O relational B-Application databases I-Application ) O , O finer O control O over O availability O and O limiting O the O object-relational B-Architecture impedance I-Architecture mismatch I-Architecture . O key B-Data_Structure – I-Data_Structure value I-Data_Structure pair I-Data_Structure , O wide B-Application column I-Application , O graph B-Application , O or O document B-General_Concept ) O are O different O from O those O used O by O default O in O relational B-Application databases I-Application , O making O some O operations O faster O in O NoSQL O . O Nodes B-Data_Structure can O be O inserted O into O ternary B-Data_Structure trees I-Data_Structure in O between O three O other O nodes B-Data_Structure or O added O after O an O external B-Application node I-Application . O The O tango B-Data_Structure tree I-Data_Structure is O a O data O structure O proposed O in O 2004 O by O Erik O Demaine O and O others O which O has O been O proven O to O perform O any O sufficiently-long O access O sequence O X O in O time O . O Like O van B-Application Emde I-Application Boas I-Application trees I-Application , O x-fast B-Data_Structure tries I-Data_Structure support O the O operations O of O an O ordered O associative B-Application array I-Application . O Insertion B-Algorithm sort I-Algorithm : O for O each O item O in O the O array B-Data_Structure , O loop O backward O and O find O where O it O needs O to O be O inserted O , O then O insert O it O at O that O position O . O Below O the O array B-Data_Structure a O is O built O iteratively O starting O from O empty O , O and O a.length O represents O the O current O number O of O elements O seen O . O Appending O one O linked B-Data_Structure list I-Data_Structure to O another O can O be O inefficient O unless O a O reference O to O the O tail O is O kept O as O part O of O the O List B-General_Concept structure O , O because O we O must O traverse O the O entire O first O list B-General_Concept in O order O to O find O the O tail O , O and O then O append B-Application the O second O list B-General_Concept to O this O . O The O Farey O sequence O of O order O n O is O the O sorted O sequence O of O fractions O in O the O closed O interval O [ 0 , 1 ] O that O have O denominator O less O than O or O equal O to O n O . O As O in O the O binary O search O technique O for O generating O the O Stern B-Data_Structure – I-Data_Structure Brocot I-Data_Structure tree I-Data_Structure , O the O Farey O sequences O can O be O constructed O using O mediants O : O the O Farey O sequence O of O order O n+1 O is O formed O from O the O Farey O sequence O of O order O n O by O computing O the O mediant O of O each O two O consecutive O values O in O the O Farey O sequence O of O order O n O , O keeping O the O subset O of O mediants O that O have O denominator O exactly O equal O to O n+1 O , O and O placing O these O mediants O between O the O two O values O from O which O they O were O computed O . O Riak B-General_Concept ( O pronounced O " O ree-ack O " O ) O is O a O distributed O NoSQL B-General_Concept Key-value B-Data_Structure data I-Data_Structure store I-Data_Structure that O offers O high O availability O , O fault B-General_Concept tolerance I-General_Concept , O operational O simplicity O , O and O scalability B-Architecture . O Membase B-Operating_System was O developed O by O several O leaders O of O the O memcached B-Application project O , O who O had O founded O a O company O , O NorthScale O , O to O develop O a O key-value B-Data_Structure store I-Data_Structure with O the O simplicity O , O speed O , O and O scalability O of O memcached B-Application , O but O also O the O storage O , O persistence B-Application and O querying O capabilities O of O a O database O . O Round O brackets O ( O parentheses O ) O are O used O with O arrays B-Data_Structure , O both O to O declare O them O and O to O get O a O value O at O a O given O index O in O one O of O them O . O The O space O cost O for O a O vantage-point B-Data_Structure tree I-Data_Structure is O approximately O . O Which O can O be O replaced O with O a O table B-Data_Structure lookup I-Data_Structure : O A O later O simplification O by O Garsia O and O Wachs O , O the O Garsia B-Data_Structure – I-Data_Structure Wachs I-Data_Structure algorithm I-Data_Structure , O performs O the O same O comparisons O in O the O same O order O . O Insertions O and O deletions O may O transiently O cause O an O AA B-Data_Structure tree I-Data_Structure to O become O unbalanced O ( O that O is O , O to O violate O the O AA B-Data_Structure tree I-Data_Structure invariants O ) O . O ( O these O ' O intermediate O values O ' O can O however O be O calculated O beforehand O instead O within O a O subroutine O and O their O values O referred O to O in O the O conditional B-Language table B-Data_Structure entries O . O Attributes O of O an O element B-General_Concept are O represented O as O properties O of O the O element B-General_Concept node B-Data_Structure in O the B-General_Concept DOM I-General_Concept tree O . O Fail-Safe O C B-Language is O an O open-source O memory-safe O ANSI O C B-Language compiler O that O performs O bounds B-Data_Structure checking I-Data_Structure based O on O fat O pointers O and O object-oriented O memory O access O . O Both O the O Scott O and O Tree B-Data_Structure topologies I-Data_Structure exhibit O continuity O with O respect O to O the O binary O operators O of O application O ( O f O applied O to O a O = O fa O ) O and O abstraction O ((λx.t(x ) O ) O a O = O t(a ) O ) O with O a O modular O equivalence O relation O based O on O a O congruency O . O Also O k-d B-Data_Structure trees I-Data_Structure are O always O binary O , O which O is O not O the O case O for O octrees B-Data_Structure . O Thus O the O keys O are O sorted O and O the O duplicates O are O eliminated O in O this O variant O just O by O being O placed O into O the O bit B-Data_Structure array I-Data_Structure . O Sweble B-Application parses B-Language the O Wikitext O and O produces O an O abstract B-Data_Structure syntax I-Data_Structure tree I-Data_Structure as O output O . O If O we O compute O the O gaps O between O adjacent O values O in O a O list O of O strictly O increasing O integers O and O encode O them O using O unary B-Algorithm coding I-Algorithm , O the O result O is O a O bit B-Data_Structure array I-Data_Structure with O a O 1 O bit O in O the O nth O position O if O and O only O if O n O is O in O the O list O . O A O ball B-Data_Structure tree I-Data_Structure is O a O binary O tree O in O which O every O node O defines O a O D-dimensional O ball O containing O a O subset O of O the O points O to O be O searched O . O Dataflow B-Application networks O deliver O the O instruction O tokens O to O the O execution B-General_Concept units I-General_Concept and O return O the O data O tokens O to O the O CAM B-Data_Structure . O Thus O , O early O 3D O modeling O software O like O 3D O Studio O Max O DOS O used O smoothing B-Data_Structure groups I-Data_Structure as O a O way O to O avoid O having O to O store O accurate O vertex B-General_Concept normals I-General_Concept for O each O vertex O of O the O mesh B-Algorithm , O as O a O strategy O for O computer O representation O of O surfaces O . O The O file B-Application system I-Application uses O an O index O table O stored O on O the O device O to O identify O chains O of O data O storage O areas O associated O with O a O file O , O the O File O Allocation O Table O ( O FAT O ) O . O The O table O is O a O linked B-Data_Structure list I-Data_Structure of O entries O for O each O cluster O , O a O contiguous O area O of O disk O storage O . O The O root B-Application directory I-Application of O the O disk O contains O the O number O of O the O first O cluster O of O each O file O in O that O directory B-Application . O Partitioning B-General_Concept , O indexing B-Data_Structure , O caching O , O views O , O OLAP B-Application cubes O , O and O transactional O systems O such O as O write-ahead B-Algorithm logging I-Algorithm or O multiversion B-Operating_System concurrency I-Operating_System control I-Operating_System all O dramatically O affect O the O physical O organization O of O either O system O . O Decompression O can O be O performed O by O reversing O this O process O , O querying O known O placeholder O terms O against O their O corresponding O denoted O sequence O , O per O a O lookup B-Data_Structure table I-Data_Structure . O After O the O desired O number O of O buckets O have O been O produced O , O average O the O pixels B-Algorithm in O each O bucket B-Algorithm to O get O the O final O color O palette B-Data_Structure . O Content-addressable B-Data_Structure memory I-Data_Structure is O often O used O in O computer B-Device networking I-Device devices I-Device . O The O forwarding B-Protocol information I-Protocol base I-Protocol stored O in O content-addressable B-Data_Structure memory I-Data_Structure ( O CAM B-Data_Structure ) O is O initially O empty O . O A O proposed O extension O to O the O TIFF O Standard O allows O non-RGB O color O palettes B-Data_Structure , O but O this O was O never O implemented O in O software O due O to O technical O reasons O . O Other O data B-General_Concept structures I-General_Concept , O such O as O linked B-Data_Structure lists I-Data_Structure , O sacrifice O direct O access O to O permit O efficient O inserts O , O deletes O , O or O re-ordering O of O data O . O Then O , O BK-tree B-Data_Structure is O defined O in O the O following O way O . O This O vector B-Data_Structure is O then O sorted O in O ascending O order O by O a O monadic O ⍋ B-Language function O , O which O has O as O its O right O argument O everything O to O the O right O of O it O up O to O the O next O unbalanced O close-bracket O or O close-parenthesis O . O The O result O of O ⍋ B-Language is O the O indices O that O will O put O its O argument O into O ascending O order O . O