, 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
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