「architectures」の共起表現(1語右で並び替え)

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「architectures」の共起表現一覧(1語右で並び替え)

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the ARRESTED paper on Syndication-oriented	architectures, a RESTful approach to Publish subscribe a
tional art (such as paintings, sculptures,	architectures, and vestimentary art), and contrasting wr
just-in-time compilers for many of the CPU	architectures, and has been ported to more than 70 syste
it is efficient to code, works on parallel	architectures and allows the selection pressure to be ea
), which developed concepts and prototyped	architectures, and the OASIS program, which implemented
omerise, forming multiple self-association	architectures and also binding to various non-SAM domain
velopers, been ported to multiple hardware	architectures and operating systems, and undergone many
y exploit the caches on modern cache-based	architectures, and thus can run orders of magnitude fast
Networked Cultures: Parallel	Architectures and the Politics of Space.
Parallel and VLSI	architectures and algorithms for graphics and visualizat
rportes service, composition and inventory	architectures and any enterprise-wide technological reso
aspects of nature-motivated (bio-inspired)	architectures and unconventional models of computing
National-scale detection	architectures and strategies to address outdoor, indoor
Event-driven	architectures and business activity monitoring detect si
g contributions to wireless sensor network	architectures and communication protocols.
These	architectures are sometimes combined, as in Zaho II wher
While the	architectures are very different, the macro and conditio
Examples of this	architectures are the Arc/Info coverage and Shapefile.
ce and scalability; innovative algorithms,	architectures, compilers, languages and protocols.
nned generations of software applications,	architectures, delivery methods and business models, inc
And as most other	architectures do not support call gates, their use was r
such as mechanically-interlocked molecular	architectures emerging.
On most	architectures, executing such an instruction allows the
teraction, Ambient Intelligence, Cognitive	Architectures, Feature Extraction, Reinforcement Learnin
Artificial intelligence hardware	architectures for the Space Station era: The Texas Instr
hey also develop new hardware and software	architectures for collaborating ecosystems of smart inpu
e library fully supports 32-bit and 64-bit	architectures for many major operating systems, includin
vironments for modelling physical devices,	architectures for adaptive intelligent systems, and expe
s involved in the design of algorithms and	architectures for several radar and sonar signal process
laborating autonomous systems, agent-based	architectures for distributed design and embedded contro
of human space flight and a study of open	architectures for the U.S. Navy.
in the 1990s by an IFAC/IFIP Task Force on	Architectures for Enterprise Integration.
ing the Clean Energy Demand: Nanostructure	Architectures for Solar Energy Conversion Journal of Phy
tion, especially in the areas of cognitive	architectures, human reasoning and learning, cognitive s
In system	architectures in which port I/O and memory are mapped in
For system	architectures in which port I/O is a distinct address sp
describes protein families and domain	architectures in complete genomes.
t is one of the finest examples of British	architectures in Chennai.
mentations of BCPL existed for at least 25	architectures; in 2001 it sees little use.
r Workplace OS to run on several processor	architectures, including PowerPC, ARM, and x86 computers
te efficient code for CISC, RISC, and VLIW	architectures, including MIPS, x86, IA-64, ARM, and othe
The most widely known	architectures involve hierarchy, polyarchy, hetaerarchy
nctional prediction and analysis of domain	architectures is available from the Gene3D website.
t and target processors are from different	architectures), it doesn't.
, Encore Alliant, DEC VAX-11/784, dataflow	architectures, KSR1, Transputers and systolic arrays.
eir versatility in modeling of algorithms,	architectures, languages, protocols and virtually all ki
e following operating systems and hardware	architectures: Linux, Microsoft Windows, IBM / AIX, Hewl
Systems,	architectures, mobility, and networking
r scientist, working on parallel computing	architectures, models, and algorithms.
ace standards (often using XML), reference	architectures, network designs, and hospitality-specific
not necessitate any change to the outdoor	architectures of Simpson's and Eaton's because both stor
ests include coarse-grained reconfigurable	architectures of integrated circuits.
ability to emulate a variety of guest CPU	architectures on many different host platforms.
mming languages, object models and machine	architectures, on a single machine, within a LAN or over
GCL runs under eleven different	architectures on Linux, and under FreeBSD, Solaris, and
ways (XML appliances) that are used in SOA	architectures on-premise or in the cloud.
el computing, the use of advanced-computer	architectures, programming methodology, and tools for pa
more modular, flexible, and reusable site	architectures, shorter development time, and code that i
scito runs efficiently on 32-bit Intel/AMD	architectures since some essential code has been written
aintain a variant language across multiple	architectures, so we took what we learned from it and bu
ich must be malloc'ed before that; on most	architectures stack grows down, so the pointer should po
It runs on many different	architectures such as Amiga, Atari-ST, Mac OS (SCM Mac),
tc. Neuroph supports common neural network	architectures such as Multilayer perceptron with Backpro
ably in many respects from other cognitive	architectures such as ACT-R, Soar, DUAL, Psi, or subsump
Therefore, remote method call	architectures such as CORBA define their serialization f
This is due to	architectures that provide better performance if there a
EMS systems promote loosely coupled	architectures that allow changes in the formats of messa
sting solution for distributed application	architectures that leverage SOA, BPM, integration suites
luation of existing enterprise integration	architectures the Task Force has developed an overall de
In server/client	architectures, the program at the other side may not be
pted to output code for different computer	architectures, the compiler had a long life span.
On modern CPU	architectures, the XOR technique is considerably slower
ers migrate from silo-based or proprietary	architectures to more open, converged systems", and "enc
intended to say something like "Nanokernel	architectures usually have a hardware abstraction layer,
retical studies of parallel algorithms and	architectures, VLSI design and layout, and data structur
rowing complexity of modern microprocessor	architectures, well-designed compilers for high-level la
Their routing software and hardware	architectures were generally considered somewhat faster
tyle is unique in China's ancient Buddhist	architectures, which makes it a must-see in the tour of
ipal research interest is computer network	architectures which includes work on distributed hash ta
the address to the actual operand or data;	architectures which allow more than one register to be u
e i386, DEC Alpha, m68k, PowerPC and SPARC	architectures, with FreeBSD, with Solaris, with IRIX64 6
s life within a space defined by classical	architectures, with a squared pavement which leads the o
compiler could generate efficient code for	architectures with branch predication, such as Intel's I
First, the restoration work could preserve	architectures with cultural and historical value in term
the report of the ANF AppleTalk Tunneling	Architectures Working Group, which he chaired in 1993 an
ser oscillators use multiple-prism grating	architectures yielding very high intracavity dispersions

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「architectures」の共起表現一覧(1語右で並び替え)