「Computational」の共起表現(1語右で並び替え)

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「Computational」の共起表現一覧(1語右で並び替え)

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The story can then continue with the	computational abilities of DNA coding, onward and upward
rationality, emphasizing people's limited	computational abilities.
Deciding is a	computational activity, something that can ultimately be
llaborative filtering, sentiment analysis,	computational advertising (online ad placement).
a small firm that provided statistical and	computational advice to the DC research community.
al, economic, and biological systems using	computational agent based models and nonlinear dynamical
gical structure through the interaction of	computational agents.
system is produced and distributed by the	Computational Algebra Group within the School.
Magma is produced and distributed by the	Computational Algebra Group within the School of Mathema
Buchberger's algorithm, in	computational algebraic geometry and computational commu
The CLEAN algorithm is a	computational algorithm to perform a deconvolution on im
om fundamental theoretical methodology and	computational algorithm to numerical applications, such
It is thus necessary to use a	computational algorithm (which depends on the precise co
known for developing the most widely-used	computational algorithm for calculating macroeconomic eq
The	computational algorithms have been completely redesigned
nt field theory that is the basis for many	computational analyses of polymer adsorption.
ological Aspects of the Dungan Dialects //	Computational Analyses of Asian and African Languages."
He is a leading	computational analyst, well known for his contributions
in mathematics and the social, biological,	computational, and physical sciences.
He is a consulting assistant professor of	computational and mathematical engineering at Stanford U
cal genius was predominantly algebraic and	computational and that it eschewed proofs and rationales
His research comprises many themes in	computational and applied mathematics: ordinary and part
Engquist currently holds the	Computational and Applied Mathematics Chair I at the Ins
tor, and co-editor-in-chief of the journal	Computational and Mathematical Organization Theory.
nd Research Professor in the Department of	Computational and Applied Mathematics at Rice University
His research field is	computational and applied mathematics and numerical meth
	Computational and Systems Biology
	Computational and Theoretical Neuroscience
tor, and co-editor-in-chief of the journal	Computational and Mathematical Organization Theory.
ehavioral finance, free boundary problems,	computational and analytical phase field models, renorma
ute addresses many of the most challenging	computational and communications problems facing Grid im
The compound was characterized by	computational and spectroscopic techniques and found to
Associate Editorship of the Journal of	Computational and Theoretical Nanoscience, numerous Gues
This brings about	computational and storage problems during implementation
CPN provides a forum for the discussion of	computational and experimental NMR techniques.
Melnik is an expert in	computational and applied mathematics with a number of i
EMSL's collection of	computational and experimental capabilities allows resea
re is then the hierarchical composition of	computational and structural patterns, which is subseque
d by the School are supported by extensive	computational and experimental facilities such as the la
In 1991, he became Associate Director for	Computational and Information Sciences.
are particularly amenable to complementary	computational and experimental study using phi value ana
warhead materials, the cost of large-scale	computational and experimental resources, and its effect
and supported by multiple divisions, with	computational and engineering integrated across the bios
mospheric scientist interested in applying	computational and information systems to facilitate disc
be said about arbitrary processes; and (2)	computational applications rarely exhaust the whole of a
tation of cognitive software agents, their	computational applications, and their use in cognitive m
He also established	computational approach to math, science, and technology
Symbolic	computational approaches to creating intelligent machine
structures, and those predicted by several	computational approaches.
clude four computer suites, a gymnasium, a	computational arts lab, a library and free parking for s
research and development in linguistic and	computational aspects of Urdu and other languages of [[P
He is a	computational astrophysicist who studies the growth of s
er and adaptive mesh refinement applied to	computational astrophysics over the last several decades
ety (APS) in 2003 for his contributions to	computational astrophysics and named a Fellow.
he author of over 260 research articles on	computational atomic theory, many of which became citati
Although	computational barriers are vast, the potential benefits
Although these	computational barriers are vast, the potential benefits
Ideally, this would be done with the	computational basis state
Richard Bonneau is an American	computational biologist who studies methods to analyze s
SANBI was founded in 1996 by	computational biologist Winston Hide, the founding direc
Chris P. Ponting is a British	computational biologist, specializing in the evolution a
pmental psychologist and the father of the	computational biologist, Martin Frith, and the children'
December 25, 1975) is an Iranian American	computational biologist, medical geneticist and evolutio
Genomatix Software GmbH is a	computational biology company headquartered in Munich, G
bility of scientists of the Structural and	Computational Biology Group at the Center for Neuroscien
However, with the rise of	computational biology and genomics, proteins have become
oratory robot created and developed by the	Computational Biology research group at Aberystwyth Univ
	computational biology
	Computational biology
o the fields of synthetic biochemistry and	computational biology as pioneers in the de novo design
International Society for	Computational Biology
PLoS	Computational Biology 5 (4): e1000375.
PLoS	Computational Biology 3 (6): e128.
versity, California, since 1987 working in	computational biology and bioinformatics.
niversity (1999, 2001), and his Postdoc in	Computational Biology from University of Southern Califo
Gonville and Caius College, Cambridge (PhD	Computational Biology 1972).
The Center for	Computational Biology (CCB) is an NIH-funded center part
The Journal of	Computational Biology is a peer-reviewed scientific jour
e awarded by the International Society for	Computational Biology for contributions to the field of
g, Functional Programming, Formal Methods,	Computational Biology and Bioinformatics.
f problems related to molecular, cell, and	computational biology including genomics, proteomics, bi
Dendrograms are often used in	computational biology to illustrate the clustering of ge
established to develop, implement and test	computational biology methods for modeling, representati
irectors for the International Society for	Computational Biology since January 2005 (term ending De
department at NSU to offer an emphasis in	computational biology or bioinformatics.
EN Project by the UA.PT Bioinformatics and	Computational Biology group at the University of Aveiro.
or 2009 from the International Society for	Computational Biology".
fellow of ISCB (International Society for	Computational Biology).
ganized by ISCB (International Society for	Computational Biology).
and reagents, bioinformatics software and	computational biology, toxicology, and several organism
In	computational biology, de novo protein structure predict
ems Biology most often were PLoS ONE, PLoS	Computational Biology, Molecular Systems Biology, BMC Sy
ugh many universities now have programs in	computational biology, there does not yet seem to be a s
Ajay Royyuru, head of	computational biology, IBM
e of topics covering Software Engineering,	Computational Biology, Security, and Formal Methods.
rchers in the fields of bioinformatics and	computational biology, and has extensive research histor
l journal of the International Society for	Computational Biology, together with PLoS Computational
His research interests include	computational biology, geometric modeling, image process
amacho and Chao Zhang at the Department of	Computational Biology, University of Pittsburgh, PA.
ogy, parasitology, genomics, virology, and	computational biology.
milton Memorial Prize for Contributions to	Computational Biology.
His current research interests are in	computational biology.
ting on the subjects of bioinformatics and	computational biology.
matics is a subfield of bioinformatics and	computational biology.
ded as one of the pioneers in the field of	computational biology.
tems biology, and other research involving	computational biology.
blishing original research and software in	computational biology.
ds of systems biology, bio-informatics and	computational biology.
r academic journals on analog electronics,	computational biophysics and planetary paleogeochemistry
Dr. States also contributed to	computational biophysics as an author of the CHARMM mole
The	Computational Brain Atlas is developed by the CCB as par
	Computational Brain Atlas
The	Computational Brain.
Nayar developed the concept of	computational cameras and is a leading researcher in the
of computer vision, computer graphics and	computational cameras.
Its	computational capabilities allow for a complex chemical
The	computational capabilities of CHEMKIN allow for a comple
1st century technologies, state-of-the-art	computational capabilities, and expanded data
called Laboratory Facilities, a Theory and	Computational Center, and a set of advanced endstations
This raises the	computational challenge for the processing and integrati
he goal is to understand the cognitive and	computational characteristics of dynamic interactive rep
	Computational chemical methods in solid state physics fo
ere, he began working with theoretical and	computational chemical physics, which is what he would d
Norman "Lou" Allinger is an American	computational chemist and Distinguished Research Profess
The Center for	Computational Chemistry (CCC) is a research center in th
esearch articles and reports in chemistry,	computational chemistry and computer science.
ublished in 1983, is widely implemented in	computational chemistry software packages and often used
2011, TeraChem is the only GPU-accelerated	computational chemistry software that offers substantial
kage, is a suite of programs for ab initio	computational chemistry calculations.
TeraChem is the first	computational chemistry software program written complet
	Computational chemistry predicts that more oxygen chain
Journal of	Computational Chemistry 24 (12): 1432-1436.
Research at the CCC employs	computational chemistry to elucidate and/or correlate ma
was formerly the editor of the Journal of	Computational Chemistry and one of the editors of the En
s has been followed by more recent work on	computational chemistry and symbolic calculation.
Computer-assisted drug design uses	computational chemistry to discover, enhance, or study d
The Centre for Theoretical and	Computational Chemistry (CTCC) was founded by the Norweg
Weston T. Borden is professor of	Computational Chemistry and Welch Chair in Chemistry at
ystem in the field of molecular modelling,	computational chemistry and computational biology.
groundbreaking basic work in the field of	computational chemistry and structural biology already i
imulations, 3D graphics, image processing,	computational chemistry etc.
development of one of the most widely used	computational chemistry packages, the Gaussian(tm) suite
ectronic Structure Theory) is an ab initio	computational chemistry package for performing high-leve
He was a founder of the Q-Chem	computational chemistry program.
raries while working at Sun, and worked on	computational chemistry software for Pfizer in 2001.
The Journal of Theoretical and	Computational Chemistry' (JTCC) was founded in 2002 and
Dr. Borden's research focuses on	Computational Chemistry, Organic Chemistry, and Organome
Klein's research in	computational chemistry, particularly statistical mechan
Much of this may be categorized as	computational chemistry, although computational chemistr
He has published more than 25 works in	computational chemistry, computational geometry, compute
l covering developments in theoretical and	computational chemistry, as well as their applications t
He is known for his work in	computational chemistry, molecular modeling and bioinfor
In	computational chemistry, orbital-free density functional
n for his pioneering efforts in the use of	computational chemistry, especially molecular mechanics,
is noted for developing new methodology in	computational chemistry, including the 6-31G* basis set
He is considered a pioneer in the field of	computational chemistry.
His main area of study centres on	computational chemistry.
This article is about a method in	computational chemistry.
research in the fields of theoretical and	computational chemistry.
After retirement he keeps working in	computational chemistry.
quantum chemistry methods in the field of	computational chemistry.
ation of molecular electronic structure in	computational chemistry.
ediation, inorganic chemical analysis, and	Computational chemistry.
otein-ligand interactions also by means of	computational chemistry.
The labs will include computer animation,	computational cinematography, autonomous interactive cha
ul E. Newton Associate Professor and Head,	Computational Cognitive Science Group (Department of Bra
Passau, researching in cryptography and in	computational commutative algebra.
	Computational Commutative Algebra II, by Martin Kreuzer
	Computational Commutative Algebra I, by Martin Kreuzer a
DNA sequencing and	computational comparisons of sequences is now generally
networks, these graphs are of interest in	computational complexity theory, because a number of sta
tablished the foundations for the field of	computational complexity theory" (Hartmanis and Stearns,
In the context of	computational complexity theory, multitrees have also be
puter science at CMI has been primarily in	computational complexity theory, specification and verif
type theory and constructive mathematics,	computational complexity theory, and algorithmics.
cal and horizontal directions, due to high	computational complexity of the task.
esign of algorithms, together with work on	computational complexity theory, cryptography, coding th
o answer many of the important problems in	computational complexity theory.
Goldwasser's research areas include	computational complexity theory, cryptography and comput
iptive complexity theory relates logics to	computational complexity
is is a conceptually simple operation, the	computational complexity of the step can be non-trivial:
problems, which are of special interest in	computational complexity theory.
re parsing algorithms of a higher order of	computational complexity than those used for basic CFGs.
In	computational complexity theory, a sparse language is a
irector strings is one method by which the	computational complexity of beta reduction can be optimi
tribution sorting algorithm showing linear	computational complexity O(n) for uniformly distributed
He has made several contributions to	computational complexity and his research work is an int
athematics as pertains to computation, and	computational complexity theory.
In	computational complexity theory, this is also the name o
atching is a well-known NP-hard problem in	computational complexity theory.
ics, function theory, continuum theory and	computational complexity theory.
The attack shows a	computational complexity of 282 and with negligible memo
analyze the complexity of algorithms (see	computational complexity theory).
terests have been broad-ranging, including	computational complexity theory, database theory, VLSI d
rossing sequences is carried out, e.g., in	computational complexity theory.
being a simply defined graph invariant the	computational complexity of which is open, though it app
In	computational complexity theory, #SAT, or Sharp-SAT, a f
In	computational complexity theory, an alternating Turing m
The	computational complexity of the Graph Sandwich Problem i

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「Computational」の共起表現一覧(1語右で並び替え)