「Computational」の共起表現(1語右で並び替え)3ページ目

Weblio 辞書 > 英和辞典・和英辞典 > Computationalの意味・解説 > Computationalに関連した共起表現

意味

例文

類語

共起表現

「Computational」の共起表現一覧(1語右で並び替え)3ページ目

該当件数 : 736件

＜前へ 1 2 3 4 次へ＞

of chart parser mainly used for parsing in	computational linguistics, named for its inventor.
nes of ontological semantics, fuzzy logic,	computational linguistics, and mathematics.
He works in	computational linguistics, artificial intelligence, and
ed international authority in the field of	computational linguistics, serves as hakia's scientific
g, bioinformatics, medical informatics and	computational linguistics.
ical functions, except in certain areas of	computational linguistics.
ID/LP grammars are used in	computational linguistics.
dsmith's research ranges from phonology to	computational linguistics.
In 1984 the journal was renamed	Computational Linguistics.
ecome one of the fundamental formalisms of	computational linguistics.
reasoning, events, information extraction,	computational linguistics.
g) is a probabilistic grammar formalism in	computational linguistics.
Papers are titled "Papers in Phonetics and	Computational Linguistics."
Her theoretical approach shifts the	computational load from words to syntactic structure, an
of algorithms, of differing complexity and	computational load, that can be used for this process.
ACL2 (A	Computational Logic for Applicative Common Lisp) is a so
A	Computational Logic Handbook, with J S. Moore.
ge London since 1975, attaining a chair in	Computational Logic in 1982 and becoming Emeritus Profes
born 1970) is a researcher in the field of	computational logic and neural computation, in particula
tute of Technology in 1970 and his Ph.D in	computational logic at University of Edinburgh in Scotla
ciences as the chair, he formed a company,	Computational Logic Inc., along with others including hi
ion, robotics, set-theoretic approaches in	computational logic, proof and program verification syst
A	Computational Logic, with J S. Moore.
it, which in 1972 became the Department of	Computational Logic, in 1974 was absorbed into the new D
The Center for	Computational Mass Spectrometry (CCMS) is a proteomics c
nstP) is a British physicist, Professor of	Computational Materials Science at Imperial College Lond
activities center on the application of a	computational materials science approach to understand f
USA returning to Daresbury as head of the	Computational Materials Science Group in 1994.
In 2000 he became the Professor of	Computational Materials Science at Imperial College Lond
Beale-Orchard-Hays Prize for excellence in	computational mathematical programming from the Mathemat
Arieh Iserles (born 2 September 1947) is a	computational mathematician, currently Professor of the
one son, Malcolm, who became Professor of	Computational Mathematics at Cardiff University.
	Computational Mathematics
l Engineering, Mathematics and Applied and	Computational Mathematics at Princeton University.
The Brunel Institute of	Computational Mathematics is a research institute at Bru
tor of Acta Numerica and of Foundations of	Computational Mathematics, Editor-in-Chief of IMA Journa
(1986) Second International Conference on	Computational Mathematics, Benin (Nigeria)
He founded the tradition for numerical	computational mathematics, which has lasted up to modern
tions of women in the fields of applied or	computational mathematics.
pecially within the Program in Applied and	Computational Mathematics.
complexity theory, quantum computing, and	computational mathematics.
, Numerical Algorithms, and Foundations of	Computational Mathematics.
he chair of the Society for Foundations of	Computational Mathematics.
the director of the Program in Applied and	Computational Mathematics.
research sponsored by Michelin at the Duke	Computational Mechanics Laboratory (DCML) and was prepar
om ASCE, the Melville Medal from ASME, the	Computational Mechanics Award from the Japan Society of
s a Member of the IUTAM Working Party 5 on	Computational Mechanics and serves on numerous organizat
	Computational mechanics
trumental in setting up the association of	computational mechanics in engineering (ACME) for the Un
rallel Processing in Structural Mechanics,	Computational Mechanics Advances, Vol.
Fellow of the International Association of	Computational Mechanics, 1998.
interest included crash safety, shock and	computational mechanics.
t design, structural mechanics and advance	computational mechanics.
He is the director of the UM Center for	Computational Medicine & Biology and the Proteomics Alli
of Michigan and is part of the Center for	Computational Medicine and Bioinformatics.
t provides software tools for working with	computational meshes, finite element variational formula
Homology modeling is a	computational method to build tertiary structures from a
A	computational method, IPRO, recently predicted mutations
Ferziger, J. H. and Peric, M.,	Computational Methods for Fluid Dynamics, 2nd ed., Sprin
	Computational Methods
analyses the biology of micro-RNA's using	computational methods and develop tools that are useful
by the fact that they are compilations of	computational methods of practical astronomy.
	Computational Methods in Biomedical Research (2008) with
he recent explosion of epigenome datasets,	computational methods play an increasing role in all are
His laboratory has also developed novel	computational methods to improve efficiency and applicab
	Computational Methods in Nonlinear Mechanics, North-Holl
His research group is using	computational methods to understand the human genome and
ermore, there has also been development of	computational methods to calculate thermodynamic paramet
The Center develops	computational methods to effectively access and integrat
elberg Graduate School of Mathematical and	Computational Methods for the Sciences (HGS MathComp).
observations to verify the accuracy of the	computational methods then in use.
	Computational methods employed include simulated anneali
elberg Graduate School of mathematical and	computational methods for the sciences since November 20
and for the development and application of	computational methods engineering problems in particular
lty for the Navy was developing high-speed	computational methods, and he was a pioneer in using com
For	computational methods, see Nucleic acid structure predic
ered the development of more sophisticated	computational methods, called ab initio quantum chemistr
copy, dual polarisation interferometry and	computational methods, coupled with the recognition of t
ation chemistry, supramolecular chemistry,	computational methods, inorganic materials science, inor
cognition using theoretical, empirical and	computational methods.
s feasible using modern quantum mechanical	computational methods.
Dr. Sterling is working on a revolutionary	computational model called ParalleX, an advanced message
This	computational model was proposed by Manindar Agrawal (Pr
A	computational model is a mathematical model in computati
The MGS	computational model is a generalisation of cellular auto
In the	computational model which assumes that the floor functio
mmo 1983: Two-level morphology : a general	computational model for word-form recognition and produc
his basic machine B is an extremely simple	computational model equivalent to the Turing machine.
ed Turing machine, ATM) are a hypothetical	computational model related to Turing machines that allo
eveloped the first large scale agent-based	computational model, the Sugarscape, to explore the role
developed new methods for mathematical and	computational modeling and expanded the use of mathemati
	Computational modeling has been used since that time to
more than 170 articles on theoretical and	computational modeling of materials using various types
His expertises are on Theoretical and	computational modeling of language, specifically: Comput
ses experimental research, in concert with	computational modeling of materials properties, material
eloping better software infrastructure for	computational modeling in systems biology.
, free-surface, and turbulent flow through	computational modeling, and his invention of completely
Moreover, GWT lends itself well to	computational modeling.
ists involved with materials phenomena and	computational modeling.
s, particularly acetylcholine, and for his	computational modelling work on the hippocampus and pref
erdisciplinary Centre for Mathematical and	Computational Modelling.
guage generation, spoken dialogue systems,	computational models of discourse, intelligent tutoring
l issues in the physics of computation and	computational models of physics.
ouncil to carry out the project CompMusic (	Computational models for the discovery of the world's mu
Dennis Bray moved in Cambridge to develop	computational models of cell signaling, in particular in
Supercells are also commonly used in	computational models of crystal defects, in order to all
Examples of common	computational models are weather forecasting models, ear
on-western music repertories and formulate	computational models to represent culture specific music
hastic perturbations-implies that explicit	computational models may in some cases provide more accu
th the resulting data being used to create	computational models to yield further insight into langu
2002 to pioneer a new approach: to develop	computational models using the genotype and a wide range
well as animal behavioral experiments and	computational models.
experimentally solved structures and from	computational models.
PGIPs, and these have been included in the	computational models.
ring Algorithms: A Survey", In Handbook of	Computational Molecular Biology, Edited by Srinivas Alur
Science and Director of the Institute for	Computational Molecular Science in the College of Scienc
He is also interested in	Computational Musical Analysis and Combinatory Logic.
"A Mathematical Approach to	Computational Network Design", Chapter 1 in Systolic Sig
theory of quantum logic gates and quantum	computational networks, the first quantum error-correcti
Aachen, Germany) is a scientist working in	computational neurobiology, robotics and computer vision
r Alexander Borst's department Systems and	Computational Neurobiology.
Gatsby	Computational Neuroscience Unit
Main article:	Computational neuroscience
University, and received her doctorate in	computational neuroscience from the University of Oxford
His work focuses on	computational neuroscience - the connection between the
cies identification system and a number of	computational neuroscience projects.
ia at Harvard Medical School, Professor of	Computational Neuroscience at the Massachusetts Institut
ies in rhythm generation, neuromodulation,	computational neuroscience and dynamic clamp technique.
That began his journey in the fields of	computational neuroscience, theoretical cognitive scienc
ng and robotics through to expert systems,	computational neuroscience, memory through to the semant
In	computational neuroscience, the center has developed a m
the Chairman of The Swartz Foundation for	Computational Neuroscience.
n a growing interest among theoretical and	computational neuroscientists, since it provides a mathe
y topics on "experimental, theoretical and	computational nuclear science, and its applications and
In	computational number theory, the factor base is a mathem
Apart from	computational number theory and primality testing, he ha
March 18, 1991 to encourage research into	computational number theory and the practical difficulty
er scientist who has made contributions to	computational number theory.
x component of a European Union project on	Computational Optimization Methods in Statistics, Econom
A dry lab is a laboratory where	computational or applied mathematical analyses are done
They can be fixed, mechanical, optical,	computational, or a mixture of all of these attributes.
She has co-edited several books in the	computational organizations and dynamic network area.
was an important precursor to the field of	computational origami.
High performance with minimum	computational overhead.
entor of finite-state two-level models for	computational phonology and morphology and a professor o
of the Austronesian language family using	computational phylogenetic methods.
ylogenetic Analaysis Using Parsimony) is a	computational phylogenetics program for inferring evolut
Main article:	Computational phylogenetics
r of input sequences are constructed using	computational phylogenetics methods.
In	computational phylogenetics, generalized tree alignment
into a tree, but have most applications in	computational phylogenetics, especially in maximum parsi
s working on experimental, theoretical and	computational physical chemistry of small molecules in t
Gary S. Grest is a	computational physicist at Sandia National Laboratories.
xcitation Spectra of Crystals", Methods in	Computational Physics (Academic Press) 8: 33-61, ISSN 00
He is also author of a	computational physics textbook, Markov Chain Monte Carlo
rd for Outstanding Doctoral Thesis Work in	Computational Physics is awarded annually by the America
1999 Aneesur Rahman Prize for	Computational Physics
He received the Aneesur Rahman Prize for	Computational Physics from the American Physical Society
This is the highest award in	computational physics given by the American Physical Soc
2002 Aneesur Rahman Prize for	Computational Physics from the American Physical Society
In	computational physics and chemistry, the Hartree-Fock (H
rved on the editorial boards of Journal of	Computational Physics, the Journal of Scientific Computi
egrals often arise in Bayesian statistics,	computational physics, computational biology and computa
It covers specifically	Computational Physics, Physical Computation and related
Mathematics, Applied Mathematics,	Computational Physics, Particle physics, Medical Physics
the American Physical Society for work in	computational physics, and was elected to the United Sta
undergraduate concentrations in optics and	computational physics, and innovated a B.A. degree for s
He won the Aneesur Rahman Prize for	Computational Physics.
l is typically applied with as much 25,000	computational points over periods of several years or ev
ly meant to help scientists understand the	computational power available to them and to increase co
in biophysics by employing ever-increasing	computational power to further the understanding of the
Polaris requires little	computational power at match time, so it is run on an Ap
is an important test case in measuring the	computational power of cellular automaton systems.
ons using an inexpensive webcam, using the	computational power of the PlayStation 2 to implement co
cess to large numbers of machines, both to	computational power and data.
led Horn clause logic and is equivalent in	computational power to a universal Turing machine.
Once	computational power was readily available, it became pos
such as neutron diffraction) and available	computational power, the latter of which has enabled ext
n for analysis but at the expense of extra	computational power.
The	computational principles developed at Alexandria eventua
For the	computational problem, see 3SUM.
, closest string is the name of an NP-hard	computational problem, which tries to find the geometric
The algorithm is a problem-solving	computational procedure similar to those used by search
An action forms an abstraction of a	computational procedure which is an atomic execution and
for precisely describing systems in which	computational processes interact with physical processes
methods for the specification of data and	computational processes in general.
683 CE), though simplified the	computational processes, required long tables of numbers
structural genomics pipelines, developing	computational protein structure prediction methods, orga
Using	computational protein design scientists have for the fir
director of the Human Neuroimaging Lab and	Computational Psychiatry Unit at the Virginia Tech Caril
lvez and at the Lisa-Meitner Institute for	Computational Quantum Chemistry, Hebrew University of Je
s developed by Peter Pulay in the field of	computational quantum chemistry with the intent to accel
inceton University in 1985, and a Ph.D. in	computational quantum chemistry from the University of C
unded the center in 1987 as the Center for	Computational Quantum Chemistry.
Center for	Computational Relativity and Gravitation at the Rocheste
ct of R. G. Munck's document, "Meeting the	Computational Requirements of the University, Brown Univ
supply most of the (non-computer science)	computational requirements of the university."
	Computational Research Laboratories (CRL) is a company f
cience Foundation (NSF) Panels on Advanced	Computational Research, Geometric, Symbolic and Numeric

＜前へ 1 2 3 4 次へ＞

共起表現

「Computational」の共起表現(1語右で並び替え)3ページ目 - Weblio英語共起表現検索

「Computational」の共起表現一覧(1語右で並び替え)3ページ目