「computations」の共起表現一覧(1語右で並び替え)

computations

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該当件数:86件

  • W. Hibbard, Visualizing Scientific Computations: A System based on Lattice-Structured Data
  • vice routine in 1965, is necessary when two computations A and B use the same routine S; a protected
  • These results, including the drag computations, allow managers to prioritize activities fo
  • olve separately for the zenith delay in GPS computations also solving for station coordinates and re
  • reinovich, Vladik: Applications of interval computations: an introduction.
  • the armillary sphere in aiding calendrical computations and calculations.
  • It uses average yearly data in its computations, and focuses on only two major pollutants -
  • The server executes CPU demanding computations and operations that require system privileg
  • W. Hibbard, VisAD: Connecting people to computations and people to people, Computer Graphics 32,
  • n application by accepting data, performing computations and generating outputs.
  • ation of Near-Earth asteroids (NEAs), orbit computations, and observations.
  • Relations of topology, physics and computations are considered by Baez and Stay (2009).
  • hysis that has support for 3D, although all computations are done in 2D space.
  • tional ring is established in this way, all computations are of elements of this ring.
  • Computations are described in this model by changes in t
  • concentrations over which the optical depth computations are valid depends on the training datasets
  • Computations are made by means of beads which would prob
  • In domains where computations are expected to be infinite, such as proces
  • ncy did not determine particular concurrent computations as follows: The Actor model makes use of ar
  • o provide efficient and robust tool for FEM computations as well as to offer highly modular and exte
  • Computations based on a numerical model of the solar sys
  • ating machines, including Campbell diagrams computations, blades loss, engine start-up... based on 1
  • the Gomory-Hu tree requires n − 1 max flow computations, but the algorithm requires an overall O(kn
  • putational irreducibility-that some complex computations cannot be short-cutted or "reduced", is ult
  • rs emphasize that their model of concurrent computations cannot implement any functions that are out
  • numerical tables required for astronomical computations could be represented as verses and memorize
  • hematical model that describes the possible computations described by the language.
  • electronic computer to automate ballistics computations during WWII.
  • Cui stated, "[Zhang Heng's] mathematical computations exhausted (the riddles of) the heavens and
  • lly exploit the parallelism inherent to the computations expressed by some of the language's constru
  • thematical functions, the project did large computations for sciences, including the physicist Hans
  • ion variables and replace them with simpler computations; for example, the code above could be rewri
  • ise, at least one of the machine's possible computations from that configuration puts the machine in
  • However, modern computations have concluded that the methodology used to
  • The computations here are much more complex.
  • cronym which stands for Advanced System for Computations in ENgineering Design.
  • Springer as volume 19 of the Algorithms and Computations in Mathematics series.
  • aic number theory, performing sophisticated computations in algebraic number fields, in global funct
  • Computations in the field of biology are done in order t
  • ralized form is in Markov chain Monte Carlo computations in the context of Bayesian statistics.
  • ssertions and the astronomical concepts and computations in the great treatise Tantrasamgraha of Nil
  • cated to basic and advanced design and load computations inside Wind Turbines.
  • ped by his group on collision and geometric computations, interactive rendering, and GPU-based algor
  • Fusion of these two recursive computations into a single recursive pattern then avoids
  • The Parahita system of astronomical computations introduced by Haridatta (ca.
  • The complexity of all computations is
  • A list of papers resulting from AQUA@Home's computations is available online .
  • 10x algorithmic improvements in lattice gas computations, landmark CFD accuracies, and correction of
  • by inferior parietal regions, while on-line computations, like subtraction are mediated by the intra
  • write endless rows of [zeros] and engage in computations more involved than the most difficult probl
  • ightly alter these data, but also makes the computations more difficult.
  • that accelerated the "inner-loop" geometric computations needed to display three-dimensional images.
  • Tif'eret Yisrael, on the computations of the new moon ("moladot")
  • resents sample results of space-time hp-FEM computations of time-dependent single- and multiphysics
  • Non-observational work focuses on computations of close approaches of asteroids with the E
  • ed primitives that perform simple algebraic computations on their coordinates: in these models, the
  • s a package that is capable of doing formal computations on recursive types at high speed; it is pri
  • minates effects of numerical diffusion, for computations on Eulerian grids, without the use of Lagra
  • hub and Stephen Smale, intended to describe computations over the real numbers.
  • Long interested in astronomical computations, particularly those involving returning per
  • rate at a higher frequency, performing more computations per second.
  • l Methods Laboratory which makes scientific computations possible online.
  • hat, An Introduction to Parallel Scientific Computations, Postgraduate Studies in Supercomputing, ed
  • achines makes feasible a whole new range of computations; provided mathematicians pursue these rathe
  • rations include accurate ballistic and wind computations provided by the navigator, and precision in
  • xiliary" board, to perform the mathematical computations required for simulating a 3D environment.
  • Although the necessary computations required for a variable rules analysis can
  • For a detailed discussion of the paschal computations, see Computus.
  • The computations show several mistakes.
  • The following computations show how the above frequencies for 7-card l
  • Computations show that the conversion of 1 too is an exe
  • ks based on measuring how much time various computations take to perform.
  • t and Agha 1991; Hewitt 2006b]; this allows computations that cannot be implemented by Turing Machin
  • A and B, not only with each other, but with computations that use the result of the cons call, until
  • tational geophysics entails rapid numerical computations that help analyses of geophysical data and
  • ing machine (NTM) with a rule for accepting computations that generalizes the rules used in the defi
  • imitives for input scanning and affix value computations to be expressed directly.
  • uding constant folding, which may move some computations to compile time.
  • ll compute balance (ratio of floating-point computations to floating-point memory cells used) of thi
  • od played a very strong role in large scale computations using the augmented plane wave (APW) method
  • internals of arbitration processes of Actor computations, we await outcomes.
  • Finally, some POW systems offer shortcut computations which allow participants who know a secret,
  • The comparison of the results of the computations with the experimental data supplies the val
  • is a computer algebra system for polynomial computations with special emphasis on the needs of commu
  • iginal construction does not lend itself to computations with other homology theories since there is