Scientific Applications Of The Connection Machine (2nd Edition)

Inbunden, Engelska, 1991

2 989 kr

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The Connection Machine is one of the first commercially available machines which allows users to explore massive parallelism for the solution of large scale engineering and scientific applications. The CM2 features up to 64,000 processors. This is parallelism on an unprecedented scale which opens up new areas of computational science. Because of the overwhelming response to the first edition, a new edition has been prepared. New papers which document recent developments are added, bringing the volume up-to-date.

Produktinformation

Utgivningsdatum1991-12-01
FormatInbunden
SpråkEngelska
Antal sidor412
Upplaga2
FörlagWorld Scientific Publishing Co Pte Ltd
ISBN9789810209285

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Finite-difference seismic modeling in real time, J. Myczkowski, et al; compiler parallelization of an elliptic grid generator for 1990 Gordon Bell Prize, G. Sabot, et al; an assessment of the connection machine, R. Schreiber; development of an Euler code on a connection machine, R.K. Agarwal and J.L. Richardson; the giant-Fourier-transform, S. Bershader, et al; pure gauge QCD on the connection machine, R.G. Brickner and C.F. Baillie; 3D image synthesis on the connection machine, F.C. Crow, et al; dynamic finite element simulations on the connection machine, C. Farhat, et al; totally parallel multilevel algorithms, P.O. Frederickson; molecular dynamics algorithm on the connection machine, D.L. Greenwell, et al; fast Fourier transform algorithm design and trade-offs on the CM-2, R.A. Kamin III and G.B. Adams III; grid communication of the connection machine - analysis, performance, and improvements, C. Levit; a three-dimensional Navier-Stoker method for the connection machine, L.N. Long; connection machine application performance, O.A. McBryan; benchmarking and performance analysis of the CM-2, D.W. Myers and G.B. Adams III; Kanerva's sparse distributed memory - an associative memory algorithm well-suited to the connection machine, D. Rogers; a connection machine implementation of tracer particle flow visualization, J.B. Salem and J.A. Sethian; parallel matrix multiplication on the connection machine, W.F. Tichy; the preconditioned conjugate gradient method on the connection machine, C. Tong, et al.