Hypercube and Distributed Computers
Workshop Proceedings
Published in September 1989
Book
Hardback
404 pages
978-0-444-88086-4 (ISBN)
Description
Various aspects of hypercube and distributed computing are covered in this volume, the result of a Workshop organized by the INRIA - Rennes - IRISA Research Center. The research papers are arranged in the following categories: non-numerical algorithms, partial differential equations, tools and environment, basic algorithms in linear algebra, languages and operating systems, neural networks, linear algebra and scientific computing, and interconnection networks.
Various aspects of hypercube and distributed computing are covered in this volume, the result of a Workshop organized by the INRIA - Rennes - IRISA Research Center. The research papers are arranged in the following categories: non-numerical algorithms, partial differential equations, tools and environment, basic algorithms in linear algebra, languages and operating systems, neural networks, linear algebra and scientific computing, and interconnection networks.
Various aspects of hypercube and distributed computing are covered in this volume, the result of a Workshop organized by the INRIA - Rennes - IRISA Research Center. The research papers are arranged in the following categories: non-numerical algorithms, partial differential equations, tools and environment, basic algorithms in linear algebra, languages and operating systems, neural networks, linear algebra and scientific computing, and interconnection networks.
More details
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Illustrations
Illustrations
Dimensions
Height: 230 mm
ISBN-13
978-0-444-88086-4 (9780444880864)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Content
Non-Numerical Algorithms. Component Labelling on a Distributed Memory Multiprocessor (H. Embrechts, D. Roose, P. Wambacq). Dynamic Programming on a Ring of Processors (S. Miguet, Y. Robert). Partial Differential Equations. Parallel Multigrid Solver for 3D Anisotropic Elliptic Problems (U. Gartel). Parallel Solution of Tridiagonal Linear Systems (A. Krechel, H.-J. Plum, K. Stuben). A Comparison of Parallel Multigrid Strategies (S. Vandewalle, R. Piessens). Tools and Environment. LOTOP - A Load Generator for Parallel Computers (T. Bemmerl, P. Hofstetter, T. Ludwig). Communication Benchmarks for the iPSC/2 (L. Bomans, D. Roose). A Control Replay Scheme for Distributed Systems (J.-L. Pazat). Basic Algorithms in Linear Algebra. Updating and Downdating the Inverse Cholesky Factor on a Hypercube Multiprocessor (E. Chu, A. George). Parallel Triangularization of Sparse Matrices on Distributed Memory Multiprocessors (J. Duato, J. Pons). Computing a Rank-Identifying QR Factorization on a Distributed-Memory Multiprocessor (C.H. Bischof). Languages and Operating Systems. S: The CHEOPS Operating System (J.M. Lepine, F. Rubi). Mapping Programs on Regular Distributed Architectures (G.-R. Perrin, P. Clauss, S. Damy). A Language for the Design of Regular Parallel Algorithms (P. Gachet et al.). Neural Networks. Parallel Implementations of Neural Network Simulations (A. Petrowski et al.). Parallelization of a Neural Learning Algorithm on a Hypercube (J. Bourrely). Linear Algebra and Scientific Computing. Distributed Block Algorithms for the Triangular Sylvester Equation with Condition Estimator (B. Kagstrom, P. Poromaa). Scientific Parallel Computing with Transputers Networks (A. Cosnuau). Embedding a Honeycomb Topology onto a Hypercube (D. Deserable, Y. Dupont). Interconnection Networks. De Bruijn and Kautz Networks: A Competitor for the Hypercube? (J.-C. Bermond, C. Peyrat). Efficient Communication in Polynode Systems (K.T. Malowaniec et al.). Performance Analysis of Broadcasting in Hypercubes (P. Fraigniaud). How to Use an Incomplete Binary Hypercube for Fault Tolerance (M. Sultan Alam, R.G. Melhem). Posters.