Paradigms for Fast Parallel Approximability

Paradigms for Fast Parallel Approximability

Paperback Cambridge International Series on Parallel Computation

By (author) Josep Diaz, By (author) Maria Serna, By (author) Paul Spirakis, By (author) Jacobo Toran

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  • Publisher: CAMBRIDGE UNIVERSITY PRESS
  • Format: Paperback | 168 pages
  • Dimensions: 170mm x 241mm x 10mm | 295g
  • Publication date: 30 July 2009
  • Publication City/Country: Cambridge
  • ISBN 10: 0521117925
  • ISBN 13: 9780521117920
  • Edition: 1
  • Illustrations note: 32 b/w illus.

Product description

Various problems in computer science are 'hard', that is NP-complete, and so not realistically computable; thus in order to solve them they have to be approximated. This book is a survey of the basic techniques for approximating combinatorial problems using parallel algorithms. Its core is a collection of techniques that can be used to provide parallel approximations for a wide range of problems (for example, flows, coverings, matchings, travelling salesman problems, graphs), but in order to make the book reasonably self-contained, the authors provide an introductory chapter containing the basic definitions and results. A final chapter deals with problems that cannot be approximated, and the book is ended by an appendix that gives a convenient summary of the problems described in the book. This is an up-to-date reference for research workers in the area of algorithms, but it can also be used for graduate courses in the subject.

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Review quote

Review of the hardback: 'Required reading for researchers working on parallel algorithms and of interest to anyone working in the area of parallel computing in general.' Brian Bramer, CVu

Table of contents

1. Introduction; 2. Basic concepts; 3. Extremal graph properties; 4. Rounding, interval partitioning and separation; 5. Primal-dual method; 6. Graph decomposition; 7. Further parallel approximations; 8. Non-approximability; 9. Syntactical defined phrases; Appendix: Definition of problems; Bibliography; Index.