Architecture, Programming and Algorithms
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Köp båda 2 för 2213 krComputer simulation of systems has become an important tool in scientific research and engineering design, including the simulation of systems through the motion of their constituent particles. Important examples of this are the motion of stars in...
" as a comprehensive and readable introduction, this edition is guaranteed as long a life as its predecessor. As all supercomputer manufacturers embrace parallel processing, it will be found more frequently on physicists' bookshelves." -Contemporary Physics "This book continues to be the recommended introduction into parallel computers. It provides a wide view of the machines currently available and the way in which they are progressing. it represents a worthwhile investment for all interested in the field." -BCS Parallel Processing Specialist Group "Anyone interested in high end computing would do well to introduce themselves to the necessary software techniques sooner rather than later. With a bibliography containing over 500 references and a good index, this book is also a thorough reference work and in summary is a welcome addition to the technical computing literature." -The Australian Physicist
Hockney\, R.W; Jesshope\, C.R
Introduction: History of parallelism and supercomputing. Classification of designs. Characteristics of performance. Pipelined computers: Selection and comparison. The CRAY X-MP and CRAY-2. The CDC CYBER and ETA 10. Japanese vector computers. The FPS AP-120B and derivatives. Multiprocessors and multiprocessor arrays: The limitations of pipelining. The alternative of replication. Switching networks. An historical perspective. Replication - a future with VLSI. Parallel languages: Introduction. Implicit parallelism and vectorisation. Structure parallelism. Process parallelism. Techniques for exploiting parallelism. Parallel algorithms: General principles. Recurrences. Matrix multiplication. Tridiagonal systems. Transforms. Partial differential equations. Technology and the future: Characterisation. Bipolar technologies (TTL, ECL, I2L). MOS technologies (NMOS and CMOS). Scaling technologies. The problem with scaling. System partitioning. Wafer-scale integration. The last word. Appendix. References. Index.