Multi-microprocessors

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IEEE Press, 1987 - Computers - 267 pages

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Contents

Computers That Are Never Down G Zorpette IEEE Spectrum April 1985
14
Alternative Interconnection Topologies
23
Communication Structures for Large Networks of Microcomputers L D Wittie IEEE Transactions on Computers
40
FaultTolerance Considerations in Large MultipleProcessor Systems J G Kuhl and S M Reddy IEEE Computer
62
Busing Standards and Practices
71
A Comparison of 32Bit Buses P L Borrill IEEE Micro December 1985
88
Software Issues
97
Issues in the Design of a Distributed Operating System for Ada D A Fisher and R M Weatherly IEEE Computer
105
Performance Evaluation
169
Evaluating the Performance of Multicomputer Configurations D P Agrawal V K Janakiram and G C Pathak
181
A ClosedForm Solution for the Performance Analysis of MultipleBus Multiprocessor Systems K B Irani and I
194
System Examples
203
Fault Tolerance Achieved in VLSI R Emmerson and M J McGowan IEEE Micro December 1984
217
The Modiac MultiprocessorA 286Based Design G Neri and T S Cinotti IEEE Micro February 1986
227
A Highly Programmable MultiMicroprocessor Architecture JL Gaudiot M Dubois LT Lee and
236
A MicroprocessorBased Hypercube Supercomputer J P Hayes T Mudge Q F Stout S Colley and J Palmer
250

Events and Interrupts in Tightly Coupled Multiprocessors H Kirrmann IEEE Micro February 1985
135
MML a New Set of Tools M Boari S CrespiReghizzi
149
A Security Kernel for a Multiprocessor Microcomputer R R Schell IEEE Computer July 1983
161
Author Index
261
Editors Biography
267
Copyright

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