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Computers That Are Never Down G Zorpette IEEE Spectrum April 1985
Alternative Interconnection Topologies
Communication Structures for Large Networks of Microcomputers L D Wittie IEEE Transactions on Computers
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algorithm allocation applications arbitration architecture backplane buffer buses bytes called cessor chip clock communication concurrent Concurrent Pascal configuration connected cycle daughterboard detection devices distributed dual-bus hypercubes e-message entry error event execution failure fault fault-tolerant fault-tolerant systems function Futurebus graph hardware hypercube IEEE Trans implementation input Intel interface interrupt request kernel language lines logical loosely coupled machine master memory modules microcomputer microprocessor Micros MIMD Multibus multicomputer multiprocessor multiprocessor systems n-modular redundancy node Nubus number of nodes number of processors operating system output parallel bus Pascal performance priority problem Proc processor processor systems protocol puter queue queueing model recovery redundancy routing scheme security kernel sequence serial bus shared memory shown in Figure signal SIMD single specific structure switching synapse synchronization task manager throughput tion tolerance topology transfer vector