Performance related reliability measures for computing systems
Stanford University. Stanford Electronics Laboratories. Digital Systems Laboratory, Marie Danielle Beaudry
Digital Systems Laboratory, Center for Reliable Computing, Stanford University, 1976 - Electronic digital computers - 20 pages
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active module ARPA B.R. Borgerson based reliability measures c+1 2X Computation capacity distribution capacity threshhold capacity to execute Comp computation availability computation before failure computation reliability computation threshhold computation unreliability computer network constant computation capacity degrading computer systems execute computing tasks execute tasks expected capacity exponentially distributed failure rate fault-tolerant computers Figure 5b Gracefully degrading computing gracefully degrading system Hybrid redundant systems IEEE Trans Interface Message Processor l+c)-ce Markov model massive redundant Mathur and Avizienis MCBF mean computation model for fault-tolerant model for gracefully module multiprocessor module standby redundant MTBF multiprocessor and standby multiprocessor can execute multiprocessor modules P.R. Schneider performance based reliability PERFORMANCE RELATED RELIABILITY Pr[System executes random variable reaches a specific RELATED RELIABILITY MEASURES reliability measures defined reliability model shows the Markov specific value Standby Redundant Multiprocessor standby redundant system system failure system reliability task of length transformed Markov chain transition probabilities expressed uniprocessor W.C. Carter W.G. Bouricius