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Automated Reliability Modeling Considerations
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adaptive hybrid algorithm analyze architectures ARM program assumed atomic requirements Automated Reliability Modeling Boolean expression Chapman-Kolmogorov equations cluster component type computer architectures computer module computer systems continuous-time described equation equivalence class ESPN evaluation exponential distribution Failed components failure rate fault coverage Fault-Tolerant faulty component germinal trees hard faults hours of operation hybrid redundancy input category interconnection structure interface intermittent faults Kmap Langley Research Center Last_Class Last_Tree Markov process memory triad merged Minimal Subtree Modeling Model of Figure MTTF multiprocessor NASA-LaRC New_Set node Num_States number of components operational requirements output parameters parse tree PMS diagram PMS structure probability of failure processor triad PTS's reconfigured redundancy technique redundant group reliability and availability reliability function Reliability Graph repair Section Slocal space truncation spares specified steps subset sum-of-products system description system reliability model system requirements Table Technical Report term corresponds time-varying Markov models transient transition matrix vertex vertices of G watchdog timer Weibull distribution