Publication | Closed Access
Combinatorial optimization problems in the analysis and design of probabilistic networks
80
Citations
7
References
1985
Year
Mathematical ProgrammingNetwork Theory (Electrical Engineering)Combinatorial Optimization ProblemsEngineeringReliable NetworksProbabilistic NetworksNetwork RobustnessNetwork AnalysisNetwork SurvivabilityReliability EngineeringQ Edge GraphsSystems EngineeringNetwork InterdictionCombinatorial OptimizationProbabilistic Graph TheoryNetwork FailsNetwork Theory (Organizational Economics)ReliabilityNetwork EstimationNetworksProbabilistic SystemCombinatorial ProblemProbability TheoryComputer ScienceFault-tolerant NetworkNetwork ScienceGraph TheorySurvivable NetworkCombinatory AnalysisProbabilistic AnalysisBusiness
Abstract This paper presents some results regarding the design of reliable networks. The problem under consideration involves networks which are undirected graphs having equal and independent edge failure probabilities. The index of reliability is the probability that the network fails (becomes disconnected). For “small” edge failure probabilities and given p and q there exists a class of p vertex, q edge graphs with the property that any graph in the class has a smaller probability of disconnection than any graph outside of the class. We solve the problem of synthesizing graphs in this class.
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