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Magnitude Relation of the All-terminal Reliability of Network Systems

机译:网络系统全终端可靠性的大小关系

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We concern the minimization problem of the total construction cost subject to the condition that the all-terminal reliability is not less than a reliability threshold. Although algorithm for solving this problem has been developed based on the so-called branch and bound method, it is known that the implement of the existing algorithm requires a fair amount of time, especially in the case that the number of edges is quite greater than the number of nodes. To reduce the computational time, we apply factoring method to classify network systems into several types (groups), and specify the type which has greater all-terminal reliability than the other types. Furthermore, we derive the exact maximum all-terminal reliability of the network systems with n + 4 edges. Our proposal directly leads to a significant improvement of the overall efficiency of the optimization algorithm.
机译:在全终端可靠性不低于可靠性阈值的条件下,我们关注总建筑成本的最小化问题。尽管已经基于所谓的分支定界方法开发了用于解决该问题的算法,但是已知的是,现有算法的实现需要相当长的时间,尤其是在边缘的数量大于节点数。为了减少计算时间,我们应用分解方法将网络系统分为几种类型(组),并指定比其他类型具有更高的终端可靠性的类型。此外,我们得出具有n + 4个边缘的网络系统的确切最大全终端可靠性。我们的建议直接导致了优化算法整体效率的显着提高。

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