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首页> 外文期刊>Mathematical Problems in Engineering: Theory, Methods and Applications >A Recursive Formula for the Reliability of a -Uniform Complete Hypergraph and Its Applications
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A Recursive Formula for the Reliability of a -Uniform Complete Hypergraph and Its Applications

机译:一致完整超图的可靠性递推公式及其应用

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The reliability polynomial of a finite graph or hypergraph gives the probability that the operational edges or hyperedges of induce a connected spanning subgraph or subhypergraph, respectively, assuming that all (hyper)edges of fail independently with an identical probability . In this paper, we investigate the probability that the hyperedges of a hypergraph with randomly failing hyperedges induce a connected spanning subhypergraph. The computation of the reliability for (hyper)graphs is an NP-hard problem. We provide recurrence relations for the reliability of -uniform complete hypergraphs with hyperedge failure. Consequently, we determine and calculate the number of connected spanning subhypergraphs with given size in the -uniform complete hypergraphs.
机译:假设所有(超)失效边均以相同的概率独立发生,则有限图或超图的可靠性多项式给出了概率分别诱导连接的跨子图或超图的操作边或超边。在本文中,我们研究了具有随机失效的超边的超图的超边诱发连接的跨子超图的可能性。 (超)图的可靠性计算是一个NP难题。我们为具有超边故障的均匀完整超图的可靠性提供递归关系。因此,我们确定并计算了-均匀完整超图中具有给定大小的连接的跨子超图的数量。

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