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首页> 外文期刊>Communications, IEEE Transactions on >Fault-Tolerant Bipancyclicity of Faulty Hypercubes Under the Generalized Conditional-Fault Model
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Fault-Tolerant Bipancyclicity of Faulty Hypercubes Under the Generalized Conditional-Fault Model

机译:广义条件故障模型下故障超立方体的容错双全环性

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摘要

Let F_v be a set of faulty nodes in an n-dimensional hypercube, denoted by Q_n. Also, let F_e be a set of faulty edges in which at least one end-node of each edge is faulty. An edge in Q_n is said to be critical if it is either fault-free or in F_e. In this paper, we prove that, for up to 2n-4 faulty nodes and/or edges, an n-dimensional hypercube contains a fault-free cycle of every even length from 4 to 2^n-2oF_vo in which each node is incident to at least two critical edges. Our result improves on the previously best known results reported in the literature.
机译:令F_v为n维超立方体中的一组故障节点,用Q_n表示。同样,令F_e为一组故障边缘,其中每个边缘的至少一个末端节点是故障的。如果Q_n中的边缘无故障或在F_e中被认为是至关重要的。在本文中,我们证明,对于最多2n-4个故障节点和/或边缘,一个n维超立方体包含一个从4到2 ^ n-2oF_vo的每个偶数长度的无故障循环,其中每个节点都入射至少有两个临界边缘。我们的结果改进了文献中报道的最著名的结果。

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