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Algorithmic bipanpath connectivity of the hypercube

机译:超立方体的算法双路径连通性

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摘要

A bipartite graph is bipanconnected if an arbitrary pair of vertices x, y are joined by the bipanconnected paths that include a path of each length s satisfying N - 1 ≥ s ≥ dist(x, y) and s - dist(x, y) is even, where N is the order of the graph, and dist(x, y) denotes the shortest distance between x and y. Li et al. [Information Processing Letters 87 (2003) 107-110] have shown that the hypercube is bipanconnected. However, a definite algorithm to generate such paths is still absent. In this paper, we present algorithms to generate the bipanconnected paths joining an arbitrary pair of vertices in the hypercube.
机译:如果任意对的顶点x,y通过双向连接的路径连接在一起,则双向连接是双向连接的,双向连接的路径包括每个长度s满足N-1≥s≥dist(x,y)和s-dist(x,y)的路径是偶数,其中N是图的阶数,dist(x,y)表示x和y之间的最短距离。 Li等。 [Information Processing Letters 87(2003)107-110]已显示超立方体是双向连接的。但是,仍然缺少确定的算法来生成这种路径。在本文中,我们提出了生成超立方体中连接任意一对顶点的双连通路径的算法。

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