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2-Reducible Two Paths and an Edge Constructing a Path in (2k + 1)-Edge-Connected Graphs

机译:(2k + 1)-边连通图中的2可约化两条路径和一条边构造一条边

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摘要

Let k ≥ 5 be an odd integer and G = (V(G), E(G)) be a k-edge-connected graph. For denotes the number of edges between X and V(G) − X. We here prove that if is an edge between s 1 and , and e(Y) ≥ k + 1 for each with , then there exist paths P 1 and P 2 such that P i joins s i and (i = 1, 2) and is (k − 2)-edge-connected, and in fact we give a generalization of this result.
机译:令k≥5为奇数整数,G =(V(G),E(G))为k边连通图。 For表示X和V(G)-X之间的边数。我们在这里证明,如果是s 1 与s之间的边,且e(Y)≥k + 1与,则存在路径P 1 和P 2 ,使得P i 连接s i 和(i = 1,2 )和(k − 2)-边连接,实际上我们对该结果进行了概括。

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