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HAMILTONIAN LACEABILITY OF HYPERCUBES WITH FAULTS OF CHARGE ONE

机译:带电荷故障的超立方体的哈密顿可保持性

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In 2007, in their paper Path coverings with prescribed ends in faulty hypercubes, N. Castaneda and I. Gotchev formulated the following conjecture: Let n and k be positive integers with n ≥ k + 3 and F be a set of k even (odd) and k + 1 odd (even) vertices in the binary hypercube Q_n. If u_1 and u_2 are two distinct even (odd) vertices in Q_n - F then for Q_n - F there exists a Hamiltonian path that connects u_1 to u_2. In the same paper Castaneda and Gotchev proved that conjecture for k = 1 and k = 2. Here we provide a proof for k = 3.
机译:在2007年,N。Castaneda和I. Gotchev在他们的论文《有缺陷的超立方体中具有指定末端的路径覆盖》中提出了以下猜想:令n和k为n≥k + 3的正整数,F为k的集合, )和二进制超立方体Q_n中的k + 1个奇数(偶数)顶点。如果u_1和u_2是Q_n-F中两个不同的偶数(奇数)顶点,则对于Q_n-F,存在将u_1连接到u_2的哈密顿路径。在同一篇论文中,Castaneda和Gotchev证明了k = 1和k = 2的猜想。这里我们提供了k = 3的证明。

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