首页> 外文会议>Southeastern International Conference on Combinatorics, Graph Theory and Computing; 20060306-10; Boca Raton,FL(US) >Multipacking and Multicovering of K_n - F with Graph-Pairs of Order 5 where F is a Hamilton Cycle or an (almost) 1-Factor
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Multipacking and Multicovering of K_n - F with Graph-Pairs of Order 5 where F is a Hamilton Cycle or an (almost) 1-Factor

机译:用5阶图对对K_n-F进行多重包装和多重覆盖,其中F是汉密尔顿循环或(几乎)1-因子

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摘要

A graph-pair of order t is two non-isomorphic graphs G and H on t non-isolated vertices for which G ∪ H ≈ K_t for some integer t ≥ 4. Given a graph-pair (G, H), we say (G, H) divides some graph K if the edges of K can be partitioned into copies of G and H with at least one copy of G and at least one copy of H. Such partition is called a (G,H)-multidecomposition of K. Whenever the multidecomposition is not feasible, we look for maximum multipacking and minimum multicovering.rnIn this paper, we consider the existence of multipacking and multicovering of K_n ― F with graph-pairs of order 5 where F is a Hamiltonian cycle or (almost) 1-factor.
机译:t阶的图对是t个非孤立顶点上的两个非同构图G和H,对于某些整数t≥4,G∪H≈K_t。给定一个图对(G,H),我们说(如果可以将K的边缘划分为G和H的副本,并且至少有一个G副本和至少一个H副本,则将某些图K划分为图K.这种划分称为的(G,H)多重分解K.每当多重分解不可行时,我们都寻求最大的多重包装和最小的多重覆盖.rn本文考虑了K_n-F的多重包装和多重覆盖的存在,其中图对为5,其中F是哈密顿循环或(几乎)1因子。

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