An Asymptotic Multipartite Kühn--Osthus Theorem
Ryan R. Martin, Richard Mycroft, Jozef Skokan
Abstract
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Ryan R. Martin, Richard Mycroft, Jozef Skokan
Abstract
Open-access reader
In this paper we prove an asymptotic multipartite version of a well-known theorem of Kühn and Osthus by establishing, for any graph $H$ with chromatic number $r$, the asymptotic multipartite minimum degree threshold which ensures that a large $r$-partite graph $G$ admits a perfect $H$-tiling. We also give the threshold for an $H$-tiling covering all but a linear number of vertices of $G$, in a multipartite analogue of results of Komlós and of Shokoufandeh and Zhao.
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In this paper we prove an asymptotic multipartite version of a well-known theorem of Kühn and Osthus by establishing, for any graph $H$ with chromatic number $r$, the asymptotic multipartite minimum degree threshold which ensures that a large $r$-partite graph $G$ admits a perfect $H$-tiling. We also give the threshold for an $H$-tiling covering all but a linear number of vertices of $G$, in a multipartite analogue of results of Komlós and of Shokoufandeh and Zhao.
Key concepts: Mathematics, Multipartite, Combinatorics, Discrete mathematics, Quantum, Quantum entanglement, Quantum mechanics, Physics