Maximum Cut on Interval Graphs of Interval Count Four Is NP-Complete

C. M. Figueiredo, A. A. D. Melo, F. S. Oliveira, Ana Silva
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引用次数: 6

Abstract

The computational complexity of the MaxCut problem restricted to interval graphs has been open since the 80's, being one of the problems proposed by Johnson on his Ongoing Guide to NP-completeness, and has been settled as NP-complete only recently by Adhikary, Bose, Mukherjee and Roy. On the other hand, many flawed proofs of polynomiality for MaxCut on the more restrictive class of unit/proper interval graphs (or graphs with interval count 1) have been presented along the years, and the classification of the problem is still unknown. In this paper, we present the first NP-completeness proof for MaxCut when restricted to interval graphs with bounded interval count, namely graphs with interval count 4.
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区间计数4的区间图上的最大割是np完全的
局限于区间图的MaxCut问题的计算复杂度自80年代以来一直是开放的,它是Johnson在他的《np完备性指南》中提出的问题之一,直到最近才被Adhikary, Bose, Mukherjee和Roy确定为np完备。另一方面,在更严格的单位/固有区间图(或区间计数为1的图)的类别上,MaxCut的多项式性的许多有缺陷的证明多年来已经被提出,并且问题的分类仍然未知。在本文中,我们首次证明了MaxCut在区间计数有界的区间图(即区间计数为4的图)上的np完备性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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