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Your Rugby Mates Don't Need to Know Your Colleagues: Triadic Closure with Edge Colors

机译:您的橄榄球队友不需要了解您的同事:Triadic Closure,边缘颜色

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Given an undirected graph G = (V, E) the NP-hard Strong Triadic Closure (STC) problem asks for a labeling of the edges as weak and strong such that at most k edges are weak and for each induced P3 in G at least one edge is weak. In this work, we study the following generalizations of STC with c different strong edge colors. In Multi-STC an induced P3 may receive two strong labels as long as they are different. In Edge-List Multi-STC and Vertex-List Multi-STC we may additionally restrict the set of permitted colors for each edge of G. We show that, under the ETH, Edge-List Multi-STC and Vertex-List Multi-STC cannot be solved in time 2°~((|V|~2)), and that Multi-STC is NP-hard for every fixed c. We then extend previous fixed-parameter tractability results and kernelizations for STC to the three variants with multiple edge colors or outline the limits of such an extension.
机译:给定一个无向图G =(v,e)NP-HARD强的三合一封闭(STC)问题要求将边缘的标签视为弱且强,使得最多的K边缘是弱的,并且至少为G的每个诱导的P3一个边缘很弱。在这项工作中,我们研究了STC的以下概括与C不同的强边颜色。在多STC中,诱导的P3可以接收两个强标签,只要它们不同。在边缘列表中,多STC和顶点列表多STC我们可以另外限制G的每个边缘的允许颜色集。我们在Eth,Edg-List Multi-STC和Vertex-List Multi-STC下表明不能在时间2°〜((| v |〜2))中溶解,并且对于每个固定的c,多stc是np-hard。然后,我们以前扩展了先前的固定参数途径结果和内核,用于使用多个边缘颜色或概述这种扩展的限制的三个变体。

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