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Total k-Domatic Partition on Some Classes of Graphs

机译:某些图类的总k分区

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For any positive integer k, the total k-domatic partition problem is to partition the vertices of a graph G into k pairwise disjoint total dominating sets. In this paper, we study the problem for planar graphs, chordal bipartite graphs, convex bipartite graphs, and bipartite permutation graphs. We show that the total 3-domatic partition problem on planar graphs is NP-complete. Moreover, we give an alternative algorithm to solve the total k-domatic partition problem for chordal bipartite graphs with weak elimination orderings, and adapt it to solve the problem in linear time for bipartite permutation graphs and convex bipartite graphs even if Gamma-free forms of the adjacency matrices of the considered graphs are not given.
机译:对于任何正整数k,总的k球面分区问题是将图G的顶点划分为k个成对的不相交的总支配集。在本文中,我们研究平面图,弦二部图,凸二部图和二部置换图的问题。我们表明,平面图上的总3球面分区问题是NP完全的。此外,我们给出了一种替代算法来解决具有弱消除顺序的弦二分图的总k球面分区问题,并使之适应二分置换图和凸二分图的线性时间问题,即使无伽玛形式的没有给出所考虑的图的邻接矩阵。

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