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Entire Chromatic Number and Entire Coloring Algorithms of Regular Planar Meshes

机译:常规平面网格的整个色彩数和整个着色算法

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In this paper, we propose three entire coloring schemes for regular planar meshes - square meshes, hexagonal meshes and honeycomb meshes, respectively. Based on these schemes, we propose three efficient entire coloring algorithms for these three planar meshes and prove that the entire chromatic number of square meshes is 7 (maximum degree plus 3), the entire chromatic number of hexagonal meshes is 9 (maximum degree plus 2), and the entire chromatic number of honeycomb meshes is 7 (maximum degree plus 4).
机译:在本文中,我们提出了三种用于普通平面网格 - 方形网格,六边形网和蜂窝网格的整体着色方案。基于这些方案,我们提出了三种有效的整个着色算法,用于这三个平面网格,并证明了方形网格的整个彩色数量为7(最大程度加3),整个六角网格的整个彩色数量为9(最大程度加2 ),蜂窝网格的整个色数为7(最大程度加4)。

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