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On the Conjecture of the Smallest 3-Cop-Win Planar Graph

机译:关于猜想最小的3-cop-win平面图

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In the game of Cops and Robbers on a graph G - (V,E), k cops try to catch a robber. The minimum number of cops required to win is called the cop number, denoted by c(G). For a planar graph G, it is known that c(G) < 3. It is a conjecture that the regular dodecahedral graph of order 20 is the smallest planar graph whose cop number is three. As the very first attack on this conjecture, we provide the following evidences in this paper: (1) any planar graph of order at most 19 has the winning vertex at which two cops can capture the robber, and (2) a special planar graph of order 19 that is constructed from the regular dodecahedral graph has the cop number of two.
机译:在图表G - (v,e)上的警察和劫匪的比赛中,K警察试图抓住强盗。获胜所需的COP的最小次数称为COP编号,由C(g)表示。对于平面图G,已知C(g)<3.它是猜想订单20的常规十二次面向图是COP数是三个的最小平面图。作为对此猜想的第一次攻击,我们在本文中提供了以下证据:(1)最多19个订单图19的任何平面图,其中两个警察可以捕获强盗,(2)一个特殊的平面图由常规十二型展开图构造的订单19具有两种的COP数。

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