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sskkyy
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2Â¥2015-11-05 23:10:18
napoleon_999
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sskkyy
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4Â¥2015-11-06 12:19:20
napoleon_999
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5Â¥2015-11-06 20:21:15
hank612
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napoleon_999(feixiaolin´ú·¢): ½ð±Ò+5 2015-11-21 19:19:58
napoleon_999(feixiaolin´ú·¢): ½ð±Ò+5 2015-11-21 19:19:58
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https://en.wikipedia.org/wiki/Hamiltonian_path_problem There is a simple relation between the problems of finding a Hamiltonian path and a Hamiltonian cycle. In one direction, the Hamiltonian path problem for graph G is equivalent to the Hamiltonian cycle problem in a graph H obtained from G by adding a new vertex and connecting it to all vertices of G. Thus, finding a Hamiltonian path cannot be significantly slower (in the worst case, as a function of the number of vertices) than finding a Hamiltonian cycle. In the other direction, the Hamiltonian cycle problem for a graph G is equivalent to the Hamiltonian path problem in the graph H obtained by copying one vertex v of G, v', that is, letting v' have the same neighbourhood as v, and by adding two dummy vertices of degree one, and connecting them with v and v', respectively. ÊÇÕâ¸ö¹ØÏµÃ´£¿ |
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6Â¥2015-11-08 03:16:26
napoleon_999
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7Â¥2015-11-20 13:28:17













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