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travelling_salesman_problem [2014/09/23 12:24]
sertalpbilal created
travelling_salesman_problem [2024/04/25 14:20]
47.128.16.107 old revision restored (2024/04/21 17:08)
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 If the distances are restricted to 1 and 2 (but still are a metric) the approximation ratio becomes 8/7. In the asymmetric, metric case, only logarithmic performance guarantees are known, the best current algorithm achieves performance ratio $0.814 log(n)$; it is an open question if a constant factor approximation exists. If the distances are restricted to 1 and 2 (but still are a metric) the approximation ratio becomes 8/7. In the asymmetric, metric case, only logarithmic performance guarantees are known, the best current algorithm achieves performance ratio $0.814 log(n)$; it is an open question if a constant factor approximation exists.
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 +Xiaolong is awesome!
travelling_salesman_problem.txt ยท Last modified: 2024/06/29 16:47 by 47.128.98.212