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树枝型专用线取送车问题的哈密尔顿图解法
引用本文:石红国,彭其渊,郭寒英. 树枝型专用线取送车问题的哈密尔顿图解法[J]. 中国铁道科学, 2005, 26(2): 132-135
作者姓名:石红国  彭其渊  郭寒英
作者单位:西南交通大学,交通运输学院,四川,成都,610031
摘    要:运用图论中的哈密尔顿图,可以将树枝型专用线取送车问题,转化为求哈密尔顿图中权值最小的哈密尔顿回路问题。以6个节点的树枝型专用线为例,将其转化为哈密尔顿图,运用近似计算法,求得最小哈密尔顿回路8个,每一个回路对应2个机车走行方案。对于有较多节点的树枝型专用线,运用计算机进行计算,可以得到全部最优解。

关 键 词:编组站  树枝型专用线  调机运用  取送车  哈密尔顿图  近似计算法
文章编号:1001-4632(2005)02-0132-04
修稿时间:2004-01-06

An Algorithm by Using Hamilton Graph to Resolve Wagons'''' Placing-in and Taking-out on Branch-shaped Sidings
SHI Hong-guo,PENG Qi-yuan,GUO Han-ying. An Algorithm by Using Hamilton Graph to Resolve Wagons'''' Placing-in and Taking-out on Branch-shaped Sidings[J]. China Railway Science, 2005, 26(2): 132-135
Authors:SHI Hong-guo  PENG Qi-yuan  GUO Han-ying
Abstract:By using Hamilton graph, the problem of wagons' placing-in and taking-out on branch-shaped sidings can be turned into searching Hamilton loop of minimum power. With an example of 6 nodes branch-shaped sidings, the author turns it into one Hamilton graph, and works out at 8 Hamilton loops (each loop represents 2 locomotive running schemes) by using approximate algorithm. For branch-shaped sidings with more nodes, computer is employed to solve the problem and the complete optimum solution can be obtained.
Keywords:Marshalling station  Branch-shaped sidings  Shunting locomotive  Placing-in and taking-out of wagons  Hamilton graph  Approximate algorithm
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