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Bi-objective shortest path problem with one fuzzy cost function applied to dangerous goods transportation on a road network

机译:具有模糊成本函数的双目标最短路径问题在公路网危险品运输中的应用

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The shortest path problem is a very well-known network problem, whose complexity sensibly increases from polynomial complexity to become a NP-hard problem when a multi-objective function is taken into account. In this work, an algorithmic approach to a bi-objective problem is described, where one objective has a fuzzy value, which makes even harder to get a solution. This kind of approach finds an applicative use in the case of dangerous goods transport by road, where a trade-off between the minimum cost and the minimum (or minmax) risk has to be solved in the delivery from a depot to petrol stations.
机译:最短路径问题是一个众所周知的网络问题,当考虑到多目标函数时,其复杂度从多项式复杂度显着增加到成为NP-hard问题。在这项工作中,描述了一种解决双目标问题的算法方法,其中一个目标具有模糊值,这使得更难获得解决方案。这种方法可用于公路危险品运输,在从仓库到加油站的运输中必须解决最小成本和最小(或最小/最大)风险之间的折衷方案。

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