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Ant colony optimisation for a resource-constrained shortest path problem with applications in multimodal transport

机译:资源受限的最短路径问题的蚁群优化及其在多式联运中的应用

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Multimodal transport provides great flexibility in freight logistics which on the other hand leads to a sophisticated decision problem when choosing shipping options. Advanced analysing and planning tools are desired in supporting the decision making so as to enable the power of multimodal transport. In this paper, features and evolving patterns of a generalised multimodal network derived from industrial applications are analysed. A corresponding routing problem is defined in order to optimise the transportation cost. This problem entails selections on transport modes and paths subject to various kinds of restrictions. We show that the routing problem is a resource constrained shortest path problem and therefore is NP-hard. An ant algorithm is then developed and tested with datasets simulating real scenarios. Experimental results prove the effectiveness of our approach.
机译:多式联运为货运物流提供了极大的灵活性,另一方面,在选择运输方式时会导致复杂的决策问题。需要先进的分析和计划工具来支持决策制定,以实现多式联运的力量。本文分析了工业应用中的广义多峰网络的特征和发展模式。为了优化运输成本,定义了相应的路由问题。这个问题需要选择受各种限制的运输方式和路径。我们表明路由问题是资源受限的最短路径问题,因此是NP难问题。然后使用模拟真实场景的数据集开发和测试蚂蚁算法。实验结果证明了我们方法的有效性。

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