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Vehicle routing: less 'artificial', more 'intelligence'

机译:车辆路线:更少的“人工”,更多的“智能”

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摘要

The integration of multiple constraints of the Vehicle Routing Problem (VRP) variants is computationally expensive. Although vehicle routing problems have been well researched, variants are typically treated in isolation, whereas industry requires integrated solutions. Solution algorithms are also tested using benchmark data that are questionable, and that do not represent typical applications. The paper proposes an approach that solves a problem by analyzing its environment through cluster analysis, chooses an appropriate solution strategy, and tests the results in airl attempt to learn for the purposes of improved future decisions.
机译:车辆路径问题(VRP)变体的多个约束的集成在计算上非常昂贵。尽管已经对车辆路径问题进行了深入研究,但变体通常被单独处理,而行业则需要集成解决方案。还使用有问题的基准数据测试了解决方案算法,这些基准数据并不代表典型的应用程序。本文提出了一种通过聚类分析来分析问题的环境来解决问题的方法,选择适当的解决方案策略,并在尝试学习的结果中测试结果以改进未来的决策。

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