VRP complex network analysis and simulation

G. Policroniades, I. F. D. L. Mota, J. L. D. Paz, Sashiko Sihirai
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Abstract

When carrying out a systemic analysis of a distribution network, it is possible to identify controllable and non-controllable factors for decision makers, when the system being disaggregated into greater levels of detail, which may affect compliance with a deterministic routing plan. Some of these factors, to mention a few, may include late deliveries of raw material, unexpected transportation failures, unexpected closures of some distribution center; among others. If this type of analysis is combined with a topological analysis of the network as complex one, then it will be possible to develop more robust networks that can deal with a greater number of adversities. Identifying the topological analysis as an opportunity niche for the elaboration of possible scenarios to improve the flow through the entire network. These scenarios have been simulated in SIMIO. One way to mix both principles, is possible to find in the method proposed by authors. A case study is shown in the automotive industry.
VRP复杂网络分析与仿真
当对配电网络进行系统分析时,当系统被分解为更大的细节级别时,可能会影响对确定性路由计划的遵从性,从而为决策者识别可控和不可控制的因素。其中一些因素,仅举几例,可能包括原材料交付延迟,意外运输故障,一些配送中心意外关闭;等等。如果这种类型的分析与复杂网络的拓扑分析相结合,那么就有可能开发出更强大的网络,可以处理更多的逆境。将拓扑分析确定为细化可能场景的机会,以改善整个网络的流量。这些场景已经在SIMIO中进行了模拟。在作者提出的方法中,可以找到一种混合这两种原则的方法。以汽车行业为例进行了案例研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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