Possible Application of Solver Optimization Module for Solving Single-circuit Transport Problems

J. Šedivý, J. Čejka, M. Guchenko
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引用次数: 7

Abstract

Abstract The article deals with the possible application of the Solver optimization module to solving the single-circuit transport problems. First, the article describes the single-circuit transport problems and the optimization module Solver itself. Using the specific model example of beer distribution, the author demonstrates the algorithm which may be applied to solving single-circuit transport problems by means of Solver. The travel route designed by Solver is then compared with the originally proposed route. The values being compared include the total length of travel routes created and the associated variable costs spent on serving customers and also route design time. Thus, using the practical example of beer distribution, the manuscript has demonstrated the algorithm which is used for addressing the single-circuit transport problems. Nonetheless, possible application of the Solver tool is not limited to seeking a solution to the travelling salesman problem only. It can also be implemented even to discussing the multi-circuit transport problems with various confinements.
求解器优化模块在求解单线传输问题中的可能应用
本文讨论了求解器优化模块在求解单线运输问题中的可能应用。首先,本文描述了单回路传输问题和优化模块求解器本身。以啤酒分布的具体模型为例,说明了该算法可应用于求解单回路运输问题。然后将求解器设计的旅行路线与原建议的路线进行比较。所比较的值包括创建的旅行路线的总长度、为客户服务所花费的相关可变成本以及路线设计时间。因此,本文以啤酒配送为例,演示了用于解决单回路运输问题的算法。尽管如此,求解器工具的可能应用并不局限于寻找旅行推销员问题的解。它甚至可以用于讨论各种限制条件下的多电路传输问题。
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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