三维装箱现实问题的约束优化

Yamil Mateo Rodríguez, J. López, Javier Andión Jiménez
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引用次数: 0

摘要

本文介绍了一种新的三维装箱优化方法的实现,并在不同的场景下测试了其性能。它考虑了物流公司在装载货物时可能面临的大多数实际限制,并为系统或操作人员提供了几个可行的解决方案。由于该算法可以处理的约束范围很广,因此它具有高度的可定制性,可以适应不同类型的公司,具有不同的利益和程序。在当前快节奏的供应链中优化垃圾箱包装可以减少人类的复杂性,降低可能损害客户体验的问题的成本和频率,并通过最大限度地提高体积利用率,帮助最大限度地减少交通和碳排放。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Constrained-optimization in a 3D bin packing realistic problem
This article describes the implementation of a new approach in 3D bin packing optimization and tests its performance in different scenarios. It takes into consideration most of the real constraints a logistics company may face when loading cargo and produces several feasible solutions for a system or a human operator to choose from. As a result of the wide range of constraints the algorithm can handle, it is highly customizable and adaptable to different kinds of companies with different interests and procedures. Optimizing bin packing within the current fast-paced supply chain reduces complexity left to humans, decreases costs and frequency in problems that may damage the customer experience and helps to minimise traffic and carbon emissions by maximizing volume utilization.
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