枢纽位置,路线和路线尺寸:战略和战术多式联运枢纽网络设计

Barış Yıldız, H. Yaman, O. Karasan
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引用次数: 9

摘要

我们提出了一种新的枢纽定位模型,该模型共同消除了一些关于网络结构的传统假设,以及由于规模经济而产生的折扣,以更好地反映现实世界的物流和运输系统。我们的模型在各个方面扩展了枢纽文献:我们考虑带有中途停留的路线,而不是将非枢纽节点直接连接到枢纽节点;我们不是直接连接集线器对,而是设计可以访问多个集线器节点的路线;我们没有对成对连接进行量纲化,而是对车辆的路线进行量纲化;我们使用多式联运,而不是单一的车队。通过提出的优化方案,对战略战术枢纽选址和交通网络设计进行决策。开发了一种有效的分支切断算法来解决实际规模的问题实例并提供管理见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hub Location, Routing, and Route Dimensioning: Strategic and Tactical Intermodal Transportation Hub Network Design
We propose a novel hub location model that jointly eliminates some of the traditional assumptions on the structure of the network and on the discount as a result of economies of scale in an effort to better reflect real-world logistics and transportation systems. Our model extends the hub literature in various facets: instead of connecting nonhub nodes directly to hub nodes, we consider routes with stopovers; instead of connecting pairs of hubs directly, we design routes that can visit several hub nodes; rather than dimensioning pairwise connections, we dimension routes of vehicles; and rather than working with a homogeneous fleet, we use intermodal transportation. Decisions pertinent to strategic and tactical hub location and transportation network design are concurrently made through the proposed optimization scheme. An effective branch-and-cut algorithm is developed to solve realistically sized problem instances and to provide managerial insights.
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