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Hybrid Covering Location Problem: Set Covering and Modular Maximal Covering Location Problem

机译:混合覆盖位置问题:集覆盖和模块化最大覆盖位置问题

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摘要

To benefit from the location advantages provided from two main covering location problems, namely set covering location problem and maximal covering location problem, a new mathematical model is presented in this study. In this model, the main facilities are located gradually through the planning periods, providing full coverage for the incremental demand of nodes. In addition, a limited number of modules are assigned to the located facilities to maximize the covered demand nodes in operational periods. Combining the set covering and maximal covering location problems in one model, to take advantage of the merits of both models is studied. Some test problems are solved to investigate the proposed model. The numerical results confirm the applicability of the model and provide insights for the proposed model.
机译:为了从两个主要覆盖位置问题即集合覆盖位置问题和最大覆盖位置问题提供的位置优势中受益,本研究提出了一种新的数学模型。在此模型中,主要设施在规划期间逐步布置,从而完全覆盖了节点的增量需求。另外,将有限数量的模块分配给所定位的设施,以在运营时段内最大化所覆盖的需求节点。在一个模型中结合了集合覆盖和最大覆盖位置问题,以利用两种模型的优点。解决了一些测试问题,以研究提出的模型。数值结果证实了该模型的适用性,并为所提出的模型提供了见识。

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