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A Binary Quadratic Optimization Model for Three Level Supply Chain Design

机译:三级供应链设计的二元二次优化模型

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We present a binary quadratic optimization model for multi-capacitated three-level supply chain design including suppliers, distribution centers (DCs), and customer zones. Our model considers DC land, building and variable costs, and takes into account economies of scale. It is the inclusion of variable costs that makes the model quadratic. We present a series of model simplifications that allow for the solution of the model. We demonstrate the effectiveness of our model and model simplifications through the design of a real-world supply chain with 47 suppliers at fixed locations, 83 potential DCs and 2,976 fixed customer zones.
机译:我们为多容量三级供应链设计(包括供应商,配送中心(DC)和客户区域)提出了一个二进制二次优化模型。我们的模型考虑了DC土地,建筑和可变成本,并考虑了规模经济。包含可变成本的因素使模型成为二次方。我们提出了一系列简化模型的方法,以解决模型问题。我们通过设计一个现实世界的供应链,在固定地点有47个供应商,83个潜在DC和2976个固定客户区域,证明了我们的模型和简化模型的有效性。

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