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Optimal Quantity Discount Design With Limited Information Sharing

机译:信息共享受限的最优数量折扣设计

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In this article we address the optimal quantity discount design problem of a supplier in a two-stage supply chain where the supplier and the buyer share annual demand information only. The supply chain faces a constant deterministic demand that is not price sensitive and operates with fixed setup costs in both stages. We show that the supplier can actually moderate a cost-minimizing buyer to order in quantities different than the buyer's optimal order quantity in the traditional setting and develop a multi-breakpoint quantity discount scheme that maximizes supplier's expected net savings. The proposed multi-breakpoint discount scheme can be easily computed from the available information and, while also maximizing the supplier's net savings, is very effective in achieving high levels of supply chain coordination efficiency in the presence of limited information.
机译:在本文中,我们解决了两阶段供应链中供应商和买方仅共享年度需求信息的供应商的最优数量折扣设计问题。供应链面临着对价格不敏感的确定性需求,并且在两个阶段都以固定的设置成本运行。我们证明,供应商实际上可以缓和成本最小的买方,以与传统环境中的买方最佳订购数量不同的数量订购产品,并开发出多断点数量折扣计划,以最大程度地提高供应商的预期净节省。所提出的多断点折扣方案可以很容易地从可用信息中计算出来,并且在使供应商的净节省最大化的同时,在信息有限的情况下,在实现高水平的供应链协调效率方面非常有效。

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