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A Robust Optimization Model for Joint Maintenance and Build-To-Order Supply Chain Under Uncertainties: A Case Study

机译:不确定条件下联合维修和按订单生产供应链的鲁棒优化模型:案例研究

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This paper proposed a new bi-objective supply chain model in a build-to-order (BTO)environment, which aims to maximize the profit and minimize the stops of devices by preventive maintenance. Maintenance is a new issue in BTO systems. In addition, due to the application of uncertain parameters and variables, the robust optimization model is used and implemented in a wood industry in order to validate this developed model.
机译:本文提出了按订单生产(BTO)环境中的新的双目标供应链模型,该模型旨在通过预防性维护来最大化利润并最大程度地减少设备的停机时间。维护是BTO系统中的新问题。另外,由于不确定参数和变量的应用,在木材工业中使用并实施了鲁棒的优化模型,以验证该开发模型。

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