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A framework for the design of a military operational supply network

机译:军事作战物资供应网络设计框架

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This paper presents a methodology framework for the design of robust and effective military supply networks integrating various supply chain management dimensions. The proposed network design approach accounts for dynamic market demand, capacity, supply and resource conditions in a time-varying uncertain environment. The framework is based upon a two-level decomposition scheme combining design and user model components. The proposed stochastic multi-stage design model problem consists of determining the number and location of facilities (depots) required to satisfy an anticipated set of customer's demands and customer allocation (mission) to depots over a given time horizon. The user model is exploited to produce scenario-based anticipations to the design model required for network design problem-solving, and to assess network design solutions. The user model component mixes lot-sizing decisions with transportation assets assignments. Simulation is expected to be used to dynamically generate stochastic events supporting the construction of solution at both levels. Preliminary results on a military operational support hubs case study are reported and briefly analyzed for a simplified asset pre-positioning problem.
机译:本文为整合各种供应链管理维度的强大而有效的军事供应网络设计提供了一种方法框架。所提出的网络设计方法考虑了时变的不确定环境中动态的市场需求,容量,供应和资源状况。该框架基于结合设计和用户模型组件的两级分解方案。提出的随机多阶段设计模型问题包括确定在给定时间范围内满足一组预期的客户需求和客户对仓库的分配(任务)所需的设施(仓库)的数量和位置。利用用户模型可以对网络设计问题解决所需的设计模型产生基于场景的预期,并评估网络设计解决方案。用户模型组件将批量决策与运输资产分配混合在一起。预计将使用仿真来动态生成随机事件,以支持两个级别的解决方案构建。报告并简要分析了军事作战支援中心案例研究的初步结果,以解决简化的资产预置问题。

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