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Simulation-Based Approach for Comparison of (s, Q) and (R, S) Replenishment Policies Utilization Efficiency in Multi-echelon Supply Chains

机译:基于模拟的方法,用于比较(S,Q)和(R,S)补充策略利用效率在多梯队供应链中的利用效率

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Cyclic and non-cyclic planning methods are traditionally used in the multi-echelon supply chains. However, the utilization rules and efficiency of these methods so far have been investigated partially. The aim of the paper is to evaluate utilization efficiency of two types of inventory policies, i.e. so called (s, Q) and (R, S) ones, in multi-echelon supply chain. In this paper the simulation-based approach for estimation of two observed inventory policies within multi-echelon supply chain is presented The comparison is based on costs analysis of alternatives. The influence of different parameters i.e. coefficient of demand variation (CODVAR), capacity utilization and number of echelons, is described. The numerical examples are given for three - echelon linear supply chain.
机译:循环和非循环规划方法传统上用于多梯队供应链。然而,到目前为止已经部分地调查了这些方法的利用规则和效率。本文的目的是评估两种类型的库存政策的利用率,即在多梯队供应链中所谓的(S,Q)和(R,S)。本文介绍了基于模拟的用于估计两种观察到的多梯队供应链中的库存策略方法,比较基于替代品的成本分析。描述了不同参数的影响..描述了需求变化系数(Codvar),容量利用和梯度数量。对三个梯形线性供应链的数值例子给出。

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