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A Min–Max Operator Allocation Formulation, Computer Simulation and DEA Cross-Efficiency in Determining the Optimal Operator Allocation

机译:MIN-MAX操作员分配配方,计算机仿真和DEA交叉效率确定最佳操作员分配

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摘要

The operator allocation decision is presented in this paper. A combination of min–max operator allocation formulation, computer simulation and DEA cross efficiency are used in determining the optimal operator allocation. The use of computer simulation offers more flexibility indesigning and determining the inputs and outputs of each operator allocation alternative. Then, DEA cross efficiency further aids in the decision of optimal operator allocation. The advantage of this approach over the previous computer simulation and DEA based operator allocation methods,is all operator allocation alternatives can be identified using min–max operator allocation formulation. An application of operator allocation among 17 operators in SME food manufacturing company is conducted to define the effectiveness of the proposed approach.
机译:本文提出了操作员分配决策。 最小最大操作员分配配方,计算机模拟和DEA交叉效率的组合用于确定最佳操作员分配。 计算机仿真的使用提供了更多的灵活性,并确定每个操作员分配替代方案的输入和输出。 然后,DEA交叉效率进一步辅助最佳操作员分配的决定。 这种方法在先前的计算机仿真和DEA的操作员分配方法上的优点是所有操作员分配替代方案都可以使用MIN-MAX操作员分配制定来识别。 在中小企业食品制造公司中,17名运营商之间的运营商分配在挑战方面的应用界定了拟议方法的有效性。

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