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Application of the TOPSIS Based on Entropy-AHP Weight in Nuclear Power Plant Nuclear-Grade Equipment Supplier Selection

机译:基于核电厂核电级设备供应商选择的熵-AHP重量基于熵-AHP重量的应用

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Nuclear power plants (NPPs) has their special characteristics, which both on product safety and on the life cycle of supplier, thus evaluation and selection of the equipment supplier requires independent evaluation index system, based on establishing an evaluation index system, an framework is proposed to address the supplier selection problem in NPP application of improved technique for order preference by similarity to ideal solution (TOPSIS) weighted by analytical hierarchy process (AHP) and entropy value, where it calculates all the indexespsila weights and the distances between the supplier and the ideal solution to find each supplierspsila closeness coefficient. Then the ranking of the suppliers are determined according to their results. Finally, for application and verification, an empirical study is performed to demonstrate the integrated model and identify the suitable supplier(s).
机译:核电站(NPPS)具有其特殊特性,这些特点是产品安全和供应商的生命周期,因此,设备供应商的评估和选择需要基于建立评估指标体系的独立评估指标体系,提出了一个框架为了通过分析层次处理(AHP)和熵值加权的理想解决方案(TOPSIS)和熵值的理想解决方案(TOPSIS)的顺序偏好的改进技术中的供应商选择问题。它计算所有索引符号的权重以及供应商之间的距离和截止值找到每个USTORSPSILA闭合系数的理想解决方案。然后根据其结果确定供应商的排名。最后,为了应用和验证,执行实证研究以演示集成模型并识别合适的供应商。

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