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An integrated multi-objective decision making process for the performance evaluation of the vendors

机译:集成的多目标决策过程,用于评估供应商的绩效

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The objective of the study is to select the best performing supplier among the group according to the prioritisation of performance criterion through the application of techniques like MISM (modified interpretive structural modelling), MIC-MAC (impact matrix cross-reference multiplication applied to a classification), and AHP (analytical hierarchy process). To understand the interaction between the factors and to prioritise them, MISM technique has been applied by using which weights have been calculated for the performance factors and establishing a contextual relationship between the available factors and then ranking of the factors is done based on the results obtained. In the MICMAC analysis, performance criteria are classified into four clusters depending upon their driving power and dependence power. This helps to find out which criteria are influencing the supplier selection process. AHP is used to rank the supplier to find the best one from the group of suppliers. After ranking the suppliers, sensitivity analysis has been applied to determine the most critical criteria i.e. how sensitive is the ranking of the alternative to the change in weights of the criterion or the alternatives. A study was done in an automotive component manufacturing industry in the southern part of India. Finally, validation of the model is performed by the sensitivity analysis.
机译:该研究的目的是通过应用诸如MISM(改进的解释性结构建模),MIC-MAC(影响矩阵交叉引用乘法)等技术,根据绩效标准的优先次序,在组中选择最佳绩效的供应商。 )和AHP(层次分析法)。为了了解因素之间的相互作用并对其进行优先排序,已应用MISM技术,通过使用MISM技术为绩效因素计算权重并在可用因素之间建立上下文关系,然后根据获得的结果对因素进行排名。在MICMAC分析中,性能标准根据其驱动力和依赖力分为四个类。这有助于找出影响供应商选择过程的标准。层次分析法用于对供应商进行排名,以从供应商组中找到最佳供应商。在对供应商进行排名之后,已应用敏感性分析来确定最关键的标准,即,替代品的排名对标准或替代品权重变化的敏感性。在印度南部的汽车零部件制造行业进行了一项研究。最后,通过敏感性分析对模型进行验证。

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