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A fuzzy-MADM based approach for prioritising Six Sigma projects in the Indian auto sector

机译：基于模糊MADM的方法优先考虑印度汽车行业的六个Sigma项目

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摘要

Six Sigma is an engineering management strategy that is applied in organisations to drive and endlessly uphold transformational growth in the organisation. This approach targets re-aligning the processes that affect the difference in outcome between the likely results and the actual. Project selection decision making in Six Sigma is always a very critical activity because inadequately selected projects often result in a company expending resources and time that lead to a small or no improvement in the system that the project had been focused on. Six Sigma project selection is a typical multi attribute decision-making problem. The present study needs to select the best project among six alternative Six Sigma projects. The VIseKriterijumska Optimisacija I Kompromisno Resenje (VIKOR) method has been used to select the best Six Sigma project composed with fuzzy logic. In this context, seven critical parameters (selection criteria) have been considered for selection of the best alternative. The weightings of selection criteria are calculated using the modified digital logic method and final ranking is calculated through priority index obtained by using fuzzy VIKOR methodology. The Shox machine shop has been found to be the most appropriate Six Sigma project from the improvement viewpoint at the selected site.
机译：六西格码（Six Sigma）是一种工程管理策略，已在组织中应用，以驱动并无休止地维持组织的转型增长。这种方法的目标是重新调整影响可能结果与实际结果之间差异的流程。六西格码（Six Sigma）中的项目选择决策始终是非常关键的活动，因为选择不充分的项目通常会导致公司花费资源和时间，从而导致项目所关注的系统很少或根本没有改善。六个西格玛项目选择是一个典型的多属性决策问题。本研究需要在六个替代的六个Sigma项目中选择最佳项目。 VIseKriterijumska Optimisacija I Kompromisno Resenje（VIKOR）方法已被用于选择由模糊逻辑组成的最佳六西格玛项目。在这种情况下，已经考虑了七个关键参数（选择标准）来选择最佳选择。使用改进的数字逻辑方法计算选择标准的权重，并通过使用模糊VIKOR方法获得的优先级指数计算最终排名。从所选地点的改进角度来看，Shox机加工车间被认为是最合适的6西格玛项目。

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