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A multi-criteria decision-making model to increase productivity: AHP and fuzzy AHP approach

机译:用于提高生产率的多准则决策模型:AHP和模糊AHP方法

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Productivity improvement is posing a great challenge for industries every day because of the difficulties in keeping track and prioritising the variables that have significant impact on productivity. Therefore, this research aims to address this challenge by defining different attributes that play pivotal role on productivity from the management perspective. It illustrates a framework to quantify and analyse the relative relevance of different decision factors and measures its effectiveness on production floor. Analytic Hierarchy Process (AHP) and Fuzzy Analytic Hierarchy Process (FAHP) are employed to deal with interdependent relationships and a multi-criteria decision-making model is developed. Large unstructured decision parameters are identified and broken down into a top-down hierarchical structure. The contribution of this research is demonstrating how a set of influencing parameters can be used to devise appropriate management practices to ensure higher productivity.
机译:生产率提高每天都对行业构成巨大挑战,因为很难跟踪和优先考虑对生产率有重大影响的变量。因此,本研究旨在通过定义从管理角度对生产率起关键作用的不同属性来应对这一挑战。它说明了一个框架,用于量化和分析不同决策因素的相对相关性,并衡量其在生产现场的有效性。运用层次分析法(AHP)和模糊层次分析法(FAHP)处理相互依存的关系,建立了多准则决策模型。识别大型的非结构化决策参数,并将其分解为自上而下的层次结构。这项研究的成果表明如何使用一组影响参数来设计适当的管理实践以确保更高的生产率。

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