模糊集在工艺性能评价中的应用

D. C. Chan, K. Yung, Andrew W. H. Ip
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引用次数: 20

摘要

全面质量管理的成功取决于员工的主动性,不断地应用他们的问题解决技术。然而,绩效评估是非常主观的,因为它依赖于对过程绩效有不同看法的主管的个人判断。本文提出了一种绩效度量体系,根据过程的绩效来确定质量改进的优先级。使用包含一组与策略相关的绩效度量的模型,可以减少由于过程绩效的主观评价而导致的改进项目实施的错误方向。引入模糊质量测度集来计算过程的数值质量等级。通过常规的改进实施实践对模型进行了仿真和实验。预计拟议的模型在主要竞争能力方面具有优势,包括质量、成本灵活性、交付可靠性和速度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An application of fuzzy sets to process performance evaluation
The successfulness of total quality management is dependent on the initiative of employees to apply their problem solving techniques continuously. However, the performance evaluation is quite subjective since it relies on the individual judgements of supervisors who have different perceptions of the process performance. This paper presents a performance measurement system to determine the priority in execution of quality improvement according to the performances of processes. Using a model containing a set of strategy‐related performance measures, misdirection of implementation of improvement projects due to subjective evaluation of process performance can be reduced. A fuzzy set of quality measures is introduced to calculate numerical quality rating for processes. The model is simulated and experimented on with a conventional improvement implementation practice. It is expected that the proposed model is superior in the major competitive capabilities including quality, cost flexibility, delivery reliability and speed.
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