基于模糊回归和可能性测度的模糊过程控制

Chi-Bin Cheng
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引用次数: 5

摘要

本文的目的是介绍如何为具有模糊结果的过程构造模糊过程控制图。在本文中,该过程的模糊结果是由于专家的主观质量评级。模糊过程控制分为离线阶段和在线阶段。在离线阶段,专家根据数值尺度对对象进行质量评级,然后将这些评级模糊化为模糊数。通过模糊回归分析获得专家对质量评定的集体知识。在在线阶段,建立计算机视觉系统获取物体的尺寸,然后用模糊回归模型将这些尺寸以模糊数的形式映射到模糊质量等级。最后,将这些模糊质量等级绘制在模糊控制图上。失控条件是基于可能性理论提出的。这种模糊控制图类似于统计过程控制中的x~图和R图。
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Fuzzy process control based on fuzzy regression and possibility measures
The purpose of this paper is to present how a fuzzy process control chart is constructed for a process with fuzzy outcomes. In this paper, the fuzzy outcomes of the process are due to subjective quality ratings by experts. Fuzzy process control consists of an off-line stage and an on-line stage. In the off-line stage, experts give quality ratings of objects based on a numerical scale, and then these ratings are fuzzified as fuzzy numbers. Collective knowledge of experts in quality rating is acquired through fuzzy regression analysis. In the on-line stage, a computer vision system is set up to obtain the dimensions of objects, and then the fuzzy regression model maps these dimensions to fuzzy quality ratings in the form of fuzzy numbers. Finally, these fuzzy quality ratings are plotted on the fuzzy control chart. Out-of-control conditions are formulated based on possibility theory. This fuzzy control chart is analog to the x~ and R charts in statistical process control.
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