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Robust Design via Generalized Linear Models

机译:通过广义线性模型进行稳健设计

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摘要

A single data transformation may fail to satisfy all the required properties necessary for an analysis. With generalized linear models (GLMs), the identification of the mean-variance relationship and the choice of the scale on which the effects are to be measured can be done separately, overcoming the shortcomings of the data-transformation approach. GLMs also provide an extension of the response surface approach. In this paper, we set out the current status of the GLM approach to the analysis of data from quality-improvement experiments and discuss its merits.
机译:单个数据转换可能无法满足分析所需的所有必需属性。使用广义线性模型(GLM),可以分别完成均值-方差关系的识别和测量效果的量表的选择,从而克服了数据转换方法的缺点。 GLM还提供了响应面方法的扩展。在本文中,我们列出了用于质量改进实验数据分析的GLM方法的现状,并讨论了其优点。

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