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首页> 外文期刊>Journal of Quality Technology >Practical Inference from. Industrial Split-Plot Designs
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Practical Inference from. Industrial Split-Plot Designs

机译:实用推论。工业分割图设计

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摘要

In many industrial response surface experiments, some of the factors investigated are not reset independently. The resulting experimental design then is of the split-plot type, and the observations in the experiment are in many cases correlated. A proper analysis of the experimental data therefore is a mixed model analysis involving generalized least-squares estimation. Many people, however, analyze the data as if the experiment was completely randomized and estimate the model using ordinary least squares. The purposes of this article are to quantify the differences in conclusions reached from the two methods of analysis and to provide the reader with guidance for analyzing split-plot experiments in practice. The problem of determining the denominator degrees of freedom for significance tests in the mixed model analysis is discussed as well.
机译:在许多工业响应表面实验中,所研究的某些因素并非独立复位。然后,所得的实验设计属于分裂图类型,并且在许多情况下,实验中的观察结果是相关的。因此,对实验数据的适当分析是涉及广义最小二乘估计的混合模型分析。但是,许多人都像对实验进行了完全随机化一样对数据进行分析,并使用普通的最小二乘估计模型。本文的目的是量化从两种分析方法得出的结论之间的差异,并为读者提供实践中分析剖分实验的指导。讨论了在混合模型分析中确定显着性检验的分母自由度的问题。

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