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Robust Split-plot Designs

机译:稳健的分割图设计

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摘要

In many experimental situations, practitioners are confronted with costly, time consuming, or hard-to-change (HTC) factors. These practical or economic restrictions on randomization can be accommodated with a split-plot design structure that minimizes the manipulation of the HTC factors. Selecting a good design is a challenging task and requires knowledge of the opportunities and restrictions imposed by the experimental apparatus and an evaluation of statistical performance among competing designs. Building on the well-established evaluation criteria for the completely randomized context, we emphasize the unique qualitative and quantitative evaluation criteria for split-plot designs. An example from hypersonic propulsion research is used to demonstrate the consideration of multiple design evaluation criteria.
机译:在许多实验情况下,从业人员都面临着昂贵,费时或难以更改(HTC)的因素。这些对随机化的实际或经济限制可以通过最小化HTC因素操纵的分裂图设计结构来解决。选择一个好的设计是一项艰巨的任务,需要了解实验设备施加的机会和限制以及对竞争设计之间统计性能的评估。在针对完全随机上下文的公认标准建立的基础上,我们强调剖分设计的独特定性和定量评估标准。高超音速推进研究的一个例子用来证明对多个设计评估标准的考虑。

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