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Two-level fractional factorial designs in blocks of size two for the orthogonal estimation of all main effects and two-factor interactions

机译:大小为2的块中的两级分数阶乘设计,用于正交估计所有主要效应和两因素相互作用

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摘要

In this paper we consider the problem of constructing two-level fractional factorial de- signs in blocks of size two that allow for the orthogonal estimation of all main effects and two-factor interactions (after adjusting for blocks). This problem has been considered in the literature, e.g., see Yang and Draper (2003), Wang (2004) and Kerr (2006). In this pa- per we give two systematic methods for the construction of such designs. The first con- struction method gives in many situations designs requiring fewer runs than those designs previously given whereas the second method gives a systematic method for constructing designs analogous to those illustrated in Yang and Draper (2003) by example.
机译:在本文中,我们考虑了在大小为2的块中构造两级分数阶因式设计的问题,该问题允许正交估计所有主要影响和两因素相互作用(调整块后)。在文献中已经考虑了该问题,例如,参见Yang和Draper(2003),Wang(2004)和Kerr(2006)。在本文中,我们给出了构建此类设计的两种系统方法。在许多情况下,第一种构造方法所提供的设计所需的运行次数少于先前给出的设计,而第二种方法则提供了一种系统的方法来构造类似于杨和德雷珀(2003)举例说明的设计。

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