Tian-fang Zhang, Yingxing Duan, Shengli Zhao, Zhiming Li
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引用次数: 0
Abstract
The general minimum lower order confounding (GMC) is a criterion for selecting designs when the experimenter has prior information about the order of the importance of the factors. The paper considers the construction of \(3^{n-m}\) designs under the GMC criterion. Based on some theoretical results, it proves that some large GMC \(3^{n-m}\) designs can be obtained by combining some small resolution IV designs T. All the results for \(4\le \#\{T\} \le 20\) are tabulated in the table, where \(\#\) means the cardinality of a set.
期刊介绍：
Metrika is an international journal for theoretical and applied statistics. Metrika publishes original research papers in the field of mathematical statistics and statistical methods. Great importance is attached to new developments in theoretical statistics, statistical modeling and to actual innovative applicability of the proposed statistical methods and results. Topics of interest include, without being limited to, multivariate analysis, high dimensional statistics and nonparametric statistics; categorical data analysis and latent variable models; reliability, lifetime data analysis and statistics in engineering sciences.
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