An Asymptotic Acceptance of Aligned Rank Tests under Alternatives of Contaminated Distributions in a Randomized-Blocks Design
随机区组设计中污染分布备择下对齐秩检验的渐近表现AI 解读 ↓
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Asymptotic noncentral X 2 distributions of aligned rank test statistics under a contiguous sequence of alternatives of contaminated distributions are obtained as the number of blocks tends to infinity in a randomized-blocks design with one observation per cell. I show that the asymptotic relative efficiency of the aligned rank test, with respect to the likelihood ratio F test under the sequence of these alternatives, is one in the case of normal scores and is nearly equal to one in the case of linear scores when a distribution of a null hypothesis is normal. As numerical results, the asymptotic powers of the aligned rank tests are superior to those of the Friedman-type tests and the Anderson test.