Conditional test for rank in bivariate canonical correlation analysis
Bent Juhl Nielsen
Abstract
Bent Juhl Nielsen
Abstract
The likelihood ratio test for the hypothesis that the smaller of two canonical correlations is zero is nonsimilar; the distribution of the test statistic depends on the value of the largest canonical correlation. In applications the nuisance parameter usually has to be estimated, and this paper describes the distributional properties of the test, conditional on the estimator. Although these properties depend on the nuisance parameter, the dependency seems to be negligible for practical purposes.
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The likelihood ratio test for the hypothesis that the smaller of two canonical correlations is zero is nonsimilar; the distribution of the test statistic depends on the value of the largest canonical correlation. In applications the nuisance parameter usually has to be estimated, and this paper describes the distributional properties of the test, conditional on the estimator. Although these properties depend on the nuisance parameter, the dependency seems to be negligible for practical purposes.
Key concepts: Mathematics, Canonical correlation, Bivariate analysis, Statistics, Canonical analysis, Nuisance parameter, Test statistic, Dependency (UML)