Inequalities for tail probabilities for the multivariate normal distribution
W. L. Harkness, Ashok V. Godambe
Abstract
W. L. Harkness, Ashok V. Godambe
Abstract
Inequalities for tail probabilities of the multivariate normal distribution are obtained, as a generalization of those given by Feller (1966). Upper and lower bounds are given in the equi-correlated case. For an arbitrary correlation matrix R, an upper bound is obtained, using a result of Slepian (1962) which asserts that certain multivariate normal probabilities are a non-decreasing function of correlations.
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Inequalities for tail probabilities of the multivariate normal distribution are obtained, as a generalization of those given by Feller (1966). Upper and lower bounds are given in the equi-correlated case. For an arbitrary correlation matrix R, an upper bound is obtained, using a result of Slepian (1962) which asserts that certain multivariate normal probabilities are a non-decreasing function of correlations.
Key concepts: Normal-Wishart distribution, Multivariate statistics, Matrix t-distribution, Multivariate normal distribution, Matrix normal distribution, Mathematics, Inverse-Wishart distribution, Multivariate stable distribution