EFFECTS OF STATISTICAL DEPENDENCE ON MULTIPLE TESTING UNDER A HIDDEN MARKOV MODEL

The performance of multiple hypothesis testing is known to be affected by the statistical dependence among random variables involved. The mechanisms responsible for this, however, are not well understood. We study the effects of the dependence structure of a finite state hidden Markov model (HMM) on...

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Veröffentlicht in:The Annals of statistics 2011-02, Vol.39 (1), p.439-473
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description The performance of multiple hypothesis testing is known to be affected by the statistical dependence among random variables involved. The mechanisms responsible for this, however, are not well understood. We study the effects of the dependence structure of a finite state hidden Markov model (HMM) on the likelihood ratios critical for optimal multiple testing on the hidden states. Various convergence results are obtained for the likelihood ratios as the observations of the HMM form an increasing long chain. Analytic expansions of the first and second order derivatives are obtained for the case of binary states, explicitly showing the effects of the parameters of the HMM on the likelihood ratios.
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subjects 62H15
62M02
contraction
Determinism
Ergodic theory
Exact sciences and technology
FDR
General topics
HMM
Hypothesis testing
Markov analysis
Markov chains
Markov models
Mathematical procedures
Mathematical theorems
Mathematics
multiple hypothesis testing
Multivariate analysis
nonlinear filtering
Nonparametric inference
Parametric inference
Perceptron convergence procedure
Probability and statistics
Random variables
Sciences and techniques of general use
Statistics
Studies
Transition probabilities
title EFFECTS OF STATISTICAL DEPENDENCE ON MULTIPLE TESTING UNDER A HIDDEN MARKOV MODEL
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