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|a (JST)3647564
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|a DE-627
|b ger
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|a eng
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|a Bartolucci, Francesco
|e verfasserin
|4 aut
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|a Likelihood Inference for a Class of Latent Markov Models under Linear Hypotheses on the Transition Probabilities
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|c 2006
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|a Text
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|a Computermedien
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|a For a class of latent Markov models for discrete variables having a longitudinal structure, we introduce an approach for formulating and testing linear hypotheses on the transition probabilities of the latent process. For the maximum likelihood estimation of a latent Markov model under hypotheses of this type, we outline an EM algorithm that is based on well-known recursions in the hidden Markov literature. We also show that, under certain assumptions, the asymptotic null distribution of the likelihood ratio statistic for testing a linear hypothesis on the transition probabilities of a latent Markov model, against a less stringent linear hypothesis on the transition probabilities of the same model, is of $\bar\chi^2$ type. As a particular case, we derive the asymptotic distribution of the likelihood ratio statistic between a latent class model and its latent Markov version, which may be used to test the hypothesis of absence of transition between latent states. The approach is illustrated through a series of simulations and two applications, the first of which is based on educational testing data that have been collected within the National Assessment of Educational Progress 1996, and the second on data, concerning the use of marijuana, which have been collected within the National Youth Survey 1976-1980.
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|a Copyright 2006 The Royal Statistical Society and Blackwell Publishing Ltd.
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|a Boundary Problem
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|a Constrained Statistical Inference
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|a EM Algorithm
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|a Item Response Theory
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|a Latent Class Model
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|a Longitudinal Data
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|a Mathematics
|x Applied mathematics
|x Statistics
|x Applied statistics
|x Statistical models
|x Parametric models
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|a Mathematics
|x Pure mathematics
|x Probability theory
|x Stochastic models
|x Markov models
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|a Mathematics
|x Pure mathematics
|x Probability theory
|x Probabilities
|x Transition probabilities
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|a Mathematics
|x Pure mathematics
|x Linear algebra
|x Matrix theory
|x Matrices
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|a Mathematics
|x Pure mathematics
|x Linear algebra
|x Vector analysis
|x Mathematical vectors
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|a Behavioral sciences
|x Psychology
|x Cognitive psychology
|x Cognitive processes
|x Thought processes
|x Reasoning
|x Inference
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|a Applied sciences
|x Research methods
|x Modeling
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|a Mathematics
|x Mathematical analysis
|x Recursion
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|a Mathematics
|x Pure mathematics
|x Probability theory
|x Random variables
|x Stochastic processes
|x Markov processes
|x Markov chains
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|a Mathematics
|x Applied mathematics
|x Mathematical modeling
|x Parameterization
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|a research-article
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|i Enthalten in
|t Journal of the Royal Statistical Society. Series B (Statistical Methodology)
|d Blackwell Publishers
|g 68(2006), 2, Seite 155-178
|w (DE-627)30219746X
|w (DE-600)1490719-7
|x 14679868
|7 nnns
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|g volume:68
|g year:2006
|g number:2
|g pages:155-178
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|u https://www.jstor.org/stable/3647564
|3 Volltext
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|d 68
|j 2006
|e 2
|h 155-178
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