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Bayesian Inference for Prevalence in Longitudinal Two‐Phase Studies
by
Costello, Elizabeth J.
, Soyer, Refik
, Erkanli, Alaattin
in
Adolescent
/ Adolescents
/ Alcohol Drinking - epidemiology
/ alcohols
/ Bayes Theorem
/ Bayesian inference
/ Bayesian theory
/ Biometrics
/ Biometry
/ Child
/ Deviance information criterion
/ drugs
/ Gibbs sampling
/ Great Smoky Mountain region
/ Humans
/ Inference
/ Longitudinal Studies
/ Markov chain
/ Markov Chains
/ Model selection
/ Modeling
/ Models, Statistical
/ Monte Carlo Method
/ North Carolina - epidemiology
/ Parametric models
/ Prevalence estimation
/ Probability
/ Probit regression
/ Rural Population
/ Sampling bias
/ Sampling distributions
/ screening
/ Screening tests
/ Sensitivity and Specificity
/ Substance-Related Disorders - epidemiology
1999
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Bayesian Inference for Prevalence in Longitudinal Two‐Phase Studies
by
Costello, Elizabeth J.
, Soyer, Refik
, Erkanli, Alaattin
in
Adolescent
/ Adolescents
/ Alcohol Drinking - epidemiology
/ alcohols
/ Bayes Theorem
/ Bayesian inference
/ Bayesian theory
/ Biometrics
/ Biometry
/ Child
/ Deviance information criterion
/ drugs
/ Gibbs sampling
/ Great Smoky Mountain region
/ Humans
/ Inference
/ Longitudinal Studies
/ Markov chain
/ Markov Chains
/ Model selection
/ Modeling
/ Models, Statistical
/ Monte Carlo Method
/ North Carolina - epidemiology
/ Parametric models
/ Prevalence estimation
/ Probability
/ Probit regression
/ Rural Population
/ Sampling bias
/ Sampling distributions
/ screening
/ Screening tests
/ Sensitivity and Specificity
/ Substance-Related Disorders - epidemiology
1999
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Do you wish to request the book?
Bayesian Inference for Prevalence in Longitudinal Two‐Phase Studies
by
Costello, Elizabeth J.
, Soyer, Refik
, Erkanli, Alaattin
in
Adolescent
/ Adolescents
/ Alcohol Drinking - epidemiology
/ alcohols
/ Bayes Theorem
/ Bayesian inference
/ Bayesian theory
/ Biometrics
/ Biometry
/ Child
/ Deviance information criterion
/ drugs
/ Gibbs sampling
/ Great Smoky Mountain region
/ Humans
/ Inference
/ Longitudinal Studies
/ Markov chain
/ Markov Chains
/ Model selection
/ Modeling
/ Models, Statistical
/ Monte Carlo Method
/ North Carolina - epidemiology
/ Parametric models
/ Prevalence estimation
/ Probability
/ Probit regression
/ Rural Population
/ Sampling bias
/ Sampling distributions
/ screening
/ Screening tests
/ Sensitivity and Specificity
/ Substance-Related Disorders - epidemiology
1999
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Bayesian Inference for Prevalence in Longitudinal Two‐Phase Studies
Journal Article
Bayesian Inference for Prevalence in Longitudinal Two‐Phase Studies
1999
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Overview
We consider Bayesian inference and model selection for prevalence estimation using a longitudinal two‐phase design in which subjects initially receive a low‐cost screening test followed by an expensive diagnostic test conducted on several occasions. The change in the subject's diagnostic probability over time is described using four mixed‐effects probit models in which the subject‐specific effects are captured by latent variables. The computations are performed using Markov chain Monte Carlo methods. These models are then compared using the deviance information criterion. The methodology is illustrated with an analysis of alcohol and drug use in adolescents using data from the Great Smoky Mountains Study.
Publisher
Blackwell Publishing Ltd,International Biometric Society
Subject
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