JOURNAL ARTICLE

Marginal models for longitudinal count data with dropouts

Seema ZubairSanjoy K. Sinha

Year: 2020 Journal:   Journal of Statistical Research Vol: 54 (1)Pages: 27-42

Abstract

In this article, we investigate marginal models for analyzing incomplete longitudinal count data with dropouts. Specifically, we explore commonly used generalized estimating equations and weighted generalized estimating equations for fitting log-linear models to count data in the presence of monotone missing responses. A series of simulations were carried out to examine the finite-sample properties of the estimators in the presence of both correctly specified and misspecified dropout mechanisms. An application is provided using actual longitudinal survey data from the Health and Retirement Study (HRS) (HRS, 2019)

Keywords:
Estimator Generalized estimating equation Count data Estimating equations Mathematics Statistics Longitudinal data Missing data Dropout (neural networks) Generalized linear model Marginal model Monotone polygon Applied mathematics Series (stratigraphy) Sample (material) Econometrics Regression analysis Computer science Data mining

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Topics

Statistical Methods and Bayesian Inference
Physical Sciences →  Mathematics →  Statistics and Probability
Advanced Causal Inference Techniques
Physical Sciences →  Mathematics →  Statistics and Probability
Statistical Methods and Inference
Physical Sciences →  Mathematics →  Statistics and Probability
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