Efficiency of analysis using generalized estimation equations is enhanced when intracluster correlation structure is accurately modeled. We compare two existing criteria (a quasi-likelihood information criterion, and the Rotnitzky-Jewell criterion) to identify the true correlation structure via simulations with Gaussian or binomial response, covariates varying at cluster or observation level, and exchangeable or AR(l) intracluster correlation structure. Rotnitzky and Jewell's approach performs better when the true intracluster correlation structure is exchangeable, while the quasi-likelihood criteria performs better for an AR(l) structure
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...
Longitudinal data analysis is common in biomedical research area. Generalized estimating equations (...
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...
The method of generalized estimating equations models the association between the repeated observati...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate correlation structure in analyzing longitudinal data can greatly improve th...
Selecting an appropriate correlation structure in analyzing longitudinal data can greatly improve th...
Generalized estimating equations (GEE) incorporate a working correlation structure that is important...
The Generalized Estimating Equations (GEE) method is one of the most commonly used statistical metho...
The well-known generalized estimating equations is a very popular approach for analyzing longitudina...
The well‐known generalized estimating equations is a very popular approach for analyzing longitudina...
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...
Longitudinal data analysis is common in biomedical research area. Generalized estimating equations (...
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...
The method of generalized estimating equations models the association between the repeated observati...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate working correlation structure is pertinent to clustered data analysis using...
Selecting an appropriate correlation structure in analyzing longitudinal data can greatly improve th...
Selecting an appropriate correlation structure in analyzing longitudinal data can greatly improve th...
Generalized estimating equations (GEE) incorporate a working correlation structure that is important...
The Generalized Estimating Equations (GEE) method is one of the most commonly used statistical metho...
The well-known generalized estimating equations is a very popular approach for analyzing longitudina...
The well‐known generalized estimating equations is a very popular approach for analyzing longitudina...
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...
Longitudinal data analysis is common in biomedical research area. Generalized estimating equations (...
The generalized estimating equations (GEE) method is popular for analyzing clustered and longitudina...