The hierarchical linear model in a linear model with nested random coefficients, fruitfully used for multilevel research. A tutorial is presented on the use of this model for the analysis of longitudinal data, i.e., repeated data on the same subjects. An important advantage of this approach is that differences across subjects in the numbers and spacings of measurement occasions do not present a problem, and that changing covariates can easily be handled. The tutorial approaches the longitudinal data as measurements on populations of (subject-specific) functions
Longitudinal or panel data analysis refers to the statistical analysis of pooled data which consists...
This tutorial aims to introduce Hierarchical Linear Modeling (HLM). A simple explanation of HLM is p...
Researchers in education and many other fields (e.g., psychology, sociology) are frequently confront...
The hierarchical linear model in a linear model with nested random coefficients, fruitfully used for...
The hierarchical linear model in a linear model with nested random coefficients, fruitfully used for...
The power properties of traditional repeated measures and hierarchical linear models have not been c...
Longitudinal panel data examples are used to illustrate estimation methods for individual growth cur...
Abstract Purpose This paper aims to discuss multilevel modeling for longitudinal data, clarifying ...
Longitudinal data arise when individuals are measured several times during an ob- servation period a...
repeated measures, growth curve analysis, longitudinal data, multilevel analysis, hierarchical linea...
Purpose – This paper aims to discuss multilevel modeling for longitudinal data, clarifying the circu...
Longitudinal panel data examples are used to illustrate estimation methods for individual growth cur...
Repeated measurements often are analyzed by multivariate analysis of variance (MANOVA). An alternati...
Repeated measurements often are analyzed by multivariate analysis of variance (MANOVA). An alternati...
Longitudinal or panel data analysis refers to the statistical analysis of pooled data which consists...
Longitudinal or panel data analysis refers to the statistical analysis of pooled data which consists...
This tutorial aims to introduce Hierarchical Linear Modeling (HLM). A simple explanation of HLM is p...
Researchers in education and many other fields (e.g., psychology, sociology) are frequently confront...
The hierarchical linear model in a linear model with nested random coefficients, fruitfully used for...
The hierarchical linear model in a linear model with nested random coefficients, fruitfully used for...
The power properties of traditional repeated measures and hierarchical linear models have not been c...
Longitudinal panel data examples are used to illustrate estimation methods for individual growth cur...
Abstract Purpose This paper aims to discuss multilevel modeling for longitudinal data, clarifying ...
Longitudinal data arise when individuals are measured several times during an ob- servation period a...
repeated measures, growth curve analysis, longitudinal data, multilevel analysis, hierarchical linea...
Purpose – This paper aims to discuss multilevel modeling for longitudinal data, clarifying the circu...
Longitudinal panel data examples are used to illustrate estimation methods for individual growth cur...
Repeated measurements often are analyzed by multivariate analysis of variance (MANOVA). An alternati...
Repeated measurements often are analyzed by multivariate analysis of variance (MANOVA). An alternati...
Longitudinal or panel data analysis refers to the statistical analysis of pooled data which consists...
Longitudinal or panel data analysis refers to the statistical analysis of pooled data which consists...
This tutorial aims to introduce Hierarchical Linear Modeling (HLM). A simple explanation of HLM is p...
Researchers in education and many other fields (e.g., psychology, sociology) are frequently confront...