We describe a multivariate, multilevel, pseudo maxi-mum likelihood estimation method for multistage strati-fied cluster sampling designs, including finite population and unequal probability sampling. Multilevel models can be estimated with this method while incorporating the sampling design in the standard error computation. De-sign based adjustment of the likelihood ratio test (LRT) statistic is proposed. We also discuss multiple group and subpopulation analysis in this context. Simulation studies are conducted to evaluate the performance of the proposed estimator and test statistic. We also compare the estimators and the LRT adjustments implemented in Mplus and LISREL in simulation studies
This article reviews several basic statistical tools needed for modeling data with sam-pling weights...
Multi-level models provide a convenient framework for analyzing data from survey sam-ples with hiera...
We consider a model-dependent approach for multi-level modelling that accounts for informative proba...
Multilevel modelling is sometimes used for data from complex surveys involving multistage sampling, ...
Data used in social, behavioural, health or biological sciences may have a hierarchical structure du...
Multilevel complex survey data are obtained from study designs that involve multiple stages of sampl...
Data used in social, behavioural, health or biological sciences may have a hierarchical structure du...
Key Words: multilevel pseudo maximum likelihood; sampling weights; multilevel models; multilevel mix...
Most surveys collect data using complex sampling plans that involve selecting both clusters and indi...
Large-scale assessment survey (LSAS) data are collected via complex sampling designs with special fe...
Sampling designs of large-scale, federally funded studies are typically complex, involving multiple ...
Survey data are generally obtained via a complex sampling design involving clustering, stratificatio...
Sampling designs of large-scale, federally funded studies are typically complex, involving multiple ...
When multilevel models are estimated from survey data derived using multistage sampling, unequal sel...
Complex surveys based on multistage design are commonly used to collect large population data. Strat...
This article reviews several basic statistical tools needed for modeling data with sam-pling weights...
Multi-level models provide a convenient framework for analyzing data from survey sam-ples with hiera...
We consider a model-dependent approach for multi-level modelling that accounts for informative proba...
Multilevel modelling is sometimes used for data from complex surveys involving multistage sampling, ...
Data used in social, behavioural, health or biological sciences may have a hierarchical structure du...
Multilevel complex survey data are obtained from study designs that involve multiple stages of sampl...
Data used in social, behavioural, health or biological sciences may have a hierarchical structure du...
Key Words: multilevel pseudo maximum likelihood; sampling weights; multilevel models; multilevel mix...
Most surveys collect data using complex sampling plans that involve selecting both clusters and indi...
Large-scale assessment survey (LSAS) data are collected via complex sampling designs with special fe...
Sampling designs of large-scale, federally funded studies are typically complex, involving multiple ...
Survey data are generally obtained via a complex sampling design involving clustering, stratificatio...
Sampling designs of large-scale, federally funded studies are typically complex, involving multiple ...
When multilevel models are estimated from survey data derived using multistage sampling, unequal sel...
Complex surveys based on multistage design are commonly used to collect large population data. Strat...
This article reviews several basic statistical tools needed for modeling data with sam-pling weights...
Multi-level models provide a convenient framework for analyzing data from survey sam-ples with hiera...
We consider a model-dependent approach for multi-level modelling that accounts for informative proba...