Latent variable models have been widely used for modeling the dependence structure of multiple outcomes data. As the formulation of a latent variable model is often unknown a priori, misspecification could distort the dependence structure and lead to unreliable model inference. More- over, the multiple outcomes are often of varying types (e.g., continuous and ordinal), which presents analytical challenges. In this article, we present a class of general latent variable models that can accommodate mixed types of outcomes, and further propose a novel selection approach that simultaneously selects latent variables and estimates model parameters. We show that the proposed estimators are consistent, asymptotically normal, and have the Oracle prop...
Latent Variable Models and Factor Analysis provides a comprehensive and unified approach to factor a...
This paper formulates a generalized heterogeneous data model (GHDM) that jointly handles mixed type...
A model in which one observes multiple indicators and multiple causes of several latent variables is...
Latent variable models have been widely used for modelling the dependence structure of multiple outc...
Linear mixed models have been widely used for repeated measurements, longitudinal studies, or multil...
In this article we introduce a latent variable model (LVM) for mixed ordinal and continuous response...
AbstractMixed effect models are fundamental tools for the analysis of longitudinal data, panel data ...
Introduction In many practical situations, we are interested in the effect of covariates on correla...
Latent variable modeling is commonly used in the behavioral, medical and social sciences. The models...
Latent variable models are widely used in social sciences in which interest is centred on entities s...
A joint model for multivariate mixed ordinal and continuous outcomes with potentially non-random mis...
The 3-step approach has been recently advocated over the simultaneous 1-step approach to model a dis...
There is an emerging need to advance linear mixed model technology to include variable selection met...
Multiple outcomes are often collected in applications where the quantity of interest cannot be measu...
In this article we develop a latent class model with class probabilities that depend on subject-spec...
Latent Variable Models and Factor Analysis provides a comprehensive and unified approach to factor a...
This paper formulates a generalized heterogeneous data model (GHDM) that jointly handles mixed type...
A model in which one observes multiple indicators and multiple causes of several latent variables is...
Latent variable models have been widely used for modelling the dependence structure of multiple outc...
Linear mixed models have been widely used for repeated measurements, longitudinal studies, or multil...
In this article we introduce a latent variable model (LVM) for mixed ordinal and continuous response...
AbstractMixed effect models are fundamental tools for the analysis of longitudinal data, panel data ...
Introduction In many practical situations, we are interested in the effect of covariates on correla...
Latent variable modeling is commonly used in the behavioral, medical and social sciences. The models...
Latent variable models are widely used in social sciences in which interest is centred on entities s...
A joint model for multivariate mixed ordinal and continuous outcomes with potentially non-random mis...
The 3-step approach has been recently advocated over the simultaneous 1-step approach to model a dis...
There is an emerging need to advance linear mixed model technology to include variable selection met...
Multiple outcomes are often collected in applications where the quantity of interest cannot be measu...
In this article we develop a latent class model with class probabilities that depend on subject-spec...
Latent Variable Models and Factor Analysis provides a comprehensive and unified approach to factor a...
This paper formulates a generalized heterogeneous data model (GHDM) that jointly handles mixed type...
A model in which one observes multiple indicators and multiple causes of several latent variables is...