In this article, dichotomous variables are used to compare between linear and nonlinear Bayesian structural equation models. Gibbs sampling method is applied for estimation and model comparison. Statistical inferences that involve estimation of parameters and their standard deviations and residuals analysis for testing the selected model are discussed. Hidden continuous normal distribution (censored normal distribution) is used to solve the problem of dichotomous variables. The proposed procedure is illustrated by a simulation data obtained from R program. Analyses are done by using R2WinBUGS package in R-program
"The goal of this paper is to provide all the technical details required to implement Gibbs sampling...
The purpose of this paper is to develop a latent variable model with nonlinear covariates and latent...
Keywords: Bayesian analysis, Finite mixture, Gibbs sampler, Langevin-Hasting sampler, MH sampler, Mo...
In this article, dichotomous variables are used to compare between linear and nonlinear Bayesian str...
In this paper, ordered categorical variables are used to compare between linear and nonlinear Bayesi...
In this paper, Bayesian analysis is used in nonlinear structural equation models with two population...
The purpose of this paper is to describe the mixed variables (ordered categorical and dichotomous) i...
In this paper, ordered categorical variables are used to compare between linear and nonlinear intera...
In this paper, ordered categorical variables are used to compare between linear and nonlinear Bayesi...
In this paper, Bayesian analysis is used in nonlinear structural equation models with two population...
In this paper ordered categorical variables are used in Bayesian multiple group nonlinear structural...
This paper is designed to give a complete overview of the literature that is available, as it relate...
Abstract: "The Gibbs sampler can be used to obtain samples of arbitrary size from the posterior dist...
AbstractNon-linear structural equation models are widely used to analyze the relationships among out...
Non-linear structural equation models are widely used to analyze the relationships among outcomes an...
"The goal of this paper is to provide all the technical details required to implement Gibbs sampling...
The purpose of this paper is to develop a latent variable model with nonlinear covariates and latent...
Keywords: Bayesian analysis, Finite mixture, Gibbs sampler, Langevin-Hasting sampler, MH sampler, Mo...
In this article, dichotomous variables are used to compare between linear and nonlinear Bayesian str...
In this paper, ordered categorical variables are used to compare between linear and nonlinear Bayesi...
In this paper, Bayesian analysis is used in nonlinear structural equation models with two population...
The purpose of this paper is to describe the mixed variables (ordered categorical and dichotomous) i...
In this paper, ordered categorical variables are used to compare between linear and nonlinear intera...
In this paper, ordered categorical variables are used to compare between linear and nonlinear Bayesi...
In this paper, Bayesian analysis is used in nonlinear structural equation models with two population...
In this paper ordered categorical variables are used in Bayesian multiple group nonlinear structural...
This paper is designed to give a complete overview of the literature that is available, as it relate...
Abstract: "The Gibbs sampler can be used to obtain samples of arbitrary size from the posterior dist...
AbstractNon-linear structural equation models are widely used to analyze the relationships among out...
Non-linear structural equation models are widely used to analyze the relationships among outcomes an...
"The goal of this paper is to provide all the technical details required to implement Gibbs sampling...
The purpose of this paper is to develop a latent variable model with nonlinear covariates and latent...
Keywords: Bayesian analysis, Finite mixture, Gibbs sampler, Langevin-Hasting sampler, MH sampler, Mo...