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Maximum Likelihood Estimation of Two-Level Latent Variable Models with Mixed Continuous and Polytomous Data

BiometricsPublished 1 September 2001
Sik‐Yum Lee, Jian-Qing Shi
Citations60
SJR quartileQ1
SJR score1.26
SNIP1.20

TL;DR

A maximum likelihood approach is proposed for analyzing a latent variable model with two‐level data set concerning the development and preliminary findings from an AIDS preventative intervention for Filipina commercial sex workers where the relationship between some latent quantities is investigated.

Abstract

Two-level data with hierarchical structure and mixed continuous and polytomous data are very common in biomedical research. In this article, we propose a maximum likelihood approach for analyzing a latent variable model with these data. The maximum likelihood estimates are obtained by a Monte Carlo EM algorithm that involves the Gibbs sampler for approximating the E-step and the M-step and the bridge sampling for monitoring the convergence. The approach is illustrated by a two-level data set concerning the development and preliminary findings from an AIDS preventative intervention for Filipina commercial sex workers where the relationship between some latent quantities is investigated.

Keywords

Computer ScienceMathematics