Mixture‐modelling‐based Bayesian MH‐RM algorithm for the multidimensional 4PLM

Author:

Guo Shaoyang1ORCID,Chen Yanlei2,Zheng Chanjin1ORCID,Li Guiyu3

Affiliation:

1. Shanghai Institute of AI for Education and Department of Educational Psychology of Faculty of Education East China Normal University Shanghai China

2. School of Educational Science Liaocheng University Liaocheng China

3. Faculty of Education, Institute of Curriculum & Instruction East China Normal University Shanghai China

Abstract

AbstractSeveral recent works have tackled the estimation issue for the unidimensional four‐parameter logistic model (4PLM). Despite these efforts, the issue remains a challenge for the multidimensional 4PLM (M4PLM). Fu et al. (2021) proposed a Gibbs sampler for the M4PLM, but it is time‐consuming. In this paper, a mixture‐modelling‐based Bayesian MH‐RM (MM‐MH‐RM) algorithm is proposed for the M4PLM to obtain the maximum a posteriori (MAP) estimates. In a comparison of the MM‐MH‐RM algorithm to the original MH‐RM algorithm, two simulation studies and an empirical example demonstrated that the MM‐MH‐RM algorithm possessed the benefits of the mixture‐modelling approach and could produce more robust estimates with guaranteed convergence rates and fast computation. The MATLAB codes for the MM‐MH‐RM algorithm are available in the online appendix.

Publisher

Wiley

Subject

General Psychology,Arts and Humanities (miscellaneous),General Medicine,Statistics and Probability

Reference48 articles.

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2. Cai L.(2008).A Metropolis‐Hastings Robbins‐Monro algorithm for maximum likelihood nonlinear latent structure analysis with a comprehensive measurement model. [doctoral dissertation University of North Carolina at Chapel Hill]. Chapel Hill.

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