This work focuses on investigating the evolution of different traits of psychosis during the COVID-19 pandemic. We develop a Bayesian nonparametric mixture model for multivariate categorical data, which characterizes the population’ psychosis via a set of latent psychological profiles. Leveraging a time- and covariate- dependent stick-breaking construction for the mixture weights, the proposed specification characterizes the dynamic evolution of such latent traits across the pandemic, measuring the effect of subject-specific demographic information such as sex and age of the individuals.
Bayesian nonparametric dynamic modeling of psychological traits
Emanuele Aliverti
2021
Abstract
This work focuses on investigating the evolution of different traits of psychosis during the COVID-19 pandemic. We develop a Bayesian nonparametric mixture model for multivariate categorical data, which characterizes the population’ psychosis via a set of latent psychological profiles. Leveraging a time- and covariate- dependent stick-breaking construction for the mixture weights, the proposed specification characterizes the dynamic evolution of such latent traits across the pandemic, measuring the effect of subject-specific demographic information such as sex and age of the individuals.File in questo prodotto:
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