Semiparametric Bayesian Modeling of Income Volatility Heterogeneity

Loading...
Thumbnail Image

Related Collections

Degree type

Discipline

Subject

hierarchical Dirichlet process
income volatility
state-space models
Demography, Population, and Ecology
Family, Life Course, and Society
Social and Behavioral Sciences
Sociology

Funder

Grant number

License

Copyright date

Distributor

Related resources

Contributor

Abstract

Research on income risk typically treats its proxy—income volatility, the expected magnitude of income changes—as if it were unchanged for an individual over time, the same for everyone at a point in time, or both. In reality, income risk evolves over time, and some people face more of it than others. To model heterogeneity and dynamics in (unobserved) income volatility, we develop a novel semiparametric Bayesian stochastic volatility model. Our Markovian hierarchical Dirichlet process (MHDP) prior augments the recently developed hierarchical Dirichlet process (HDP) prior to accommodate the serial dependence of panel data. We document dynamics and substantial heterogeneity in income volatility.

Advisor

Date Range for Data Collection (Start Date)

Date Range for Data Collection (End Date)

Digital Object Identifier

Series name and number

Publication date

2012-10-01

Volume number

Issue number

Publisher

Publisher DOI

Journal Issues

Comments

Jensen, Shane T., and Stephen H. Shore. 2012. "Semiparametric Bayesian Modeling of Income Volatility Heterogeneity." PARC Working Paper Series, WPS 12-03.

Recommended citation

Collection