Estimation and Properties of a Time-Varying EGARCH(1,1) in Mean Model

Sofia Anyfantaki and Antonis Demos

Econometric Reviews, 2016, vol. 35, issue 2, 293-310

Abstract: Time-varying GARCH-M models are commonly employed in econometrics and financial economics. Yet the recursive nature of the conditional variance makes likelihood analysis of these models computationally infeasible. This article outlines the issues and suggests to employ a Markov chain Monte Carlo algorithm which allows the calculation of a classical estimator via the simulated EM algorithm or a simulated Bayesian solution in only O ( T ) computational operations, where T is the sample size. Furthermore, the theoretical dynamic properties of a time-varying-parameter EGARCH(1,1)-M are derived. We discuss them and apply the suggested Bayesian estimation to three major stock markets.

Date: 2016
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Working Paper: Estimation and Properties of a Time-Varying EGARCH(1,1) in Mean Model (2012)
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DOI: 10.1080/07474938.2014.966639

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