We perform a large-scale empirical study in order to compare the forecasting performances of single-regime and Markov-switching GARCH (MSGARCH) models from a risk management perspective. We find that MSGARCH models yield more accurate Value-at-Risk, expected shortfall, and left-tail distribution forecasts than their single-regime counterparts for daily, weekly, and ten-day equity log-returns. Also, our results indicate that accounting for parameter uncertainty improves the left-tail predictions, independently of the inclusion of the Markov-switching mechanism. (C) 2018 The Author(s). Published by Elsevier B.V. on behalf of International Institute of Forecasters
textabstractIn this paper we examine the forecasting performance of five nonlinear GARCH(1,1) models...
We describe the package MSGARCH, which implements Markov-switching GARCH (generalized autoregressive...
In this article, we develop one- and two-component Markov regime-switching conditional volatility mo...
We perform a large-scale empirical study in order to compare the forecasting performances of single-...
© 2018 The Author(s) We perform a large-scale empirical study in order to compare the forecasting pe...
This paper compares and evaluates various generalized autoregressive conditional heteroscedastic (GA...
Many researchers use GARCH models to generate volatility forecasts. Using data on three major U.S. d...
We suggest a Markov regime-switching (MS) Beta-t-EGARCH (exponential generalized autoregressive cond...
This paper describes briefly about GARCH with regime switching (SW-GARCH) following Markov Chain pro...
In this paper, we forecast the volatility of Baht/USDs using Markov Regime Switching GARCH (MRS-GARC...
Markov Regime-Switching GARCH (MRS-GARCH) models have been gaining popularity due to their ability t...
AbstractIn this paper, we forecast the volatility and price of SET50 Index using the Markov Regime S...
We describe the package MSGARCH, which implements Markov-switching GARCH (generalized autoregressive...
This study evaluates the performance of alternative volatility models, including EGARCH, FIEGARCH, E...
This paper investigates inference and volatility forecasting using a Markov switching heteroscedasti...
textabstractIn this paper we examine the forecasting performance of five nonlinear GARCH(1,1) models...
We describe the package MSGARCH, which implements Markov-switching GARCH (generalized autoregressive...
In this article, we develop one- and two-component Markov regime-switching conditional volatility mo...
We perform a large-scale empirical study in order to compare the forecasting performances of single-...
© 2018 The Author(s) We perform a large-scale empirical study in order to compare the forecasting pe...
This paper compares and evaluates various generalized autoregressive conditional heteroscedastic (GA...
Many researchers use GARCH models to generate volatility forecasts. Using data on three major U.S. d...
We suggest a Markov regime-switching (MS) Beta-t-EGARCH (exponential generalized autoregressive cond...
This paper describes briefly about GARCH with regime switching (SW-GARCH) following Markov Chain pro...
In this paper, we forecast the volatility of Baht/USDs using Markov Regime Switching GARCH (MRS-GARC...
Markov Regime-Switching GARCH (MRS-GARCH) models have been gaining popularity due to their ability t...
AbstractIn this paper, we forecast the volatility and price of SET50 Index using the Markov Regime S...
We describe the package MSGARCH, which implements Markov-switching GARCH (generalized autoregressive...
This study evaluates the performance of alternative volatility models, including EGARCH, FIEGARCH, E...
This paper investigates inference and volatility forecasting using a Markov switching heteroscedasti...
textabstractIn this paper we examine the forecasting performance of five nonlinear GARCH(1,1) models...
We describe the package MSGARCH, which implements Markov-switching GARCH (generalized autoregressive...
In this article, we develop one- and two-component Markov regime-switching conditional volatility mo...