In this paper, we develop a new volatility model capturing the effects of macroeconomic variables and jump dynamics on the stock volatility. The proposed GARCH-Jump-MIDAS model is applied to the S&P 500 index. Our in-sample results indicate that macroeconomic activities have important impacts on aggregate market volatility. Out-of-sample evidence suggests that our model with macroeconomic variables significantly outperform a wide range of competitors including the original GARCH(1,1), GARCH-MIDAS and GJR-A-MIDAS models. The volatility timing results also show that the information from jumps and macroeconomic activity is helpful for improving the portfolio performance
This paper presents a GARCH type volatility model with a time-varying unconditional volatility which...
This dissertation consists of three related chapters that study financial market volatility, jumps a...
This paper presents a GARCH type volatility model that allows for time-varying uncondi-tional volati...
Purpose: The purpose of this research paper is to analyse the relationship between macroeconomic fun...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
In this paper we examine the predictive power of latent macroeconomic uncertainty on US stock market...
This dissertation consists of three essays that contribute to the literature on jumps in financial v...
In this paper we examine the predictive power of latent macroeconomic uncertainty on US stock market...
The present thesis focuses on exploration of the applicability of realized measures in volatility mo...
This paper proposes asymmetric GARCH-Jump models that synthesize autoregressive jump intensities an...
This paper presents a GARCH type volatility model with a time-varying unconditional volatility which...
This dissertation consists of three related chapters that study financial market volatility, jumps a...
This paper presents a GARCH type volatility model that allows for time-varying uncondi-tional volati...
Purpose: The purpose of this research paper is to analyse the relationship between macroeconomic fun...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
We extend the GARCH–MIDAS model to take into account possible different impacts from positive and ne...
In this paper we examine the predictive power of latent macroeconomic uncertainty on US stock market...
This dissertation consists of three essays that contribute to the literature on jumps in financial v...
In this paper we examine the predictive power of latent macroeconomic uncertainty on US stock market...
The present thesis focuses on exploration of the applicability of realized measures in volatility mo...
This paper proposes asymmetric GARCH-Jump models that synthesize autoregressive jump intensities an...
This paper presents a GARCH type volatility model with a time-varying unconditional volatility which...
This dissertation consists of three related chapters that study financial market volatility, jumps a...
This paper presents a GARCH type volatility model that allows for time-varying uncondi-tional volati...