The basic stochastic volatility (SV) model does not take into account the possible skewness of a time series. In order to overcome this drawback, we introduce a generalisation of such a model based on the assumption that the observations follow the Skew Normal distribution rather than the Normal one. The degree of skewness is regulated by an appropriate parameter; when this parameter is equal to zero, the proposed model is equivalent to the basic SV model. It turns out especially appropriate for daily stock returns
textabstractThe stochastic volatility model usually incorporates asymmetric effects by introducing t...
There has been renewed interest in power laws and various types of self-similarity in many financial...
This paper tests a stochastic volatility model of exchange rates which links both the level of volat...
In this paper I present a new single factor stochastic volatility model for asset return observed in...
Assume that returns on an asset are given by rt = µ+ σtt as we did last week. In GARCH-type models, ...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
While the time-varying volatility of financial returns has been extensively modelled, most existing ...
This paper introduces the concept of stochastic volatility of volatility in continuous time and, hen...
Most of the empirical applications of the stochatic volatility (SV) model are based on the assumptio...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
The returns of many financial assets show significant skewness, but in the litera-ture this issue is...
This paper proposes a new stochastic volatility model to represent the dynamic evolution of conditi...
Abstract. We propose a simple stochastic volatility model which is analytically tractable, very easy...
Understanding both the dynamics of volatility and the shape of the distribution of returns condition...
textabstractThe stochastic volatility model usually incorporates asymmetric effects by introducing t...
There has been renewed interest in power laws and various types of self-similarity in many financial...
This paper tests a stochastic volatility model of exchange rates which links both the level of volat...
In this paper I present a new single factor stochastic volatility model for asset return observed in...
Assume that returns on an asset are given by rt = µ+ σtt as we did last week. In GARCH-type models, ...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
While the time-varying volatility of financial returns has been extensively modelled, most existing ...
This paper introduces the concept of stochastic volatility of volatility in continuous time and, hen...
Most of the empirical applications of the stochatic volatility (SV) model are based on the assumptio...
This paper proposes a GARCH-type model allowing for time-varying volatility, skewness and kurtosis. ...
The returns of many financial assets show significant skewness, but in the litera-ture this issue is...
This paper proposes a new stochastic volatility model to represent the dynamic evolution of conditi...
Abstract. We propose a simple stochastic volatility model which is analytically tractable, very easy...
Understanding both the dynamics of volatility and the shape of the distribution of returns condition...
textabstractThe stochastic volatility model usually incorporates asymmetric effects by introducing t...
There has been renewed interest in power laws and various types of self-similarity in many financial...
This paper tests a stochastic volatility model of exchange rates which links both the level of volat...