peer reviewedThe g-and-h distribution is a flexible model with desirable theoretical properties. Especially, it is able to handle well the complex behavior of loss data. However, parameter estimation is difficult, because the density cannot be written in closed form. In this paper we develop an indirect inference method using the skewed-t distribution as instrumental model. We show that the skewed-t is a well suited auxiliary model and study the numerical issues related to its implementation. A Monte Carlo analysis and an application to operational losses suggest that the indirect inference estimators of the parameters and of the VaR outperform the quantile-based estimators
The Tukey's gh distribution is widely used in situations where skewness and elongation are important...
This paper utilizes the most flexible skewed generalized t (SGT) distribution for describing petrole...
This paper develops a skewed extension of the generalized t (GT) distribution, introduced by McDonal...
peer reviewedIn this paper, we study the estimation of parameters for g-and-h distributions. These ...
none3siThe g-and-h distribution is able to handle well the complex behavior of loss data and applied...
Operational risk has become an important risk component in the banking and insurance world. The avai...
Operational risk has become an important risk component in the banking and insurance world. The avai...
This article deals with the estimation of the parameters of an -stable distribution by the indirect ...
We propose and backtest a multivariate Value-at-Risk model for financial returns based on Tukey's g-...
This article deals with the estimation of the parameters of an α-stable dis-tribution with indirect ...
We apply seven alternative t-distributions to estimate the market risk measures Value at Risk (VaR) ...
Recently the Haezendonck-Goovaerts (H-G) risk measure is receiving much attention in actuarial scien...
Operational risk in recent years has become an important part of banks, insurance companies and fina...
AbstractOne of primary tools used to assess the financial risk is Value-at-Risk (VaR). It turns to b...
This paper investigates estimation of extreme risk in a number of stock markets in the Gulf Coopera...
The Tukey's gh distribution is widely used in situations where skewness and elongation are important...
This paper utilizes the most flexible skewed generalized t (SGT) distribution for describing petrole...
This paper develops a skewed extension of the generalized t (GT) distribution, introduced by McDonal...
peer reviewedIn this paper, we study the estimation of parameters for g-and-h distributions. These ...
none3siThe g-and-h distribution is able to handle well the complex behavior of loss data and applied...
Operational risk has become an important risk component in the banking and insurance world. The avai...
Operational risk has become an important risk component in the banking and insurance world. The avai...
This article deals with the estimation of the parameters of an -stable distribution by the indirect ...
We propose and backtest a multivariate Value-at-Risk model for financial returns based on Tukey's g-...
This article deals with the estimation of the parameters of an α-stable dis-tribution with indirect ...
We apply seven alternative t-distributions to estimate the market risk measures Value at Risk (VaR) ...
Recently the Haezendonck-Goovaerts (H-G) risk measure is receiving much attention in actuarial scien...
Operational risk in recent years has become an important part of banks, insurance companies and fina...
AbstractOne of primary tools used to assess the financial risk is Value-at-Risk (VaR). It turns to b...
This paper investigates estimation of extreme risk in a number of stock markets in the Gulf Coopera...
The Tukey's gh distribution is widely used in situations where skewness and elongation are important...
This paper utilizes the most flexible skewed generalized t (SGT) distribution for describing petrole...
This paper develops a skewed extension of the generalized t (GT) distribution, introduced by McDonal...