We propose a semi-parametric method for unconditional Value-at-Risk (VaR) evaluation. The largest risks are modelled parametrically, while smaller risks are captured by the non-parametric empirical distribution function. A comparison of methods on a portfolio of stock and option returns reveals that at the 5% level the RiskMetrics analysis is best, but for predictions of low probability worst outcomes, it strongly underpredicts the VaR while the semi-parametric method is the most accurate
International audienceContrary to the current regulatory trend regarding extreme risks, the purpose ...
Portfolio risk management is a complicated process, which requires an attentive data analysis and a ...
We compare the traditional GARCH models with a semiparametric approach based on extreme value theory...
textabstractWe propose a semi-parametric method for unconditional Value-at-Risk (VaR) evaluation. Th...
textabstractAccurate prediction of the frequency of extreme events is of primary importance in many ...
This paper compares a number of different extreme value models for determining the value at risk (Va...
Assessing the extreme events is crucial in financial risk management. All risk managers and and fina...
Parametric VaR (Value-at-Risk) is widely used due to its simplicity and easy calculation. However, t...
This paper develops an unconditional and conditional extreme value approach to calculating value at ...
Value at Risk (VaR) is a measure of the maximum potential change in value of a portfolio of financia...
In this paper we review certain aspects around the Value-at-Risk, which is nowadays the industry ben...
The topic of the presented work is Value-at-Risk (VaR) and its estimation. VaR is a financial risk m...
textabstractA scientific way of looking beyond the worst-case return is to employ statistical extrem...
Includes bibliographical references.The main aim of the study was to test the applicability of publi...
Assessing the extreme events is crucial in financial risk management. All risk managers and financia...
International audienceContrary to the current regulatory trend regarding extreme risks, the purpose ...
Portfolio risk management is a complicated process, which requires an attentive data analysis and a ...
We compare the traditional GARCH models with a semiparametric approach based on extreme value theory...
textabstractWe propose a semi-parametric method for unconditional Value-at-Risk (VaR) evaluation. Th...
textabstractAccurate prediction of the frequency of extreme events is of primary importance in many ...
This paper compares a number of different extreme value models for determining the value at risk (Va...
Assessing the extreme events is crucial in financial risk management. All risk managers and and fina...
Parametric VaR (Value-at-Risk) is widely used due to its simplicity and easy calculation. However, t...
This paper develops an unconditional and conditional extreme value approach to calculating value at ...
Value at Risk (VaR) is a measure of the maximum potential change in value of a portfolio of financia...
In this paper we review certain aspects around the Value-at-Risk, which is nowadays the industry ben...
The topic of the presented work is Value-at-Risk (VaR) and its estimation. VaR is a financial risk m...
textabstractA scientific way of looking beyond the worst-case return is to employ statistical extrem...
Includes bibliographical references.The main aim of the study was to test the applicability of publi...
Assessing the extreme events is crucial in financial risk management. All risk managers and financia...
International audienceContrary to the current regulatory trend regarding extreme risks, the purpose ...
Portfolio risk management is a complicated process, which requires an attentive data analysis and a ...
We compare the traditional GARCH models with a semiparametric approach based on extreme value theory...