Modelling one-dimensional data can be performed by different wellknown ways. Modelling two-dimensional data is a more open question. There is no unique way to describe dependency of two dimensional data. In this thesis dependency is modelled by copulas. Insurance data from two different regions (Göinge and Kronoberg) in Southern Sweden is investigated. It is found that a suitable model is that marginal data are Normal Inverse Gaussian distributed and copula is a better dependence measure than the usual linear correlation together with Gaussian marginals.
ISBN 07340 3573 XIn this paper we select various practically tractable copulas and demonstrate their...
We construct a copula from the skew t distribution of Sahu, Dey & Branco (2003). This copula can...
This paper demonstrates how empirical copulas can be used to describe and model spatial dependence s...
Modelling one-dimensional data can be performed by different wellknown ways. Modelling two-dimension...
Understanding and quantifying dependence is at the core of all modelling efforts in the areas of ins...
Quantification of risks is one of the pillars of the contemporary insurance industry. Natural catast...
Random effects models are of particular importance in modeling heterogeneity. A commonly used random...
Modeling the dependence between risks is crucial for the computation of the economic capital and the...
© 2019 Walter de Gruyter GmbH, Berlin/Boston. This paper investigates dependence among insurance cla...
This paper aims to present copulas, as a modeling tool which will give the 'richer' dependency stru...
The increase in the use of copulas has introduced implementation issues for both practitioners and r...
Copulas provide a potential useful modeling tool to represent the dependence structure among variab...
Applied researchers often face the challenge to estimate a competing risks model without having know...
Considerable focus in the world of insurance risk quantification is placed on modeling loss values f...
One basic problem in statistical sciences is to understand the relationships among multivariate outc...
ISBN 07340 3573 XIn this paper we select various practically tractable copulas and demonstrate their...
We construct a copula from the skew t distribution of Sahu, Dey & Branco (2003). This copula can...
This paper demonstrates how empirical copulas can be used to describe and model spatial dependence s...
Modelling one-dimensional data can be performed by different wellknown ways. Modelling two-dimension...
Understanding and quantifying dependence is at the core of all modelling efforts in the areas of ins...
Quantification of risks is one of the pillars of the contemporary insurance industry. Natural catast...
Random effects models are of particular importance in modeling heterogeneity. A commonly used random...
Modeling the dependence between risks is crucial for the computation of the economic capital and the...
© 2019 Walter de Gruyter GmbH, Berlin/Boston. This paper investigates dependence among insurance cla...
This paper aims to present copulas, as a modeling tool which will give the 'richer' dependency stru...
The increase in the use of copulas has introduced implementation issues for both practitioners and r...
Copulas provide a potential useful modeling tool to represent the dependence structure among variab...
Applied researchers often face the challenge to estimate a competing risks model without having know...
Considerable focus in the world of insurance risk quantification is placed on modeling loss values f...
One basic problem in statistical sciences is to understand the relationships among multivariate outc...
ISBN 07340 3573 XIn this paper we select various practically tractable copulas and demonstrate their...
We construct a copula from the skew t distribution of Sahu, Dey & Branco (2003). This copula can...
This paper demonstrates how empirical copulas can be used to describe and model spatial dependence s...