In the absence of investment and dividend payments, the surplus is modeled by a Brownian motion. But now assume that the surplus earns investment income at a constant rate of credit interest. Dividends are paid to the shareholders according to a barrier strategy. It is shown how the expected discounted value of the dividends and the optimal dividend barrier can be calculated; Kummer's confluent hypergeometric differential equation plays a key role in this context. An alternative assumption is that business can go on after ruin, as long as it is profitable. When the surplus is negative, a higher rate of debit interest is applied. Several numerical examples document the influence of the parameters on the optimal dividend strategy.link_to_subs...
In this paper, we consider a company where surplus follows a rather general di usion process and who...
We study the optimal dividend problem where the surplus process of an insurance company is modelled ...
In this paper asset and liability values are modeled by geometric Brownian motions. In the first par...
In the absence of investment and dividend payments, the surplus is modeled by a Brownian motion. But...
AbstractIn this paper, we consider a Brownian motion risk model, and in addition, the surplus earns ...
The optimal dividend problem proposed by de Finetti [de Finetti, B., 1957. Su un?impostazione altern...
In the absence of dividends, the surplus of a company is modeled by a Wiener process (or Brownian mo...
We consider the compound Poisson risk model with debit interest and dividend payments. The model ass...
Consider the classical compound Poisson model of risk theory, in which dividends are paid to the sha...
C1 - Refereed Journal ArticleWe consider a situation originally discussed by De Finetti (1957) in wh...
This paper investigates dividend optimization of an insurance corporation under a more realistic mod...
We consider a classical risk model with dividend payments and capital injections. Thereby, the surpl...
The paper studies a discrete counterpart of Gerber et al. (2006). The surplus of an insurance compa...
We study an optimal dividend problem under a bankruptcy constraint. Firms face a trade‐off between p...
In this paper we consider a company whose assets and liabilities evolve according to a correlated bi...
In this paper, we consider a company where surplus follows a rather general di usion process and who...
We study the optimal dividend problem where the surplus process of an insurance company is modelled ...
In this paper asset and liability values are modeled by geometric Brownian motions. In the first par...
In the absence of investment and dividend payments, the surplus is modeled by a Brownian motion. But...
AbstractIn this paper, we consider a Brownian motion risk model, and in addition, the surplus earns ...
The optimal dividend problem proposed by de Finetti [de Finetti, B., 1957. Su un?impostazione altern...
In the absence of dividends, the surplus of a company is modeled by a Wiener process (or Brownian mo...
We consider the compound Poisson risk model with debit interest and dividend payments. The model ass...
Consider the classical compound Poisson model of risk theory, in which dividends are paid to the sha...
C1 - Refereed Journal ArticleWe consider a situation originally discussed by De Finetti (1957) in wh...
This paper investigates dividend optimization of an insurance corporation under a more realistic mod...
We consider a classical risk model with dividend payments and capital injections. Thereby, the surpl...
The paper studies a discrete counterpart of Gerber et al. (2006). The surplus of an insurance compa...
We study an optimal dividend problem under a bankruptcy constraint. Firms face a trade‐off between p...
In this paper we consider a company whose assets and liabilities evolve according to a correlated bi...
In this paper, we consider a company where surplus follows a rather general di usion process and who...
We study the optimal dividend problem where the surplus process of an insurance company is modelled ...
In this paper asset and liability values are modeled by geometric Brownian motions. In the first par...