We consider the investment problem for a non-life insurance company seeking to minimize the ruin probability. Its reserve is described by a perturbed risk process possibly correlated with the financial market. Assuming exponential claim size, the Hamilton-Jacobi-Bellman equation reduces to a first order nonlinear ordinary differential equation, which seems hard to solve explicitly. We study the qualitative behavior of its solution and determine the Cramér-Lundberg approximation. Moreover, our approach enables to find very naturally that the optimal investment strategy is not constant. Then, we analyze how much the company looses by adopting sub-optimal constant (amount) investment strategies
We consider an insurance company whose risk reserve is given by a Brownian motion with drift and whi...
Optimal investment and reinsurance strategies for an insurer with state-dependent constraints are co...
We investigate an insurer's optimal investment and liability problem by maximizing the expected term...
We consider the investment problem for a non-life insurance company seeking to minimize the ruin pro...
We consider an insurance company whose surplus is represented by the classical Cramer-Lundberg proce...
Abstract. We consider an insurance company whose surplus is represented by the classical Cramer-Lund...
In this work, we examine the combined problem of optimal portfolio selection rules for an insurer in...
The aim of this paper is to construct an optimal investment strategy for a non-life insurance busine...
We consider an insurance business with a Cramer-Lundberg risk process and an in-vestment portfolio c...
We consider a problem of optimal reinsurance and investment for an insurance company whose surplus i...
In this paper, we study optimal investment-reinsurance strategies for an insurer who faces model unc...
In this paper we consider the problem of an insurance company where the wealth of the insurer is des...
Abstract This paper investigates optimal investment and reinsurance policies for an insurance compan...
This paper illustrates the application of stochastic control methods in managing the risk associated...
In this paper, we work with a diffusion-perturbed risk model comprising a surplus generating process...
We consider an insurance company whose risk reserve is given by a Brownian motion with drift and whi...
Optimal investment and reinsurance strategies for an insurer with state-dependent constraints are co...
We investigate an insurer's optimal investment and liability problem by maximizing the expected term...
We consider the investment problem for a non-life insurance company seeking to minimize the ruin pro...
We consider an insurance company whose surplus is represented by the classical Cramer-Lundberg proce...
Abstract. We consider an insurance company whose surplus is represented by the classical Cramer-Lund...
In this work, we examine the combined problem of optimal portfolio selection rules for an insurer in...
The aim of this paper is to construct an optimal investment strategy for a non-life insurance busine...
We consider an insurance business with a Cramer-Lundberg risk process and an in-vestment portfolio c...
We consider a problem of optimal reinsurance and investment for an insurance company whose surplus i...
In this paper, we study optimal investment-reinsurance strategies for an insurer who faces model unc...
In this paper we consider the problem of an insurance company where the wealth of the insurer is des...
Abstract This paper investigates optimal investment and reinsurance policies for an insurance compan...
This paper illustrates the application of stochastic control methods in managing the risk associated...
In this paper, we work with a diffusion-perturbed risk model comprising a surplus generating process...
We consider an insurance company whose risk reserve is given by a Brownian motion with drift and whi...
Optimal investment and reinsurance strategies for an insurer with state-dependent constraints are co...
We investigate an insurer's optimal investment and liability problem by maximizing the expected term...