International audienceWe investigate models with negative risk sums when the company invests its reserve into a risky asset whose price follows a geometric Brownian motion. Our main result is an exact asymptotic of the ruin probabilities for the case of exponentially distributed benefits. As in the case of non-life insurance with exponential claims, the ruin probabilities are either decreasing with a rate given by a power function (the case of small volatility) or equal to one identically (the case of large volatility). The result allows us to quantify the share of reserve to invest into such a risky asset to avoid a catastrophic outcome, namely the ruin with probability one. We address also the question of smoothness of the ruin probabilit...
We consider an insurance company in the case when the premium rate is a bounded non-negative random ...
The classical result of Cramer-Lundberg states that if the rate of premium, c, exceeds the average o...
Tyt. z nagłówka.Bibliogr. s. 350-351.We consider a generalization of the classical risk model when t...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
We investigate models with negative risk sums when the company invests its reserve into a risky asse...
We investigate models with negative risk sums when the company invests its reserve into a risky asse...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
We find an exact asymptotics of the ruin probability $\Psi (u)$ when the capital of insurance compan...
AbstractWe consider an insurance company in the case when the premium rate is a bounded non-negative...
AbstractWe consider an insurance company in the case when the premium rate is a bounded non-negative...
We consider an insurance company in the case when the premium rate is a bounded non-negative random ...
The classical result of Cramer-Lundberg states that if the rate of premium, c, exceeds the average o...
Tyt. z nagłówka.Bibliogr. s. 350-351.We consider a generalization of the classical risk model when t...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
We investigate models with negative risk sums when the company invests its reserve into a risky asse...
We investigate models with negative risk sums when the company invests its reserve into a risky asse...
International audienceWe investigate models with negative risk sums when the company invests its res...
International audienceWe investigate models with negative risk sums when the company invests its res...
We find an exact asymptotics of the ruin probability $\Psi (u)$ when the capital of insurance compan...
AbstractWe consider an insurance company in the case when the premium rate is a bounded non-negative...
AbstractWe consider an insurance company in the case when the premium rate is a bounded non-negative...
We consider an insurance company in the case when the premium rate is a bounded non-negative random ...
The classical result of Cramer-Lundberg states that if the rate of premium, c, exceeds the average o...
Tyt. z nagłówka.Bibliogr. s. 350-351.We consider a generalization of the classical risk model when t...