In the usual model of the collective risk theory, we are interested in the severity of ruin, as well as its probability. As a quantitative measure, we propose G(u, y), the probability that for given initial surplus u ruin will occur and that the deficit at the time of ruin will be less than y, and the corresponding density g(u, y). First a general answer in terms of the transform is obtained. Then, assuming that the claim amount distribution is a combination of exponential distributions, we determine g; here the roots of the equation that defines the adjustment coefficient play a central role. An explicit answer is also given in the case in which all claims are of constant siz
In classical risk theory, the infinite-time ruin probability of a surplus process Ct is calculated a...
AbstractIn this paper we propose a highly accurate approximation procedure for ruin probabilities in...
There is a duality between the surplus process of classical risk theory and the single-server queue....
In the usual model of the collective risk theory, we are interested in the severity of ruin, as well...
In the classical compound Poisson model of the collective theory of risk let ?(u, y) denote the prob...
The first method, essentially due to GOOVAERTS and DE VYLDER, uses the connection between the probab...
In the classical compound Poisson model of the collective risk theory we consider X, the surplus bef...
© 2014 Dr. Jingchao LIIn recent years, there have been many studies on ruin related quantities. In p...
ABSTRACT: It is known that the classical ruin function under exponential claim-size distribution dep...
In the actuarial science literature, an insurance company is said to be ruined if, at some time t \u...
In this paper, we build on the techniques developed in Albrecher et al. (2013), to generate initial-...
The first method, essentmlly due to GOOVAERTS and DE VYLDER, uses the connection between the probabi...
In this paper we propose a highly accurate approximation procedure for ruin probabilities in the cla...
The aggregate claims are modeled as a compound binomial process, and the individual claim amounts ar...
In this paper we present a stable recursive algorithm for the calculation of the probability of ulti...
In classical risk theory, the infinite-time ruin probability of a surplus process Ct is calculated a...
AbstractIn this paper we propose a highly accurate approximation procedure for ruin probabilities in...
There is a duality between the surplus process of classical risk theory and the single-server queue....
In the usual model of the collective risk theory, we are interested in the severity of ruin, as well...
In the classical compound Poisson model of the collective theory of risk let ?(u, y) denote the prob...
The first method, essentially due to GOOVAERTS and DE VYLDER, uses the connection between the probab...
In the classical compound Poisson model of the collective risk theory we consider X, the surplus bef...
© 2014 Dr. Jingchao LIIn recent years, there have been many studies on ruin related quantities. In p...
ABSTRACT: It is known that the classical ruin function under exponential claim-size distribution dep...
In the actuarial science literature, an insurance company is said to be ruined if, at some time t \u...
In this paper, we build on the techniques developed in Albrecher et al. (2013), to generate initial-...
The first method, essentmlly due to GOOVAERTS and DE VYLDER, uses the connection between the probabi...
In this paper we propose a highly accurate approximation procedure for ruin probabilities in the cla...
The aggregate claims are modeled as a compound binomial process, and the individual claim amounts ar...
In this paper we present a stable recursive algorithm for the calculation of the probability of ulti...
In classical risk theory, the infinite-time ruin probability of a surplus process Ct is calculated a...
AbstractIn this paper we propose a highly accurate approximation procedure for ruin probabilities in...
There is a duality between the surplus process of classical risk theory and the single-server queue....