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Inflated-Parameter Family of Generalized Power Series Distributions And Their Application In Analysis Of Overdispersed Insurance Data
Inflated-Parameter Family of Generalized Power Series Distributions And Their Application In Analysis ... Actuarial J., 161-175. Straub, E. (1988). Non-life htsurance Mathematics, Springer-Verlag. Sundt ...Description: During the last decade, a vast activity had been observed in generalizing of the classical discrete distributions. The main idea was to apply the extended versions fur modeling different kinds of dependent count or frequency data structure in various fields. In the present paper we suggest extensions of the classical univariate geometric, negative binomial, Poisson, Bernoulli, binomial and logarithmic series distributions, by including an additional parameter. It has a natural interpretation in terms of zero-inflation, and because of this we named the corresponding generalized versions adding inflated-parameter.
Hide- Authors: Nikolai Kolev, Leda Minkova, Plamen Neytchev
- Date: Jan 2000
- Competency: External Forces & Industry Knowledge>Actuarial theory in business context
- Publication Name: Actuarial Research Clearing House
- Topics: Actuarial Profession>Professional development; Modeling & Statistical Methods>Stochastic models
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Extreme Value Statistics, Resampling, and Insolvency Testing
Extreme Value Statistics, Resampling, and Insolvency Testing By the use of resampling and extreme value ... years, and he determined the mean duration of life of the last survivor. See [6]. All statistical ...Description: By the use of resampling and extreme value statistics we will develop a method to reduce the time and costs of testing insurance company insolvency. Most ruin models require assumptions about the surplus distribution and/or assumptions about the claims count and severity distributions. The actuary may not be comfortable in making these ruin assumptions. Instead, he or she may generate such distributions by running extensive computer simulations of corporate models, I introduce a method to reduce the number of simulations necessary' to estimate the 1 and 0.1 percentiles of the surplus distribution. This approach 'cuts off' the tail at approximately the tenth percentile of the sample distribution and generates new tails for the distribution by resampling. Averages of the new order statistics approximate the I and 0.1 percentiles.
Hide- Authors: Steven Craighead
- Date: Jan 1996
- Competency: External Forces & Industry Knowledge>Actuarial methods in business operations
- Publication Name: Actuarial Research Clearing House
- Topics: Finance & Investments>Risk measurement - Finance & Investments; Modeling & Statistical Methods>Estimation methods