Astin Bulletin · 1991 · 25 citations · 9 references
Natural SciencesMeteorologyProbability TheoryStatisticsStochastic ProcessesExtreme Climate EventsNatural HazardsStatistical AnalysisStatistical InferenceTime-to-event AnalysisVital Event ClassificationEvent Count ModelsEvent Frequency AnalysisEvent Frequency ModelingExtreme Event AnalysisNatural Disaster Events
Abstract A statistical analysis is performed on natural events which can produce important damages to insurers. The analysis is based on hurricanes which have been observed in the United States between 1954 et 1986. At first, independence between the number and the amount of the losses is examined. Different distributions (Poisson and negative binomial for frequency and exponential, Pareto and lognormal for severity) are tested. Along classical tests as chi-square, Kolmogorov-Smirnov and non parametric tests, a test with weights on the upper tail of the distribution is used: the Anderson – Darling test. Confidence intervals for the probability of occurrence of a claim and expected frequency for different potential levels of claims are derived. The Poisson Log-normal model gives a very good fit to the data.
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Continuous Univariate Distributions.
Yasuhiro Omori, Norman L. Johnson, S. Kotz et al. · Journal of the American Statistical Association · 1995 · 9.3K citations
Nonparametric Statistical Inference
Jerome Klotz, Jean Dickinson Gibbons · Biometrics · 1972 · 383 citations
Continuous univariate distributions
Götz Trenkler · Computational Statistics & Data Analysis · 1996 · 238 citations
Non-parametric Statistical Inference
J. Wolfowitz · Project Euclid (Cornell University) · 1949 · 171 citations