Deterministic and stochastic modelling of technical reserves in short-term insurance contracts
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Date
2008Author
Weke, Patrick GO
Type
Working PaperLanguage
enMetadata
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Claims reserving for general insurance business has developed significantly over the
recent past. This has been occasioned by the growth of the insurance market, with the
risk underwriting process becoming more and more complex. New insurance products
have been developed that cater for the more specific needs of the policyholder. Latent
claims have also arisen in recent years, putting major strains on company resources.
The case of asbestosis related claims testifies to this, having received widespread
attention. Furthermore, recent disasters, such as the floods in Europe and the
September 11th terrorist attacks on the U.S. have contributed to the need for more
complex ways of analyzing claims experience. The suitability of the models used in
claims reserving, have had to be reviewed to ensure that they do not give false
impressions.
The object of this paper, therefore, is to come up with a comparison of different
deterministic and stochastic methods of claims’ reserving for a general insurer with a
given claims’ experience. The suitability of each of the estimates is noted to depend
on the purpose of the reserving exercise. The paper discusses some of the methods
(for instance, the basic chain ladder method, inflation adjusted chain ladder method,
separation technique, Bornhuetter-Fergusson technique and copula) used in claims’
reserving, and for a particular claims experience, it gives an analysis of how well
each of the methods models claims experience.
URI
http://orsea.net/pastpapers/2008/Orsea_Conference_Weke_08.pdfhttp://erepository.uonbi.ac.ke:8080/xmlui/handle/123456789/39399
Citation
Deterministic and stochastic modelling of technical reserves in short-term insurance contractsPublisher
School of Mathematics, University of Nairobi, Kenya.