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Existing credibility models usually allow for one source of claim dependence only, that across time, which may be inadequate and insufficient. In this dissertation, we develop a two-level common effects model, based loosely on the Bayesian model. This model allows for two possible sources of dependence, that across time for the same individual risk and that between risks. Our results take on the intuitive form of a weighted average between the individual risk s claims experience, the group s claims experience and the prior mean. We also consider the use of copulas to model the dependence…mehr

Produktbeschreibung
Existing credibility models usually allow for one source of claim dependence only, that across time, which may be inadequate and insufficient. In this dissertation, we develop a two-level common effects model, based loosely on the Bayesian model. This model allows for two possible sources of dependence, that across time for the same individual risk and that between risks. Our results take on the intuitive form of a weighted average between the individual risk s claims experience, the group s claims experience and the prior mean. We also consider the use of copulas to model the dependence across time. We develop the construction with several well-known families of copulas and are able to derive explicit formulae for their respective conditional expectations. Whilst some recent work has been done on constructing credibility models with copulas, explicit formulae for the conditional expectations have rarely been made available. This work will be useful for practitioners and researchers alike, in furthering our collective understanding of dependence between insurance risks and its potential impact on insurance prices.
Autorenporträt
Keng Leong Yeo, PhD: Studied Actuarial Studies at University of New South Wales. Currently a pricing actuary at Pacific Life Re Limited, Singapore Branch