
handle: 1959.4/unsworks_40771
AbstractThe cross-classified chain ladder has a number of versions, depending on the distribution to which observations are subject. The simplest case is that of Poisson distributed observations, and then maximum likelihood estimates of parameters are explicit. Most other cases, however, including Bayesian chain ladder models, lead to implicit MAP (Bayesian) or MLE (non-Bayesian) solutions for these parameter estimates, raising questions as to their existence and uniqueness. The present paper investigates these questions in the case where observations are distributed according to some member of the exponential dispersion family.
Applications of statistics to actuarial sciences and financial mathematics, anzsrc-for: 4901 Applied mathematics, 330, Bayesian inference, 510, MAP estimator, Risk theory, insurance, Bayesian chain ladder, existence, uniqueness, cross-classified chain ladder, anzsrc-for: 4905 Statistics, anzsrc-for: 3502 Banking, maximum likelihood estimate, 4905 Statistics, anzsrc-for: 49 Mathematical Sciences, anzsrc-for: 1502 Banking, EDF chain ladder, 49 Mathematical Sciences, Finance and Investment, loss reserving, anzsrc-for: 0102 Applied Mathematics, Tweedie chain ladder
Applications of statistics to actuarial sciences and financial mathematics, anzsrc-for: 4901 Applied mathematics, 330, Bayesian inference, 510, MAP estimator, Risk theory, insurance, Bayesian chain ladder, existence, uniqueness, cross-classified chain ladder, anzsrc-for: 4905 Statistics, anzsrc-for: 3502 Banking, maximum likelihood estimate, 4905 Statistics, anzsrc-for: 49 Mathematical Sciences, anzsrc-for: 1502 Banking, EDF chain ladder, 49 Mathematical Sciences, Finance and Investment, loss reserving, anzsrc-for: 0102 Applied Mathematics, Tweedie chain ladder
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