1982
DOI: 10.1016/0167-6687(82)90019-1
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Estimation of IBNR claims by credibility theory

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Cited by 20 publications
(4 citation statements)
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“…By modelling that we could complement the point forecasts with distribution forecasts. Recently, Harnau and Nielsen (2018) developed an asymptotic distribution theory for the chain ladder within an over-dispersed Poisson framework. The present situation is a special case of their setup so it could potentially be extended with Bornhuetter-Ferguson adjustments.…”
Section: Discussionmentioning
confidence: 99%
“…By modelling that we could complement the point forecasts with distribution forecasts. Recently, Harnau and Nielsen (2018) developed an asymptotic distribution theory for the chain ladder within an over-dispersed Poisson framework. The present situation is a special case of their setup so it could potentially be extended with Bornhuetter-Ferguson adjustments.…”
Section: Discussionmentioning
confidence: 99%
“…(1979) [2] , 其中有些保费原理可以看做是某类损失函数 下风险的最优估计。Gerber (1980) [3] 文章中定义了加 权损失函数,注意到在损失函数的范围中,Furman et al [4] 的广义加权保费原理,在 Herff et al [5] 提出类似保费, Kamps [6] 提出定义及研究了相关的性质。后在各类保 费原理的模型下都有涉及 Kamp 保费原理,其研究一 般类似于 Esscher 保费原理,如 K. D. Schmidt et al [7] 以及 M. Pan et al [8] 讨论了这方面的情形。在保险的实 际运用中,由于风险随机变量 X 的分布是未知的,因 此保费也是未知的。但我们可能已经对损失有了多次 观测,我们把这些观测看做风险随机变量的一个样 本。因此根据样本和相关的风险特征信息对保费进行 合适的估计,并作出进行相应的统计推断,即可应用 于责任准备金,可参考 Vylder [9] ,巨额风险,奖惩系 统,死亡率等领域中。 [5] ),…”
Section: 引言unclassified
“…The resulting model is a two-stage hierarchical regression model with random coefficients, where the first and second stage correspond to type of claims and exposure periods, respectively. Also De Vylder (1982), Norberg (1986a) and Witting (1987) model varying risk conditions by means of random parameters in an empirical Bayes setting. Somewhat related are the works by Jewell (1989Jewell ( , 1990a.…”
Section: Introductionmentioning
confidence: 99%