In this article we propose a method close to Double Chain Ladder (DCL) introduced by Martínez-Miranda, Nielsen, and Verrall (2012a). The proposed method is motivated by the potential lack of stability of the DCL method (and of the classical Chain ladder method [CLM] itself). We consider the implicit estimation of the underwriting year inflation in the CLM method and the explicit estimation of it in DCL. This may represent a weak point for DCL and CLM because the underwriting year inflation might be estimated with significant uncertainty. A key feature of the new method is that the underwriting year inflation can be estimated from the less volatile incurred data and then transferred into the DCL model. We include an empirical illustration th...
The intention of this paper is to estimate a Bayesian distribution-free chain ladder (DFCL) model us...
We revisit the famous Mack formula [2], which gives an estimate for the mean square error of predict...
Non-life insurance companies need to set aside reserves to meet their claims liability cash flows. T...
Double chain ladder demonstrated how the classical chain ladder technique can be broken down into se...
Double chain ladder, introduced by Martínez-Miranda et al. (2012), is a statistical model to predict...
The relationship of the chain ladder method to mathematical statistics has long been debated in actu...
To avoid insolvency, insurance companies must have enough reserves to fulfill their present and futu...
This paper presents a bootstrap approach to estimate the prediction distributions of reserves produc...
Multiplicative chain-ladder (CL) models are characterized by CL factors that explain the development...
The intention of this paper is to estimate a Bayesian distribution-free chain ladder (DFCL) model us...
We connect classical chain ladder to granular reserving. This is done by defining explicitly how the...
Insurers are faced with the challenge of estimating the future reserves needed to handle historic an...
The prediction of adequate claims reserves is a major subject in actuarial practice and science. Due...
The chain ladder method is a simple and suggestive tool in claims reserving, and vari-ous attempts h...
A new Bornhuetter–Ferguson method is suggested herein. This is a variant of the traditional chain l...
The intention of this paper is to estimate a Bayesian distribution-free chain ladder (DFCL) model us...
We revisit the famous Mack formula [2], which gives an estimate for the mean square error of predict...
Non-life insurance companies need to set aside reserves to meet their claims liability cash flows. T...
Double chain ladder demonstrated how the classical chain ladder technique can be broken down into se...
Double chain ladder, introduced by Martínez-Miranda et al. (2012), is a statistical model to predict...
The relationship of the chain ladder method to mathematical statistics has long been debated in actu...
To avoid insolvency, insurance companies must have enough reserves to fulfill their present and futu...
This paper presents a bootstrap approach to estimate the prediction distributions of reserves produc...
Multiplicative chain-ladder (CL) models are characterized by CL factors that explain the development...
The intention of this paper is to estimate a Bayesian distribution-free chain ladder (DFCL) model us...
We connect classical chain ladder to granular reserving. This is done by defining explicitly how the...
Insurers are faced with the challenge of estimating the future reserves needed to handle historic an...
The prediction of adequate claims reserves is a major subject in actuarial practice and science. Due...
The chain ladder method is a simple and suggestive tool in claims reserving, and vari-ous attempts h...
A new Bornhuetter–Ferguson method is suggested herein. This is a variant of the traditional chain l...
The intention of this paper is to estimate a Bayesian distribution-free chain ladder (DFCL) model us...
We revisit the famous Mack formula [2], which gives an estimate for the mean square error of predict...
Non-life insurance companies need to set aside reserves to meet their claims liability cash flows. T...