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Non-parametric estimators of scaled cash flows
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In multi-state life insurance, incidental policyholder behavior gives rise to expected cash flows that are not easily targeted by classic non-parametric estimators if data is subject to sampling effects. We introduce a scaled version of the classic Aalen--Johansen estimator that overcomes this challenge. Strong uniform consistency and asymptotic normality are established under entirely random right-censoring, subject to lax moment conditions on the multivariate counting process. In a simulation study, the estimator outperforms earlier proposals from the literature. Finally, we showcase the potential of the presented method to other areas of actuarial science.
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Canonical insurance models: stochastic equations and comparison theorems
The paper constructs canonical probability models from cumulative transition rates and proves a unique, pathwise stochastic Thiele equation with comparison theorems that handle non-equivalent actuarial bases.
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