An actuarial model will beemployed in order to correctly model the underwriting cycle for non-life insurance companies, also taking into account the effect on thesolvency ratio adopting an approach based onpiecewise–linear dynamical systems, in orderto investigate also the long time horizon dynamic of the model. The basic model is derivedfrom Collective Risk Theory. Besides a dynamic control policy (see Pentikainen et al., 1989),this permits to specify the relationship betweensolvency ratio and safety loading, in order tomodel the underwriting cycle. In particular asimplified formula of safety loading is derivedthat assumes the form of a one dimensionalpiecewise linear map, whose state variable isthe solvency ratio.
Solvency 2: an analysis of the underwriting cycle with piecewise linear dynamical systems
CERCHIARA, Rocco Roberto
;LAMANTIA, FABIO GIOVANNI
2009-01-01
Abstract
An actuarial model will beemployed in order to correctly model the underwriting cycle for non-life insurance companies, also taking into account the effect on thesolvency ratio adopting an approach based onpiecewise–linear dynamical systems, in orderto investigate also the long time horizon dynamic of the model. The basic model is derivedfrom Collective Risk Theory. Besides a dynamic control policy (see Pentikainen et al., 1989),this permits to specify the relationship betweensolvency ratio and safety loading, in order tomodel the underwriting cycle. In particular asimplified formula of safety loading is derivedthat assumes the form of a one dimensionalpiecewise linear map, whose state variable isthe solvency ratio.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.