Microsimulation allows to apply a set of deterministic or stochastic rules on a sample of micro-unit such as individuals, households, rms or institutions. A Dynamic Microsimulation Model (DMM) contains a set of rules aiming at projecting the likely socio-economic evolution of a representative sample of individuals throughout time. In this paper, we describe the simulation algorithms and the econom(etr)ic frameworks used in CAPP DYN, a population based DMM for the analysis of the inter- and intra-generational redistributive e ects of the Italian social security system. By including detailed rules that determine the eligibility to various social security bene ts, CAPP DYN is quali ed as a useful tool in assessing the long-run distributional e ects of the reforms approved in the Italian social security system.
Mazzaferro, C. e M., Morciano. "CAPP_DYN: a dynamic microsimulation model for the Italian social security system" Working paper, CAPPAPERS, Dipartimento di Economia Marco Biagi - Università degli Studi di Modena e Reggio Emilia, 2008.
CAPP_DYN: a dynamic microsimulation model for the Italian social security system
Mazzaferro, C.;Morciano, M.
2008
Abstract
Microsimulation allows to apply a set of deterministic or stochastic rules on a sample of micro-unit such as individuals, households, rms or institutions. A Dynamic Microsimulation Model (DMM) contains a set of rules aiming at projecting the likely socio-economic evolution of a representative sample of individuals throughout time. In this paper, we describe the simulation algorithms and the econom(etr)ic frameworks used in CAPP DYN, a population based DMM for the analysis of the inter- and intra-generational redistributive e ects of the Italian social security system. By including detailed rules that determine the eligibility to various social security bene ts, CAPP DYN is quali ed as a useful tool in assessing the long-run distributional e ects of the reforms approved in the Italian social security system.File | Dimensione | Formato | |
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