MICSIM: Concept, Developments, and Applications of a PC Microsimulation Model for Research and Teaching
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Lüneburg: Forschungsinstitut Freie Berufe, 1995. (FFB Discussion Paper; No. 14).
Research output: Working paper › Working papers
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TY - UNPB
T1 - MICSIM: Concept, Developments, and Applications of a PC Microsimulation Model for Research and Teaching
AU - Merz, Joachim
PY - 1995/9
Y1 - 1995/9
N2 - Paper prepared for the International Conference on 'Social Science Microsimulation: A Challenge for Computer Science', Internationales Begegnungs - und Forschungs zentrum für Informatik, Schloß Dagstuhl, Wadern-Dagstuhl, May 1-5, 1995. It is the growing societal interest about the individual and its behavi our in our and 'modern' societies which is asking for microanalyses about the individual situation. In order to allow these microanalyses on a quantitative and empirically based level microsimulation models were developed and increasingly used for economic and social policy impact analyses. Though microsimulation is known and applied (mainly by experts), an easy to use and powerful PC microsimulation model is hard to find.The overall aim of this study and of MICSIM - A PC Microsimulation Model is to describe and offer such a user-friendly and powerful general microsimulation model for (almost) any PC, to support the impact microanalyses both in applied research and teaching. Above all, MICSIM is a general microdata handler for a wide range of typical microanalysis requirements. This paper presents the concept, developments and applica tions of MICSIM. After some brief remarks onmicrosimulation characteristics in general, the concept and substantive domains of MICSIM: the simulation, the adjustment and aging, and the evaluation of microdata, are described by its mode of operation in principle. The realisations and developments of MICSIM then are portrayed by the different versions of the computer program. Some MICSIM applications and experiences in research and teaching are following with concluding remarks.
AB - Paper prepared for the International Conference on 'Social Science Microsimulation: A Challenge for Computer Science', Internationales Begegnungs - und Forschungs zentrum für Informatik, Schloß Dagstuhl, Wadern-Dagstuhl, May 1-5, 1995. It is the growing societal interest about the individual and its behavi our in our and 'modern' societies which is asking for microanalyses about the individual situation. In order to allow these microanalyses on a quantitative and empirically based level microsimulation models were developed and increasingly used for economic and social policy impact analyses. Though microsimulation is known and applied (mainly by experts), an easy to use and powerful PC microsimulation model is hard to find.The overall aim of this study and of MICSIM - A PC Microsimulation Model is to describe and offer such a user-friendly and powerful general microsimulation model for (almost) any PC, to support the impact microanalyses both in applied research and teaching. Above all, MICSIM is a general microdata handler for a wide range of typical microanalysis requirements. This paper presents the concept, developments and applica tions of MICSIM. After some brief remarks onmicrosimulation characteristics in general, the concept and substantive domains of MICSIM: the simulation, the adjustment and aging, and the evaluation of microdata, are described by its mode of operation in principle. The realisations and developments of MICSIM then are portrayed by the different versions of the computer program. Some MICSIM applications and experiences in research and teaching are following with concluding remarks.
KW - Economics, empirical/statistics
KW - Economics and Social policy analyses
KW - Microsimulation
KW - simulation
KW - adjustment and evaluation of microdata
KW - PC computer program for microanalyses in General
M3 - Working papers
T3 - FFB Discussion Paper
BT - MICSIM: Concept, Developments, and Applications of a PC Microsimulation Model for Research and Teaching
PB - Forschungsinstitut Freie Berufe
CY - Lüneburg
ER -