Talks and Poster Presentations (with Proceedings-Entry):
F. Breitenecker, N. Popper, G. Zauner:
"Simulators for Physical Modelling - Features, Trends, Comparison";
Talk: ASIM-Workshop Ulm 2010,
Hochschule Ulm;
2010-03-04
- 2010-03-05; in: "ASIM-Treffen 2010 der Fachgruppen: Simulation technischer Systeme",
W. Commerell, H. Mammen (ed.);
(2010),
ISBN: 978-3-9810998-3-6;
50
- 59.
English abstract:
This contribution elaborates, classifies and compares features of modern simulation systems, with special emphasis on physical modelling. After a short review of classical features and evaluation in classic simulators, structural features are introduced, which reflect the developments in the last decade: object-oriented approach, a-causal modelling, physical modelling, structural dynamic systems, modelling standardisations as Modelica and VHDL-AMS, and impacts from computer engineering (e.g. state charts).
As result, a classification and comparison of structural features in modern simulators is presented and discussed, concentrating on primary representatives of simulation systems;
the classification is based on solutions to the ARGESIM Benchmarks - Benchmarks for Modelling and Simulation Techniques, published in ASIMīs scientific journal SNE - Simulation News Europe.
Keywords:
Physical Modelling
Created from the Publication Database of the Vienna University of Technology.