http://wwwmosi.informatik.uni-rostock.de/mosi daily 1 2006-02-19T08:42:46Z http://wwwmosi.informatik.uni-rostock.de/mosi/researchfield.2009-04-21.7069994421 No publisher Mosi Admin 2009-10-07T08:24:34Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/researchfield.2007-01-15.2871733853 Sowohl für Modelle als auch für Webservices gewinnt Wiederverwendung an Bedeutung. Komposition zielt darauf, aus bestehenden Modellen oder Diensten neue Zusammenstellungen zu erzeugen, die dem Nutzer einen sinnvollen Mehrwert bieten. No publisher Mosi Admin 2007-01-22T13:27:06Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/researchfield.2009-04-07.1849195692 Wohldefinierte Arbeitsabläufe sind oftmals essentiell wenn Ergebnisse wiederholbar erreicht werden sollen. In der Modellierung und Simulation (Anwendung und Forschung) sollten Arbeitsabläufe (und deren Steuerung) somit ebenfalls einsetzbar und hilfreich sein. No publisher Mosi Admin 2010-08-02T12:59:09Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/researchfield.2009-04-07.8291161043 No publisher Mosi Admin 2009-11-09T09:31:07Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/simulation-in-teaching-and-training-systems Simulations are often part of computerbased teaching and training. As one part of education in computer science, simulation lends itself for computer based teaching and training. Virtual characters are often based on simulations, simulationsystems are developed as teaching and training system (an approach which is close to game-based learning). Our research in this field is mainly about how to teach modeling and simulation with intelligente teaching and training systems (ITS), and how to combine simulationsystems and ITS. No publisher Mosi Admin 2006-03-15T13:18:57Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/parallel-and-distributed-simulation To efficiently simulate complex models, it is often desirable to distribute the simulation over several processors. This can be done using various types of hardware (supercomputers, PCs), which are connected via different kinds of networks (LAN, Internet). Besides the development of synchronisation algorithms, which ensure the validity of a parallel execution, specific requirements of certain architectures (Cluster, Grid) as well as mechanisms for load distribution and management are of interest. No publisher Mosi Admin 2006-03-15T15:24:19Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/systems-biology The emerging fields of computational biology and systems biology integrate concepts and ideas from biological sciences, engineering disciplines, mathematics, statistics, and computer science. The objective is to understand how gene regulation, molecular interactions, and cellular networks inter-operate, thus scaling up from molecular biology to systems biology. In this context modeling and simulation methods and tools play a central role. No publisher Mosi Admin 2006-04-03T08:18:04Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/teaching-and-training-systems Computer based teaching and training systems are part of e-Learning research. Aspects of research are: how to integrate the computer in the teaching process, and how to individualize and optimize learning with computers. Computer based teaching and training system is a broad term, which covers several different types of systems. Focus of our research here is in intelligent tutoring systems (ITS), also called intelligent teaching and training systems (ITTS)CC No publisher Mosi Admin 2007-11-07T11:19:04Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/multi-agent-simulation Multiagent systems are systems, that operate in open, dynamic environments. Relations between multiagent systems and modelling and simulation are manifold. No publisher Mosi Admin 2006-04-05T11:06:06Z Research Field http://wwwmosi.informatik.uni-rostock.de/mosi/multi-level-and-multi-formalism-modelling Modelling and simulating complex systems whose sub-systems scale over several orders of magnitude with respect to size, numbers, or time requires switching between overview and detail perspectives on need. These multiple perspectives are supported by multi-level and multi-formalism modeling and simulation. Variable structure models support models that change their own composition, interaction, and behavior pattern during simulation. All these approaches lend additional structure to the description of systems. No publisher Mosi Admin 2006-04-03T07:57:33Z Research Field