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Research Project: FSI

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FSI - Modelling methods for regenerative systems

Research Project Information

Runtime: 2006-10-01 until 2011-04-01

Project coordination: Prof. Dr. rer. nat. habil. Andreas Heuer; Prof. Dr.-Ing. habil. Heidrun Schumann; Prof. Dr. rer. nat. habil. Adelinde M. Uhrmacher; Prof. Dr.-Ing. Alke Martens

Scientific staff: Dr.-Ing. Dagmar Waltemath; Dr.-Ing. Mathias John; Dr.-Ing. Andrea Unger; Dr.-Ing. Hans-Jörg Schulz; Dipl.-Inf. Ron Henkel; Dipl.-Inform., Lic., M.A. Dennis Maciuszek; Dipl.-Inf. Arne Bittig

The focus of research is the development of modeling methods. Thereby, it will be central to capture adequately salient features of regenerative systems. To those belong the adaptation of composition, interaction, and behavior pattern. The description in different formalisms and at different levels of detail. One challenge is to develop modeling methods to support an efficient execution, a visualization of also complex models, and re-use of models. Therefore, state of the art methods from visualization, dynamic systems modeling, and data bases will be of central interest.

Project Structure

U_K_1 - Definition and realization of a platform for the composition of simulation models
Definition and realization of a platform for the composition of simulation models

H3_1 Distributed information retrieval using web based nets
H3_1 Distributed information retrieval using web based nets

Uhrm_A1 - Multi-level modeling of cell-biological systems
Uhrm_A1 - Multi-level modeling of cell-biological systems

M1 - e-Learning modeling and simulation for biologists
M1 - e-Learning modeling and simulation for biologists

U1 - Structure and space in modeling regenerative systems
U1 - Structure and space in modeling regenerative systems

H1 - Defining and storing model components
H1 - Defining and storing model components

S1 - Visual Support for the Development of Methods and Models for Regenerative Systems
S1 - Visual Support for the Development of Methods and Models for Regenerative Systems

S2 - Visual Data Mining of Complex Structures
S2 - Visual Data Mining of Complex Structures

Mart_K1 - Game-based Learning
Game-based Learning

S_K_1 - Visual Data Mining visualization design for exploration of climate data
Visual Data Mining visualization design for exploration of climate data

Uhrm_A2 - Stochastic, Discrete Modelling of Cell Biological Processes in Continuous Space
Stochastic, Discrete Modelling of Cell Biological Processes in Continuous and Hybrid Space

Graduiertenkolleg dIEM oSiRiS

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Research Project: FSI

Project Structure