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

composed by Prof. Dr.-Ing. habil. Heidrun Schumann — created by Adelinde M. Uhrmacher — last modified 2010-11-09 09:20

Research project context: »FSI - Modelling methods for regenerative systems«

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

	Research Project Information			Subproject 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			Project runtime: 2007-02-01 until 2010-05-14 Scientific coordination: Prof. Dr.-Ing. habil. Heidrun Schumann Scientific staff: Dr.-Ing. Andrea Unger

When modeling, simulating, and evaluating regenerative systems, huge volumes of data have to be considered. In these scenarios it makes sense to take advantage of visualization methods. Such methods provide not only intuitive overviews, but can also reveal relations within the data. Moreover, visualization is useful to prove or disprove hypotheses about the data.

The goal of this project is to develop intuitive visual methods to support:

the generation and analysis of hypotheses about derived data
the generation of methods and models, as well as
the evaluation of hypotheses, methods, and models.

On the one hand, this requires contributions to the young field of Bio-Informatics. Previous work on visualizing gene expressions was conducted in cooperation with the team of Prof. Rolfs. However, to cope with huge heterogeneous data, new solutions have to be developed.

On the other hand, visualization techniques to support the generation of hypotheses and models are rare in literature. New concepts have to be devised to support deeper understanding of the foundations of regenerative systems.

News: Paper on rule-based multi-level modeling under top 3 of most viewed articles in BMC Systems Biology 2012-03-20; BMBF Junior Research Group: grant awarded for Dagmar Waltemath 2012-03-06; DFG grant awarded for Roland Ewald 2012-03-02; First Prize at the Second International Biomodellling Competition Dagstuhl 2011 2011-04-18; Simon Bartels berichtet im aktuellen Profile-Sonderheft von seinem Praktikum in Edinburgh 2011-04-18; More news…

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