Symposium Chair
Tiziana Margaria
(Univ. Potsdam, D)
Program Chairs
Joost Kok
(LIACS, Leiden Universiteit, NL)
Lars
M. Blank
(TU Dortmund, D)
Program Committee
(to be
completed)
Gary Bader (Univ. Toronto, CA)
Andreas Bender (LACDR, NL)
Sebastian Engell (TU Dortmund, D)
Moreno Falaschi (Univ. Siena, I)
Christophe Costa Florencio (KU Leuven, BE)
Johannes Fuernkranz (TU Darmstadt, D)
Robert Giegerich (Uni Bielefeld, D)
Sef Heijnen (TU Delft, NL)
Björn Junker (IPK Gatersleben, D)
Jörn Kalinowski (Uni Bielefeld, D)
Steffen Klamt (MPI DKTS Magdeburg, D)
Andreas Kremling (MPI DKTS Magdeburg, D)
Jörg Lippert (Bayer Techn. Services GmbH, D)
Thorsten Meinl (Uni Konstanz, D)
Roeland Merks (CWI, NL)
Steffen Moeller (Uni Lübeck, D)
Susann Müller (UFZ, D)
Katharina Nöh (FZ Jülich, D)
Ion Petre (Åbo Akademi Univ., FI)
Jaco van der Pol (TU Twente, NL)
Sven Rahmann (TU Dortmund, D)
Jan Ramon (KU Leuven, BE)
Céline Robardet (INSA Lyon, F)
Vitor Martins dos Santos (HZI, D)
Falk Schreiber (Uni Halle, IPK Gatersleben, D)
Michael Schröder (TU Dresden, D)
Joachim Selbig (Uni und MPI MP Potsdam, D)
Andrzej Skowron (Polish Acad. of Sc., PL)
Bernhard Steffen (TU Dortmund, D)
Carolyn Talcott (SRI, US)
Allan Tucker (Brunel University, GB)
Goutham Vemuri (Univ. Göteborg, S)
Erik de Vink (TU Eindhoven, NL)
Volker Wendisch (Uni Münster, D)
Edgar Wingender (Uni Göttingen, D)
Alfred Wittinghofer (MPI MP Potsdam, D)
Nicola Zamboni (ETH Zürich, CH)
Deadlines:
Submission:
April 15th
Acceptance: May 1st
Final version: May 10th
Early Registr.: May 10th
Organizer
Co-Sponsored by
|
© E.
Klöppel 1)
|
© S.
Kühn 1)
|
1st
International ISoLA Workshop on
Modeling, Analyzing, Discovering Complex
Biological Structures
http://www.cs.uni-potsdam.de/isola-bio-2009
Modern experimentation
and data acquisition techniques allow the study of
complex interactions in biological systems. This
raises interesting challenges for computer
scientists, as the models are complex, the amount
of data is huge, some information cannot be
observed, and measurements may be noisy.
The ISoLA/Bio
workshop brings together researchers from the
fields of computer science, bioinformatics, and
computational biology. Bioinformatics and
computational biology should be interpreted in a
broad sense: computer science methods, for example
algorithms or formal methods, applied to all
aspects of biological research.
The main goals are to
make the communities understand each other better,
and to stimulate the development of new techniques
specific for biological applications. The aim is to
contribute to the cross-fertilization between the
research in methods and algorithms in computer
science and their applications to complex
biological and medical questions by bringing
together method developers and
bioinformaticians.
We encourage
submissions bringing forward methods for
modeling/analyzing/discovering
complex biological structures
A non-exhaustive list
of topics suitable for this workshop are:
Methods
- Machine Learning
and Data Mining
- Formal Methods
- Computational
Modeling
- Tool
environments and tool architectures
- Knowledge
Representation
- Deduction and
model-checking
- System
construction and transformation techniques
- Compositional
and refinement-based methodologies
- Logic and
Reasoning
|
Applications
- Rational drug
design
- Metabolic
pathway modeling
- Gene Expression
and post-transcriptional regulation
- Systems biology
approaches to biomarker identification
- Protein
structure prediction
- Interaction
Networks
- Virtual Labs
- Biochemical
systems
- Regulatory
networks
- Medical Research
|
We invite both
-
abstracts
and papers
describing contributions to the field and
-
problem
statements, explaining relevant but not
yet adequately solved problems, in terms which
are clear for the computer scientist.
Particularly welcome
are Regular
contributions, Survey papers, Student Papers and
Tool demonstrations.
All accepted papers
will be invited for a full-length contribution to
the Symposium's Proceedings (post-conference).
Selected papers will appear in STTT
(Springer Verlag, Heidelberg).
|