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Contact:
| address: |
Lehrstuhl Informatik V
RWTH Aachen
Ahornstr. 55
D-52056 Aachen, Germany |
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| email: |
thomas.berlage@fit.fraunhofer.de
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| phone: |
+49 / 241 / 80 21502 |
| fax: |
+49 / 241 / 80-22321 |
| room: |
6210, 2nd floor, building: E2 |
Short Biography:
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1988 Diploma in Computer Science, University
Bonn |
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1993 Ph.D. in Computer Science, University
Paderborn, Title: „Using Command Objects to Implement User
Interfaces“ |
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2001 Habilitation at TU Berlin |
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2002 Joint Appointment at RWTH Aachen and
Institute Director at Fraunhofer FIT |
Research Interests:
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Managing image-based knowledge (software
architecture, data modeling, image analysis, visual data mining,
user interface development, enhanced reality) |
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Life science informatics (applications in
medical diagnosis and therapy support, drug discovery and molecular
biology) |
Projects:
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Living Coopetition
{M. Jarke, T. Berlage, R. Klamma, A. Quadt (FIR)}
Under a shared university research grant (SUR)
from IBM Corporation, the “Living Coopetition” project aims at
the development of an environment for powerful knowledge management
based on case studies in life science and the automotive sector. It
will address the problems of semantic integration and secure
services which are required for complex collaborative and
distributed business structures.
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Pattern recognition in electrical images
{C. Clauser (Applied Geophysics), T. Berlage,
R. Pechnig (Applied Geophysics)}
This project is funded in the DFG Ocean
Drilling Program. Electrical images representing micro-resistivity
measurements from the borehole wall are used to study the internal
structure of the oceanic crust. The project aims at developing
methods to quantify gas hydrate occurrence based on a texture- and
object-based classification of the images. |
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Research at FIT
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TAPA: Cognitive Training by Animated
Pedagogical Agents (-> http://access.fit.fraunhofer.de/tapa)
{Y. Mohamad, T. Berlage}
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BioZoom: Exploring large-scale experimental
results (-> http://www.fit.fraunhofer.de/projects/biozoom)
{A. Kort, T. Berlage}
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Image analysis of two-dimensional
electrophoresis gels in the context of proteomics (-> http://www.fit.fraunhofer.de/projects/greg)
{M. Vogt, R. Schwarz, P. Wisskirchen, T. Berlage}
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Live Cell Imaging (-> http://www.fit.fraunhofer.de/projects/lci)
{R. Schwarz, M. Jungmann, P. Wisskirchen, T. Berlage}
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Managing Semi-Structured Experimental Data
{S. Kreutter, T. Berlage}
In biological experiments, semi-structured
data will be generated from multiple sources (analytical devices
such as automated microscopes, etc.). This project will develop
a peer-to-peer software architecture to archive, access and
navigate through the data distributed among servers. Work builds
on several industrial applications. |
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