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Institute for Neuro- and Bioinformatics University of L übeck, Germany

Institute for Neuro- and Bioinformatics University of L übeck, Germany. Erhardt Barth and Martin B öhme http://www.inb.uni-luebeck.de. COGAIN Kick-Off 5.-6.9.2004 Tampere, Finland. University of Lübeck. Founded as a medical university in 1964

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Institute for Neuro- and Bioinformatics University of L übeck, Germany

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  1. Institute for Neuro- and BioinformaticsUniversity of Lübeck, Germany Erhardt Barth and Martin Böhme http://www.inb.uni-luebeck.de COGAIN Kick-Off 5.-6.9.2004 Tampere, Finland

  2. University of Lübeck • Founded as a medical university in 1964 • Two colleges: Medicine and Technical/Natural Sciences • Courses: • Human Medicine • Computer Science • Molecular Biotechnology • Computational Life Sciences • 2,300 students, 160 professors, 100 private lecturers

  3. Institute for Neuro- and Bioinformatics • Founded in 1999 • Director: Prof. Thomas Martinetz • 4 Postdoctorate Research Associates • 5 Research Associates and PhD students

  4. Genetic Regulatory Networks Institute for Neuro- and Bioinformatics Neural Networks Machine Learning Pattern Recognition Binding Site Recognition Face Recognition Computer Vision Human Vision Attention Control Perception Space Analysis Decision Support

  5. Involvement in EU-funded Projects • COGAIN: Communication by Gaze Interaction • Decisive: Models for Decision Support • MEATSI: Erasmus project on ‘Module d’Enseignement Avancé en Traitement du Signal et des Images’

  6. Information Technology for Active Perception: Itap In collaboration with • Allgemeine Psychologie, Gießen(Karl Gegenfurtner) • Sensomotoric Instruments GmbH,Teltow/Berlin • Siemens AG, Munich Itap is part of ModKog, a project funded by

  7. Visual Communication Today Same image, but different messages Figure by M. Dorr, INB

  8. Itap Idea • The scan-path and the active component of vision should become part of visual communication systems. • Therefore, the scan-path must be sensed, processed, and displayed • Remote, user-friendly tracking one major challenge

  9. Applications Vision-based communications systems will be defined not only by brightness and color, but will be augmented with a recommendation of what to see, of how to view the images “COGAIN” Augmented-vision systems Attention is directed towards objects or features that have been detected by a computer-vision system

  10. Intelligent airbags • Problems: • Deployment with kids and OoP (harm) • Useless deployment (cost) Solution: video-based control OoP: Out of Position

  11. Fatigue and attention measurement

  12. People involved in COGAIN Thomas Martinetz Erhardt Barth Cicero Mota Michael Dorr Christopher Krause Martin Böhme Amir Madany

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