http://www.searise.eu/web/ 2010-05-28T19:02:57+02:00 http://www.searise.eu/web/ http://www.searise.eu/web/lib/images/favicon.ico text/html 2008-03-22T16:14:44+02:00 daniel oberhoff http://www.searise.eu/web/doku.php?id=partners&rev=1206198884&do=diff FhG-FIT Coordinator The Fraunhofer-Gesellschaft undertakes applied research of direct utility to private and public enterprises. At present, the Fraunhofer-Gesellschaft maintains roughly 80 research units, including 57 Fraunhofer Institutes, at over 40 different locations in Germany. The Institute for Applied Information Technology FIT, pursues a user-centered approach to information and cooperation systems design. The group of Life Science Informatics is involved in the research and deve… text/html 2008-03-19T14:19:02+02:00 daniel oberhoff http://www.searise.eu/web/doku.php?id=research&rev=1205932742&do=diff [overview2.png] * Camera hardware development and control * Visual learning of shapes and motion patterns * Low level motion and contrast detection * Adaptive visual attention to salient events * System integration and synchronization * System integration and synchronization * System integration and synchronization text/html 2008-03-19T14:18:36+02:00 daniel oberhoff http://www.searise.eu/web/doku.php?id=publications&rev=1205932716&do=diff * [M. Chessa, A. Canessa, A. Gibaldi, F. Solari and S.P. Sabatini. Embedding Fixation Constraints into Binocular Energy-based Models of Depth Perception. International Conference on Cognitive and Neural Systems, Boston 27-30 May 2009.] * [Gibaldi, M. Chessa, A. Canessa, S.P. Sabatini and F. Solari. Reading binocular energy population codes for short-latency disparity-vergence eye movements. International Conference on Cognitive and Neural Systems, Boston 27-30 May 2009.] * [M. Chessa, F. So… text/html 2008-03-19T12:28:37+02:00 daniel oberhoff http://www.searise.eu/web/doku.php?id=objectives&rev=1205926117&do=diff SEARISE project pursues three major objectives: * Achieve comparable to human level of performance in identification, rough categorization, fixation and pursuit of salient events in complex videos for surveillance applications. * Develop the Smart Eyes prototype. * Prove the Smart Eyes functionality in real-life environment for observation of large public spaces and restricted in-door areas. text/html 2008-03-19T11:47:58+02:00 daniel oberhoff http://www.searise.eu/web/doku.php?id=start&rev=1205923678&do=diff Introduction The SEARISE project develops a trinocular active cognitive vision system: Smart-Eyes. This system will be able to detect, track and categorize salient events and behaviours. Like humans Smart-Eyes will be capable of learning continuously from visual input and of self-adjusting to changing visual environments. It will be able to fixate salient events following their motion, and to categorize salient visual events dependent on the context. Inspired by the human visual systems, a cyc…