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Heribert J. P. Reitböck (June 22, 1933 in Ried im Innkreis – April 3, 2014; Marburg) was an Austrian neuroscientist and Professor Emeritus at Philipps-University Marburg (Germany). Reitböck was appointed University Professor at Philipps-University Marburg in 1978 as successor of Hans Wolter. He established the Biophysics / Neurophysics research group there, and perfected a multi-micro-electrode recording technique he had developed in a collaboration between the Westinghouse Electric (1886) Research Laboratories and the University of Pittsburgh. With that technique, object-related synchronizations in the visual system were discovered in 1989. Based on that principle he developed concepts and models for figure-ground separation and object recognition in computer vision.

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  • Heribert Reitböck (de)
  • Heribert Reitböck (en)
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  • Heribert J. P. Reitböck (* 22. Juni 1933 in Ried im Innkreis; † 3. April 2014 in Lohra Willershausen bei Marburg) war ein österreichischer Neurowissenschafter. Er wurde 1978 als Universitätsprofessor und Nachfolger von Hans Wolter an die Philipps-Universität Marburg berufen und baute dort die Arbeitsgruppe Angewandte Physik – Neurophysik auf, wo er die Multielektrodentechnik weiter perfektionierte, sodass 1989 tatsächlich objektbezogene Synchronisationen im Sehsystem nachgewiesen werden konnten. Nach diesem Prinzip entwickelte er Modelle leistungsfähiger technischer Sehsysteme. Flexible Kopplung durch Synchronisation ist zwischenzeitlich weltweit ein wichtiger Zweig der Hirnforschung, um neuronale Mechanismen assoziativer Prozesse besser zu verstehen. Reitböck galt dabei als ein Pionier. (de)
  • Heribert J. P. Reitböck (June 22, 1933 in Ried im Innkreis – April 3, 2014; Marburg) was an Austrian neuroscientist and Professor Emeritus at Philipps-University Marburg (Germany). Reitböck was appointed University Professor at Philipps-University Marburg in 1978 as successor of Hans Wolter. He established the Biophysics / Neurophysics research group there, and perfected a multi-micro-electrode recording technique he had developed in a collaboration between the Westinghouse Electric (1886) Research Laboratories and the University of Pittsburgh. With that technique, object-related synchronizations in the visual system were discovered in 1989. Based on that principle he developed concepts and models for figure-ground separation and object recognition in computer vision. (en)
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  • Heribert J. P. Reitböck (* 22. Juni 1933 in Ried im Innkreis; † 3. April 2014 in Lohra Willershausen bei Marburg) war ein österreichischer Neurowissenschafter. Er wurde 1978 als Universitätsprofessor und Nachfolger von Hans Wolter an die Philipps-Universität Marburg berufen und baute dort die Arbeitsgruppe Angewandte Physik – Neurophysik auf, wo er die Multielektrodentechnik weiter perfektionierte, sodass 1989 tatsächlich objektbezogene Synchronisationen im Sehsystem nachgewiesen werden konnten. Nach diesem Prinzip entwickelte er Modelle leistungsfähiger technischer Sehsysteme. Flexible Kopplung durch Synchronisation ist zwischenzeitlich weltweit ein wichtiger Zweig der Hirnforschung, um neuronale Mechanismen assoziativer Prozesse besser zu verstehen. Reitböck galt dabei als ein Pionier. (de)
  • Heribert J. P. Reitböck (June 22, 1933 in Ried im Innkreis – April 3, 2014; Marburg) was an Austrian neuroscientist and Professor Emeritus at Philipps-University Marburg (Germany). Reitböck was appointed University Professor at Philipps-University Marburg in 1978 as successor of Hans Wolter. He established the Biophysics / Neurophysics research group there, and perfected a multi-micro-electrode recording technique he had developed in a collaboration between the Westinghouse Electric (1886) Research Laboratories and the University of Pittsburgh. With that technique, object-related synchronizations in the visual system were discovered in 1989. Based on that principle he developed concepts and models for figure-ground separation and object recognition in computer vision. Flexible neural couplings via synchronizations became an important branch in brain research for a better understanding of the neural mechanisms underlying associative processes. Reitböck is considered a pioneer in that field Reinard Eckhorn: Flexible Kopplungen im Gehirn. Zum 70. Geburtstag des Neurophysikers Professor Heribert J.P. Reitböck. (en)
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