v. Seelen, W., Bohrer, S., Engels, C., Gillner, W., Janssen, H., Neven, H., Sch6ner, G., Theimer, W.M., V61pel, B.: Visual Information processing in neural architecture. Proc. DAGM-Symposium Mustererkennung 1994 Home/Search Document Details and Download
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An Active Vision System for Obtaining High Resolution Depth.. - Fellenz, Schlüns (1997) (1 citation) (Correct)
.... extrinsic camera parameters are the reduced computational burden for transmitting and processing visual information allowing the real time computation of a depth map, the cooperation of visual behaviors like focus, stereo and vergence to overcome the limitations of a single fixed sensor [1, 7, 9], and the use of dynamic fixations for realtime tracking of a moving object employing visual feedback [2, 4, 8] In this contribution a further advantage of active vision strategies will be outlined that allows us to obtain high resolution depth maps in the immediate surround of the stereo head ....
v. Seelen, W., Bohrer, S., Engels, C., Gillner, W., Janssen, H., Neven, H., Sch6ner, G., Theimer, W.M., V61pel, B.: Visual Information processing in neural architecture. Proc. DAGM-Symposium Mustererkennung 1994
An Active Vision System for Obtaining High.. - Fellenz, Schlüns.. (1997) (1 citation) (Correct)
.... extrinsic camera parameters are the reduced computational burden for transmitting and processing visual information allowing the real time computation of a depth map, the cooperation of visual behaviors like focus, stereo and vergence to overcome the limitations of a single fixed sensor [1, 7, 9], and the use of dynamic fixations for realtime tracking of a moving object employing visual feedback [2, 4, 8] In this contribution a further advantage of active vision strategies will be outlined that allows us to obtain high resolution depth maps in the immediate surround of the stereo head ....
v. Seelen, W., Bohrer, S., Engels, C., Gillner, W., Janssen, H., Neven, H., Schner, G., Theimer, W.M., Vlpel, B.: Visual Information processing in neural architecture. Proc. DAGM-Symposium Mustererkennung 1994
Representing Procedural Knowledge for Semantic.. - Moratz.. (1995) (Correct)
....in the PE module that has been described above. This architecture allows an interaction of low resolution and colour with subsequent focusing and shape processing. As such, it represents an abstraction and coarsening of biologically motivated architectures which model saccadic eye movements [15]. To concentrate on the main issue, we now describe the part of the semantic network modelling a connecting bar (see figure 1 for the corresponding part of the knowledge base and figure 2 for an image) The bar is a flat wodden cuboid with three holes of identical diameter. Therefore, on the ....
W. von Seelen, S. Bohrer, C. Engels, W. Gillner, H. Janßen, H. Neven, G. Sch oner, W. M. Theimer, B. V olpel. visual information processing in neural architecture. In Mustererkennung 94, 16. DAGM-Symposium Wien, 36-57, Wien, Universit at Wien, 1994.
Flexibility through a Neural Architecture for Visual.. - Kopecz, Engels, Janßen (1995) Self-citation (Kopecz) (Correct)
No context found.
W. v. Seelen, S. Bohrer, J. Kopecz, and W. Theimer. Visual Information Processing in Neural Architecture, 1993. Int. Journal of Computer Vision, submitted.
Selective Visual Perception Driven by Cues from.. - Moratz, Eikmeyer.. (1995) (1 citation) (Correct)
No context found.
W. von Seelen, S. Bohrer, C. Engels, W. Gillner, H. Janen, H. Neven, G. Schoner, W.M. Theimer, and B. Volpel. Visual information processing in neural architecture. Proceedings 16. DAGM-Symposium, pages 36--57, 1994.
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