Object classification using a fragment-based representation
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
[PDF][PDF] Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - 2000 - Citeseer
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
[PDF][PDF] Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - 2000 - researchgate.net
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
[引用][C] Object classification using a fragment-based representation
S ULLMAN, E SALI - Lecture notes in computer science, 2000 - pascal-francis.inist.fr
Object classification using a fragment-based representation CNRS Inist Pascal-Francis CNRS
Pascal and Francis Bibliographic Databases Simple search Advanced search Search by …
Pascal and Francis Bibliographic Databases Simple search Advanced search Search by …
Object classification using a fragment-based representation
S Ullman, E Sali - … Motivated Computer Vision …, 2000 - weizmann.esploro.exlibrisgroup.com
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
Object classification using a fragment-based representation
S Ullman, E Sali - Biologically Motivated Computer …, 2000 - weizmann.elsevierpure.com
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - Proceedings of the First IEEE International Workshop …, 2000 - dl.acm.org
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - Edited by G. Goos, J. Hartmanis and J. van Leeuwen, 2000 - Springer
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - Biologically Motivated Computer Vision - infona.pl
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
Object Classification Using a Fragment-Based Representation
S Ullman, E Sali - … First IEEE International Workshop BMCV 2000 …, 2000 - books.google.com
The tasks of visual object recognition and classification are natural and effortless for
biological visual systems, but exceedingly difficult to replicate in computer vision systems …
biological visual systems, but exceedingly difficult to replicate in computer vision systems …