CONF
quelhas04a/IDIAP
Fusion of Structural and Color Local Descriptors for Enhanced Object Recognition
Quelhas, Pedro
Odobez, Jean-Marc
EXTERNAL
https://publications.idiap.ch/attachments/papers/2004/quelhas_WIAMIS04.pdf
PUBLIC
https://publications.idiap.ch/index.php/publications/showcite/quelhas03c
Related documents
Proceedings IEEE WIAMIS 2004(5th International Workshop on Image Analysis for Multimedia Interactive Services,',','),
21-23 April, 2004, Lisboa, Portugal
2004
April 2004
IDIAP-RR 03-71
In this paper we study the behavior of local descriptor object recognition methods with respect to 3D geometric transformations and image resolution variations. As expected performance decreases with accentuated perspective and decrease in resolution. To improve performance and robustness, we propose a scheme to fuse color and gradient local descriptors. This approach is motivated by the discriminative power of color in man-made object recognition. The problem of color feature extraction is addressed as well as the considerations on the fusion process and steps to train such fusion. We used SOIL-47A database for experiments and shown a 7\% to 10\% relative improvement when compared with state-of-the-art gradient based descriptors.
REPORT
quelhas03c/IDIAP
A Color and Gradient Local Descriptor Fusion Scheme For Object Recognition
Quelhas, Pedro
Odobez, Jean-Marc
EXTERNAL
https://publications.idiap.ch/attachments/reports/2003/rr03-71.pdf
PUBLIC
Idiap-RR-71-2003
2003
IDIAP
Published in WIAMIS04
In this paper we study the behavior of local descriptor object recognition methods with respect to 3D geometric transformations and image resolution variations. As expected performance decreases with accentuated perspective and decrease in resolution. To improve performance and robustness, we propose a scheme to fuse color and gradient local descriptors. This approach is motivated by the discriminative power of color in man-made object recognition. The problem of color feature extraction is addressed as well as the considerations on the fusion process and steps to train such fusion. We used SOIL-47A database for experiments and shown a 7\% to 10\% relative improvement when compared with state-of-the-art gradient based descriptors.