Compressed Representation of Feature Vectors Using a Bloomier Filter and Its Application to Specific Object Recognition
| Language | Japanese |
|---|---|
| Type | Proceedings of Japanese Conferences |
| Authors | Katsufumi Inoue, Koichi Kise |
| Title | Compressed Representation of Feature Vectors Using a Bloomier Filter and Its Application to Specific Object Recognition |
| Journal | Proceedings of MIRU 2009 |
| Presentation number | OS12-2 |
| Pages | pp.343-350 |
| Reviewed | Not reviewed |
| Date | July 2009 |
| Research fields | Object Recognition, Pattern recognition |
| Key | Inoue2009_MIRU (id=1093) |
Abstract
Nearest neighbor search of feature vectors representing local features is often employed for specific object recognition. In such a method, it is required to store all feature vectors for distance calculation. The number of feature vectors is , in general, so large that a huge amount of memory is needed for their storage. A way to solve this problem is to skip the distance calculation for recognition. In this paper, we propose a method of object recognition without distance calculation. The characteristic point of the proposed method is to use a Bloomier filter, which is far memory efficinet than hash tables, for the storage of feature vectors. From experiments of planar and 3D specific object recognition, the proposed method is evaluated in comparison to a method with a hash table.
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