We address the problem of automatically learning object models for recognition and pose estimation. In contrast to the traditional approach, we formulate the recognition problem as …
H Murase, SK Nayar - Proc. Image Understanding …, 1992 - murase.nuie.nagoya-u.ac.jp
We address the problem of automatically learning object models for recognition and pose estimation. In contrast to the traditional approach, we formulate the recognition problem as …
H Murase, SK Nayar - Proc. AAAI Fall Symposium: Machine Learning …, 1993 - cdn.aaai.org
We address the problem of automatically learning object models for recognition and pose estimation. In contrast to the traditional approach, the recognition problem is formulated here …
H Murase, SK Nayar - International journal of computer vision, 1995 - Springer
The problem of automatically learning object models for recognition and pose estimation is addressed. In contrast to the traditional approach, the recognition problem is formulated as …
SK Nayar, H Murase, SA Nene - Early visual learning, 1996 - cs.columbia.edu
In contrast to the traditional approach, the recognition problem is formulated as one of matching appearance rather than shape. For any given vision task, all possible appearance …
PF Felzenszwalb - Proceedings of the 2001 IEEE Computer …, 2001 - ieeexplore.ieee.org
We consider learning models for object recognition from examples. Our method is motivated by systems that use the Hausdorff distance as a shape comparison measure. Typically an …
SK Nayar, H Murase - International Workshop on Object Representation in …, 1996 - Springer
Appearance matching was recently demonstrated as a robust and efficient approach to 3D object recognition and pose estimation. Each object is represented as a continuous …
Realistic representation of objects requires models which can synthesize the image of an object under all possible viewing conditions. We propose to learn these models from …
SK Nayar, H Murase - … of 9th Scandinavian conference on image …, 1995 - cs.columbia.edu
This paper proposes a novel method to detect three-dimensional objects in arbitrary poses and sizes from a complex image and simultaneously measure their poses and sizes. We …