Many object recognition systems use a small number of pairings of data and model features to compute the 3D transformation from a model coordinate frame into the sensor coordinate system. With perfect image data, these systems work well. With uncertain image data, however, their performance is less clear. We examine the effects of 2D sensor uncertainty on the computation of 3D model transformations. We use this analysis to bound the uncertainty in the transformation parameters, and the uncertainty associated with transforming other model features into the image. We also examine the impact of the such transformation uncertainty on recognition methods
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
AbstractIn human object recognition, converging evidence has shown that subjects' performance depend...
This work examines closely the possibilities for errors, mistakes and uncertainties in sensing sys-t...
Many recent object recognition systems use a small number of pairings of data and model features to ...
Building robust recognition systems requires a careful understanding of the effects of error in sens...
Techniques, suitable for parallel implementation, for robust 2D model-based object recognition in ...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
AbstractIn human object recognition, converging evidence has shown that subjects' performance depend...
This work examines closely the possibilities for errors, mistakes and uncertainties in sensing sys-t...
Many recent object recognition systems use a small number of pairings of data and model features to ...
Building robust recognition systems requires a careful understanding of the effects of error in sens...
Techniques, suitable for parallel implementation, for robust 2D model-based object recognition in ...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
In this paper a suitable methodology for the improvement of the reliability of results in classifica...
AbstractIn human object recognition, converging evidence has shown that subjects' performance depend...
This work examines closely the possibilities for errors, mistakes and uncertainties in sensing sys-t...