The University of Tennessee
Knoxville, TN 37996-2100
| IRIS Research Student |
|
Vitaliy Orekhov |
|
|
Office: | 334 Ferris
Hall The University of Tennessee Knoxville, TN 37996-2100 | |
| Telephone: | N/A | ||
| Fax: | N/A | ||
| E-mail: |
| ||
| Personal Web Page: | N/A |
| Current Research Work |
|
In computer vision applications camera calibration is an essential step in
quantitative image analysis. To extract metric information from images it is
necessary to understand how points in the scene are projected onto the
imaging sensor. In essence the goal of camera calibration is to identify the
camera model which accurately describes how objects in a 3D scene are
projected onto the 2D image sensor and find the camera parameter values of
that model. This work was first concentrated on understanding and
evaluating the various calibration methods and models currently used for wide-angle
camera, fish-eye cameras, and omnivision systems. The next step is to
address some
shortcomings of previous methods and present a complete full scale camera
calibration method which can be used with normal, telephoto, wide-angle, and
fish-eye lenses.
|
|
Schedule:
|
|
Last updated: Webmaster |
