Category:Geometry in computer vision
Here is a list of articles in the category Geometry in computer vision of the Computing portal that unifies foundations of mathematics and computations using computers. Geometry in computer vision is a sub-field within computer vision dealing with geometric relations between the 3D world and its projection into 2D image, typically by means of a pinhole camera. Common problems in this field relate to
- Reconstruction of geometric structures (for example, points or lines) in the 3D world based on measurements in 2D images
- Matching constraints which are satisfied for 2D structures (for example, points or lines) in two or more images of the same scene when the these structures correspond in the 3D scene.
The geometric structures studied in this field does not have to be restricted to points or lines in two or three dimensions but can also be related to entire objects, for example the pose of such an object.
Pages in category "Geometry in computer vision"
The following 30 pages are in this category, out of 30 total.
- 3D pose estimation (computing)
- Bundle adjustment (computing)
- Direct linear transformation (computing)
- Homography (computer vision) (computing)
- Laguerre formula (computing)