Add to ORKGAbstract. We consider selected geometric properties of 2D or 3D sets, given in form of binary digital pictures, and discuss their estimation. The properties examined are perimeter and area in 2D, and surface area and volume in 3D. We evaluate common estimators in stereology and digital geometry according to their multiprobe or multigrid convergence properties, and precision and efficiency of estimations
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
Photo-realistic 3D computer models of real objects and scenes are key components in many 3D multimed...
International audiencePhotometric 3D-reconstruction techniques aim at inferring the geometry of a sc...
A sampling design of local stereology is combined with a method from digital stereology to yield a n...
This textbook offers a statistical view on the geometry of multiple view analysis, required for came...
Measuring volume and surface area of objects given its digitizations are important problems in 3D im...
information from scenes that are illuminated only with ambient lighting. Much of the material is con...
Although reality-based models are widely used to describe the geometric surfaces of an entity in a d...
International audienceThere are mainly two families of photographic 3D reconstruction. Photogrammetr...
Understanding the 3D shape information is a fundamental problem in computer vi-sion. Among various s...
Dense image matching methods enable efficient 3D data acquisition. Digital cameras are available at ...
Disparity information has a great interest in different application fields such as view synthesis, 3...
Developed herein is a formal theory for stereo vision which unifies existing stereo methods and pred...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
The three dimensional space of our experience contains many forms of object features. The forms of t...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
Photo-realistic 3D computer models of real objects and scenes are key components in many 3D multimed...
International audiencePhotometric 3D-reconstruction techniques aim at inferring the geometry of a sc...
A sampling design of local stereology is combined with a method from digital stereology to yield a n...
This textbook offers a statistical view on the geometry of multiple view analysis, required for came...
Measuring volume and surface area of objects given its digitizations are important problems in 3D im...
information from scenes that are illuminated only with ambient lighting. Much of the material is con...
Although reality-based models are widely used to describe the geometric surfaces of an entity in a d...
International audienceThere are mainly two families of photographic 3D reconstruction. Photogrammetr...
Understanding the 3D shape information is a fundamental problem in computer vi-sion. Among various s...
Dense image matching methods enable efficient 3D data acquisition. Digital cameras are available at ...
Disparity information has a great interest in different application fields such as view synthesis, 3...
Developed herein is a formal theory for stereo vision which unifies existing stereo methods and pred...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
The three dimensional space of our experience contains many forms of object features. The forms of t...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
Photo-realistic 3D computer models of real objects and scenes are key components in many 3D multimed...
International audiencePhotometric 3D-reconstruction techniques aim at inferring the geometry of a sc...