It is described the uncertainty analysis performed for the reconstruction of a 3D shape. Multiple stereo systems are employed to measure a 3D surface with superimposed colored markers. The described procedure comprises a detailed uncertainty analysis of all the measurement phases, and the evaluated uncertainties are employed to perform a compatibility analysis of points acquired by different stereo pairs. The compatible acquired markers are statistically merged in order to obtain a measurement of a 3D shape and an evaluation of the associated uncertainty. Both the compatibility analysis and the measurement merging is based on the evaluated uncertainty
Laser scanners are used more and more in mobile mapping systems. They provide 3D point clouds that a...
Three-dimensional (3D) imaging systems are now widely available, but standards, best practices and c...
The paper presents a method for estimating the uncertainty of optical coordinate measurement based o...
This paper describes the uncertainty analysis performed for the reconstruction of a 3-D shape. Multi...
A method for the reconstruction of a 3D shape is described and applied to a practical measurement ca...
This paper analyses the uncertainty in the estimation of shape from different cues, specifically mot...
Stereo vision has emerged as an effective approach for contactless 3-D measurements. This paper pre...
Multi-view techniques help us reconstruct a 3-D object and its properties from its 2-D (or even 1-D)...
The present paper analyzes in detail the measurement uncertainty achievable in 3D reconstruction of ...
A comprehensive uncertainty, baseline, and noise analysis in computing 3D points using a recent L1-b...
The scanning electron microscope (SEM) is widely used to acquire high resolution images. In order to...
This paper describes the use of a previously developed surface model for representing 3D geometric i...
International audienceThe authorities of the standards organization International Organization of St...
L'automatisation de la numérisation est une étape indispensable au développement de la mesure tridim...
L'automatisation de la numérisation est une étape indispensable au développement de la mesure tridim...
Laser scanners are used more and more in mobile mapping systems. They provide 3D point clouds that a...
Three-dimensional (3D) imaging systems are now widely available, but standards, best practices and c...
The paper presents a method for estimating the uncertainty of optical coordinate measurement based o...
This paper describes the uncertainty analysis performed for the reconstruction of a 3-D shape. Multi...
A method for the reconstruction of a 3D shape is described and applied to a practical measurement ca...
This paper analyses the uncertainty in the estimation of shape from different cues, specifically mot...
Stereo vision has emerged as an effective approach for contactless 3-D measurements. This paper pre...
Multi-view techniques help us reconstruct a 3-D object and its properties from its 2-D (or even 1-D)...
The present paper analyzes in detail the measurement uncertainty achievable in 3D reconstruction of ...
A comprehensive uncertainty, baseline, and noise analysis in computing 3D points using a recent L1-b...
The scanning electron microscope (SEM) is widely used to acquire high resolution images. In order to...
This paper describes the use of a previously developed surface model for representing 3D geometric i...
International audienceThe authorities of the standards organization International Organization of St...
L'automatisation de la numérisation est une étape indispensable au développement de la mesure tridim...
L'automatisation de la numérisation est une étape indispensable au développement de la mesure tridim...
Laser scanners are used more and more in mobile mapping systems. They provide 3D point clouds that a...
Three-dimensional (3D) imaging systems are now widely available, but standards, best practices and c...
The paper presents a method for estimating the uncertainty of optical coordinate measurement based o...