One of the important current development in digital close range photogrammetric systems is the full automation of the measuring process. The systems range available from low to high accuracy. This study focuses on the applications of low accuracy (using normal digital camera) and high accuracy (using V-STARS system) digital close range photogrammetric systems for dimensional measurement and 3D modeling of several objects. The accuracy were checked with other systems, i.e. AXYZ and CMM. The results obtained show the practicality of both systems, with accuracy ranging from several micron (for high accuracy system) to several mm (for low accuracy system)
The aim of this paper is to present methods of estimating and guidelines for verifying the accuracy ...
Many applications would benefit from a cost effective 3D position or distance measurement systems. S...
Diffraction grating based simultaneous projection of large number of distinct and circular laser dot...
Many industrial applications require precise dimensional measurement and three dimensional (3D) mode...
Abstract: Accuracy studies in plane (2D) or in space (3D) have been carried out in digital close ran...
Due to the great evolution in digital commercial cameras, several studies have addressed the using o...
Lately, close-range photogrammetry became more popular to model any objects in varies field. With th...
This work compares the accuracy of distance measurements in a model generated via Close-Range Photog...
Close-range photogrammetry is increasingly being employed for 3D measurement and modelling across a ...
3D photogrammetry measuring systems using LED targets and CCD/CMOS Cameras are gaining wider applica...
This paper presents a study of accuracy of a digital technique that uses a computer photogrammetric ...
High accuracy measurement of industrially produced objects is becoming increasingly important. The t...
3D scanning of physical objects is one of the frequently used methods for generating input data for ...
In surveying engineering tasks, close-range photogrammetry belongs to leading technology by consider...
The use of inexpensive cameras in close-range photogrammetry creates a problem of camera calibration...
The aim of this paper is to present methods of estimating and guidelines for verifying the accuracy ...
Many applications would benefit from a cost effective 3D position or distance measurement systems. S...
Diffraction grating based simultaneous projection of large number of distinct and circular laser dot...
Many industrial applications require precise dimensional measurement and three dimensional (3D) mode...
Abstract: Accuracy studies in plane (2D) or in space (3D) have been carried out in digital close ran...
Due to the great evolution in digital commercial cameras, several studies have addressed the using o...
Lately, close-range photogrammetry became more popular to model any objects in varies field. With th...
This work compares the accuracy of distance measurements in a model generated via Close-Range Photog...
Close-range photogrammetry is increasingly being employed for 3D measurement and modelling across a ...
3D photogrammetry measuring systems using LED targets and CCD/CMOS Cameras are gaining wider applica...
This paper presents a study of accuracy of a digital technique that uses a computer photogrammetric ...
High accuracy measurement of industrially produced objects is becoming increasingly important. The t...
3D scanning of physical objects is one of the frequently used methods for generating input data for ...
In surveying engineering tasks, close-range photogrammetry belongs to leading technology by consider...
The use of inexpensive cameras in close-range photogrammetry creates a problem of camera calibration...
The aim of this paper is to present methods of estimating and guidelines for verifying the accuracy ...
Many applications would benefit from a cost effective 3D position or distance measurement systems. S...
Diffraction grating based simultaneous projection of large number of distinct and circular laser dot...