The measurement and 3D modelling techniques have been evolved as parallel technological improvements. Every new technique provides an opportunity for low-cost and fast measurements. The latest method for 3D measurement is the range imaging (RIM) camera. The new period in photogrammetry and 3D modelling applications has begun with the RIM cameras, and it has brought new research areas for scientists. The measurement capabilities, accuracies and application areas of RIM cameras have been increased by the time. In this study, the registration of point cloud data of RIM camera was investigated to perform 3D modelling task
Due to the great evolution in digital commercial cameras, several studies have addressed the using o...
Object of this thesis was to determine the accuracies of a range camera which uses phase difference ...
The paper presents triangulation-based accuracy test procedures for PhotoScan 3D modelling software ...
This paper presents the first experience of a close rangebird’s eye view photogrammetry with range i...
Range imaging (RIM) camera is recent technology in 3D location measurement. The new study areas have...
The use of camera range imaging for the purpose of 3-dimensional representation and non-contact meas...
This Master thesis deals with the calibration of the optics of a novel time-of-flight range camera i...
This paper examines the potential of low cost digital cameras for close-range surface measurement us...
In recent years, active three-dimensional (3D) active vision systems or range cameras for short have...
Solid-state full-field range imaging technology, capable of determining the distance to objects in a...
Building of 3D models for single objects so as for whole environments, represents a continuosly and ...
This paper describes the point cloud visualization for rotary optical rangefinders. Measured distanc...
Lately, close-range photogrammetry became more popular to model any objects in varies field. With th...
In photogrammetric applications, good camera parameters are needed for mapping purpose such as an Un...
The use of the small format digital action cameras has been increased in the past few years in vario...
Due to the great evolution in digital commercial cameras, several studies have addressed the using o...
Object of this thesis was to determine the accuracies of a range camera which uses phase difference ...
The paper presents triangulation-based accuracy test procedures for PhotoScan 3D modelling software ...
This paper presents the first experience of a close rangebird’s eye view photogrammetry with range i...
Range imaging (RIM) camera is recent technology in 3D location measurement. The new study areas have...
The use of camera range imaging for the purpose of 3-dimensional representation and non-contact meas...
This Master thesis deals with the calibration of the optics of a novel time-of-flight range camera i...
This paper examines the potential of low cost digital cameras for close-range surface measurement us...
In recent years, active three-dimensional (3D) active vision systems or range cameras for short have...
Solid-state full-field range imaging technology, capable of determining the distance to objects in a...
Building of 3D models for single objects so as for whole environments, represents a continuosly and ...
This paper describes the point cloud visualization for rotary optical rangefinders. Measured distanc...
Lately, close-range photogrammetry became more popular to model any objects in varies field. With th...
In photogrammetric applications, good camera parameters are needed for mapping purpose such as an Un...
The use of the small format digital action cameras has been increased in the past few years in vario...
Due to the great evolution in digital commercial cameras, several studies have addressed the using o...
Object of this thesis was to determine the accuracies of a range camera which uses phase difference ...
The paper presents triangulation-based accuracy test procedures for PhotoScan 3D modelling software ...