Within the paper we present the current activities of the Institute for Photogrammetry in cultural heritage documentation in Jordan. In particular two sites, Petra and Jerash, were recorded using terrestrial laser scanning (TLS). We present the results and the current status of the recording. Experiences drawn from these projects have led us to investigate more automated approaches to TLS data processing. We detail two approaches within this work. The automation of georeferencing for TLS data is presented along with our approach for automated feature extraction
Recording Cultural Heritage objects using terrestrial laserscanning becomes more and more popular ov...
3D modelling of architectural structures for monitoring, conservation and restoration alterations in...
The environmental survey with the digital technology acquisition of Terrestrial Laser Scanner (= TLS...
Within the paper the potential of combining terrestrial laser scanning and close range photogrammetr...
Over the years, terrestrial laserscanners evolved in terms of speed, accuracy and range. Key aspect ...
Terrestrial laser scanning (TLS) technology is increasingly used in surveying, construction and arch...
Recently, laser scanning has been receiving greater attention as a useful tool for real-time 3D data...
The development and availability of capable point cloud software creates a new archaeological forefr...
The development of a specification to standardise the capture, presentation and delivery of point cl...
Terrestrial laser scanning is becoming an increasingly preferred surveying technique for the 3D docu...
The introduction of new terrestrial laser scanner devices in the survey field has increased the poss...
Terrestrial laser scanning (TLS) systems are used during surveying in cultural heritage applications...
In terms of raising an awareness of the historical, national and cultural properties in our country ...
The field of Cultural Heritage has inspired, in the course of last few years, an interest more and m...
The paper presents analysis of the orientation of terrestrial laser scanning (TLS) data. In the prop...
Recording Cultural Heritage objects using terrestrial laserscanning becomes more and more popular ov...
3D modelling of architectural structures for monitoring, conservation and restoration alterations in...
The environmental survey with the digital technology acquisition of Terrestrial Laser Scanner (= TLS...
Within the paper the potential of combining terrestrial laser scanning and close range photogrammetr...
Over the years, terrestrial laserscanners evolved in terms of speed, accuracy and range. Key aspect ...
Terrestrial laser scanning (TLS) technology is increasingly used in surveying, construction and arch...
Recently, laser scanning has been receiving greater attention as a useful tool for real-time 3D data...
The development and availability of capable point cloud software creates a new archaeological forefr...
The development of a specification to standardise the capture, presentation and delivery of point cl...
Terrestrial laser scanning is becoming an increasingly preferred surveying technique for the 3D docu...
The introduction of new terrestrial laser scanner devices in the survey field has increased the poss...
Terrestrial laser scanning (TLS) systems are used during surveying in cultural heritage applications...
In terms of raising an awareness of the historical, national and cultural properties in our country ...
The field of Cultural Heritage has inspired, in the course of last few years, an interest more and m...
The paper presents analysis of the orientation of terrestrial laser scanning (TLS) data. In the prop...
Recording Cultural Heritage objects using terrestrial laserscanning becomes more and more popular ov...
3D modelling of architectural structures for monitoring, conservation and restoration alterations in...
The environmental survey with the digital technology acquisition of Terrestrial Laser Scanner (= TLS...