Abstract Terrestrial Laser Scanning (TLS) is an efficient and reliable method for collecting
point clouds which have a range of applications in the Architecture, Engineering and …

Terrestrial laser scanners (TLSs) are increasingly used in several applications such as
reverse engineering, digital reconstruction of historical monuments, geodesy and surveying …

Surveying techniques such as terrestrial laser scanner have recently been used to measure
surface changes via 3D point cloud (PC) comparison. Two types of approaches have been …

A terrestrial laser scanner measures the distance to an object surface with a precision in the
order of millimeters. The quality of the individual points in a point cloud, although directly …

In scan-to-BIM process, the quality of scan data (ie data quality) greatly affects the quality of
the generated BIM model (ie model quality). However, there has been little research that …

The paper discusses the issue of using artificial neural networks and point clouds for
calculating displacements of cultural heritage structures. The model trained on laboratory …

Abstract Terrestrial Laser Scanners (TLS) have gained momentum in identifying cracks and
deformations. Although TLS efficiency has been recognized over time, the scan data quality …

Highway retaining walls are continuously monitored during their construction to ensure the
required performance criteria are met. Currently, inspection data are obtained manually by …

Radiometric correction of airborne LiDAR intensity data has been proposed based on the
use of the radar (range) equation for removing the effects of attenuation due to system and …

The paper presents a new methodology for high precision monitoring of deformations with a
long term perspective using terrestrial laser scanning technology. In order to solve the …