With the gradual maturity of the terrestrial laser scanners (TLS) technology, it is widely used
in the field of deformation monitoring due to its fast, automated, and non-contact data …

Multi-temporal acquisitions of 3D point clouds for geomonitoring tasks allow the
quantification and analysis of geometric changes of monitored objects by advanced …

We propose a novel fully automated deformation analysis pipeline capable of estimating
real 3D displacement vectors from point cloud data. Different from the traditional methods …

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 …

Weather conditions and different operational loads often cause changes in essential parts of
engineering structures, and this affects the static and dynamic behavior and reliability of …

Mining slopes, electrical power generation dams and several big construction enterprises
demands continuous inspections. The size and diversity of these structures demands high …

Areal deformation monitoring based on point clouds can be a very valuable alternative to the
established point-based monitoring techniques, especially for deformation monitoring of …

Terrestrial laser scanning is used in many disciplines of engineering. Examples include
mobile mapping, architecture surveying, archaeology, as well as monitoring and …

Marine infrastructures such as harbours, bridges, and locks are particularly exposed to salt
water and are therefore subject to increasing deterioration. This makes regular inspection of …

All measurements are affected by systematic and random deviations. A huge challenge is to
correctly consider these effects on the results. Terrestrial laser scanners deliver point clouds …