As a revolutionary technology, terrestrial laser scanning (TLS) is attracting increasing
interest in the fields of architecture, engineering and construction (AEC), with outstanding …

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 …

As laser scanning technology has improved a lot in recent years, terrestrial laser scanners
(TLS) have become popular devices for surveying tasks with high accuracy demands, such …

Terrestrial laser scanning (TLS) technology has various applications due to its capability of
acquiring detailed 3D information about objects within a limited time-period. Yet, it is not …

This article investigates the usage of terrestrial laser scanner (TLS) point clouds for
monitoring the gradual movements of soil masses due to freeze–thaw activity and water …

There has been a great deal of research about errors in geographic information and how
they affect spatial analyses. A typical GIS process introduces various types of errors at …

Terrestrial laser scanner measurements suffer from systematic errors due to internal
misalignments. The magnitude of the resulting errors in the point cloud in many cases …

In recent years, some new technologies have been applied to dam deformation
measurement, offering unprecedented opportunities to safety management and structural …

A method for estimating the range and spatial distribution of terrestrial laser scanning
uncertainties occurring during the survey of engineering structures is presented and …

We współczesnym świecie kluczowe znaczenie przypisuje się bezpieczeństwu. Pomiary
kontrolne obiektów inżynierskich wpisują się w ten trend dostarczając precyzyjnej …