ABSTRACT 3D point cloud data from data acquisition techniques such as terrestrial
photogrammetry, close range photogrammetry (CRP) and light detection and ranging …

Laser scanning 3D technology is gaining prominence in Architecture, Engineering and
Construction, aiming to organize space and shape the human environment. Main …

Symptoms such as cracks and other discontinuities of the scanned surface are indicators of
poor technical conditions of buildings. The efficient detection of such changes using non …

This paper aims at developing a Historical Building Information Modelling methodology for
supporting the diagnosis phase in historical constructions. To this end, the work evaluates …

The aim of this work is to evaluate the ability of terrestrial laser scanning technology to detect
the moisture content in timber structures. For this purpose, an extensive experimental …

Following the development of digital measurement technology in recent years, the
information contained in the measurement outcomes have become increasingly rich …

Remote measurement of historic buildings and structures using the technology of terrestrial
laser scanning (TLS) is becoming a more and more popular approach for conducting …

As a result of the development of Artificial Intelligence (AI) techniques, in recent years,
machine learning (ML) and deep learning (DL) approaches have been widely used to …

Historic timber structures typically have elements with irregular cross-sections often with
decayed segments, making of extreme importance to have proper methods to obtain the …

To obtain the complete coverage when scanning a large-scale scene using a laser scanner,
registration of pairwise point clouds by the corresponding geometric features is usually …