Abstract 3D point clouds have emerged as a crucial source of information in the field of
Cultural Heritage due to their ability to capture reality with high density and accuracy. They …

The measurement of 3D spatial coordinates for model reconstruction through artificial
machine vision systems based on optical sensors and the corresponding signal processing …

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 …

The popularity of smartphones along with advances in sensor technologies has opened new
possibilities for scientific application and low-cost observation. Particularly useful is the …

Internal crack detection with ultra-sonic sensors in concrete has been suggested as a
technique for automatically detecting these types of cracks. In this study, we presented a …

The study highlights the significance of combining imaging and laser scanning techniques to
enrich point clouds used for reliable documentation and Heritage Building Information …

In this paper, we present a method based on an ensemble of convolutional neural networks
(CNNs) for the prediction of residual drift capacity in unreinforced damaged masonry walls …

Point clouds are widely used for structure inspection and can provide damage spatial
information. However, how to update a digital twin (DT) with local damage based on point …

Ensuring the structural integrity of civil infrastructure and maintaining public safety
necessitates accurate and reliable periodic inspection of cracks on concrete surfaces. Image …

Building information modeling (BIM) has recently become more popular in historical
buildings as a method to rebuild their geometry and collect relevant information. Heritage …