3D Reconstruction of Archaeological Sites Using Photogrammetry

Laser scanners using LiDAR technology can in principle be used to identify all types of objects in three di- mensions, depending on the distance between the artificial light source

We used a prototype multi-resolution 3D laser imaging scanner that allowed acquiring the shape information of the three main chambers with a spatial resolution that improves

With respect to imagery from the camera mounted on the laser scanner, the relative orientation of adjacent pairs of images, and indeed of a network of overlapping images, can

We describe a method for acquiring better models using a commercial laser range scanner by taking many al- most, but not quite, identical scans and combining them in software..

Images acquired from an helicopter were used to model the whole castle while the detailed inner models were created by means of close-range photogrammetry and 3D laser scanner..

• a laser scanner for range data of the details, also with GPS referencing (a hand laser scanner is simpler to use and to get data from occluded objects, although it is still an

Infact TOF laser scanners are based on the principle of measuring the time used by the light to travel from the scanner to the acquired surface and back to estimate the distance of

[PDMUR09] propose an automated multispectral texture mapping of 3D models of artwork objects acquired by photogrammetry or laser scan- ner In Mansouri [MLM ∗ 07] a camera with