Objective To review four types of three‐dimensional imaging devices: intraoral scanners,
extraoral scanners, cone‐beam computed tomography (CBCT), and facial scanners, in …

Abstract Digitization of Cultural Heritage assets and sites is a broad term that includes
quantitative as well as qualitative data acquisition. Towards a holistic, complete …

In recent years, three-dimensional (3D) scanning has become the main tool for recording,
documenting, and preserving cultural heritage in the long term. It has become the …

Heritage documentation has benefitted greatly from significant developments in sensor
technology during the past two decades. Miniaturisation of sensors is also an important …

Techniques for the three-dimensional digitization of tangible heritage are continuously
updated, as regards active and passive sensors, data acquisition approaches, implemented …

Digitized methodologies in the recent era contribute to various fields of automation that used
to hold different interests and meanings of human life. Buildings with historical significance …

Digital multimedia contents are gaining, in the Cultural Heritage domain, more and more
importance. We should thus expect, in the forthcoming years, that archaeological sites and …

Background: 3D models are nowadays part of daily clinical practice. Photogrammetry is a
brand-new method for transforming small objects into 3D models while kee** their original …

Surveying fields from geosciences to infrastructure monitoring make use of a wide range of
instruments for accurate 3D geometry acquisition. In many cases, the Terrestrial Laser …

Digital documentation and high-quality 3D representation are always more requested in
many disciplines and areas due to the large amount of technologies and data available for …