Diego González-Aguilera

TL;DR: A methodology to combine the technology of the terrestrial laser scanner with the techniques of digital image processing in order to study damages on stony materials that constitute historical buildings shows the potential of the use of intensity data from terrestrial scanner for the recognition and characterization of certain pathologies in building materials that constitutes historical buildings.

TL;DR: A novel, low-cost, user-friendly photogrammetric tool for generating high-resolution and scaled 3D models of complex sites and indicates that this approach is semi-automatic, inexpensive and effective, and that it guarantees quality.

TL;DR: The methods proposed have provided the measurement and monitoring of the large “Las Cogotas” dam (Avila, Spain) and show the relevance and novelty of the laserscanning methodology developed, which incorporates different statistical and modelling approaches not considered until now.

TL;DR: In this article, a metrological comparison between Kinect I and Kinect II laser scanners was made using a standard artefact based on 5 spheres and 7 cubes, and the accuracy and precision tests were done for different ranges and changing the inclination angle between each sensor and the artefact.

TL;DR: A low-cost technique for the analysis of cut mark micromorphology from a tri-dimensional perspective is introduced which provides a high-resolution approach to cut mark characterisation such as morphology, depth, width, and angle estimation as well as section determination, measured directly on the marks on bones.