To compare the accuracy of linear and angular measurements between cephalometric and
anatomic landmarks on surface models derived from 3D cone beam computed tomography …

Objectives The purpose of this study was to evaluate several different facial soft tissue
measurement methods. Materials and methods After marking 15 landmarks in the facial area …

Background Advances in 3D shape capture technology have made powerful shape
analyses, such as geometric morphometrics, more feasible. While the highly accurate micro …

Soft tissues of the human face hang from the skull under the downward vector of gravity.
Subsequently, the fall of the tissues is not likely the same between supine, prone or upright …

Laser scanner devices are acquiring a growing importance in facial anatomy. Most studies
have analysed facial scans obtained through two simultaneous captures, whereas the same …

Osseous remains provide forensic anthropologists with morphological and osteometric
information that can be used in building a biological profile. By conducting a visual and …

Abstract Background Three-dimensional (3D) reconstruction technology is a method of
transforming real goals into mathematical models consistent with computer logic …

Objectives This study aimed to evaluate and compare the accuracy and inter-operator
reliability of a low-cost red-green-blue-depth (RGB-D) camera-based facial scanner …

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

Digital investigation of anthropological material through computed tomography (CT) offers
several new opportunities in morphometrics. However, an object measured with computer …