Introduction The quantitative assessment of facial appearance and function is critical in the
process of restoring normality and thus minimising morbidity in patients with facial …

This article explores the usefulness of the depth images provided by the current Microsoft
Kinect sensors in different face analysis tasks including identity, gender and ethnicity. Four …

The RealSense F200 represents a new generation of economically viable 4-dimensional
imaging (4D) systems for home use. However, its 3D geometric (depth) accuracy has not …

We propose a method to build in real-time animated 3D head models using a consumer-
grade RGB-D camera. Our framework is the first one to provide simultaneously …

We propose a method to produce near laser-scan quality 3-D face models of a freely moving
user with a low-cost, low resolution range sensor in real-time. Our approach does not …

Personalised 3D face creation has always been a hot topic in the computer vision
community. Many methods have been proposed including the statistic model, the non-rigid …

We present an image-based 3D face shape reconstruction method which transfers shape
cues inferred from source face images to guide the reconstruction of the target face …

The development of computer graphics and technologies leads to the emergence of different
methods for presenting the three-dimensional information in the virtual world. In this paper …

In this paper, we propose a robust and high-fidelity 3D face reconstruction method that uses
multiple depth cameras. This method automatically reconstructs high-quality 3D face models …

Existing automated objective grading systems either fail to consider the face's complex three-
dimensional morphology or have poor feasibility and usability. Consumer-based red, green …