This review considers previous research, regarding the background and applications of 3D
face-tracking systems with a focus on stereo camera-based systems. Stereo cameras are …

Tracking, which is essentially motion estimation, is an integral part of most face processing
systems. If the input to a face recognition system is a video sequence, as obtained from a …

3D facial tracking has become vital to the continued integration of computers, technology,
and human society. In recent decades, the integration of technology has increased, and the …

This paper addresses the problem of 3D face tracking from a monocular view. Dominant
tracking algorithms in current literature can be classified as intensity-based or feature-based …

For humans, to view a scene with two eyes is clearly more advantageous than to do that with
one eye. In computer vision however, most of high-level vision tasks, an example of which is …

Abstract 3D tracking of faces in video streams is a difficult problem that can be assisted with
the use of a priori knowledge of the structure and appearance of the subject's face at …

The ability to detect and track human heads and faces in video sequences is useful in a
great number of applications. In this paper, we present our recent 3D face tracker that …

Abstract 3D face tracking is an important component for many computer vision applications.
Most state-of-the-art tracking algorithms can be characterized as being either intensity-or …

This work proposes a new method for face and mouth tracking using video cameras. This
method has been proposed to be used in intelligent spaces as an initial stage to provide …

Recently, researchers proposed deterministic and statistical appearance-based 3D head
tracking methods which can successfully tackle the image variability and drift problems …