An efficient and robust facial feature detection and tracking system is presented in this paper. The system is capable of locating a human face automatically. Six facial feature points (pupils, nostrils and mouth corners) are detected and tracked using multiple cues including facial feature intensity and its probability distribution, geometric characteristics and motion information. In addition, in order to improve the robustness of the tracking system, a simple facial feature model is employed to estimate the relative face poses. This system has the advantage of automatically detecting the facial features and recovering the features lost during the tracking process. Encouraging results have been obtained using the proposed system
In this paper an intelligent and efficient combination of several methods are employed for face and ...
We present a robust technique for tracking a set of pre-determined points on a human face. To achiev...
This paper proposes a learnt {\em data-driven} approach for accurate, real-time tracking of facial f...
An efficient and robust facial feature detection and tracking system is presented in this paper. The...
An efficient and robust facial feature detection and tracking system under various illuminations is ...
An efficient and robust facial feature detection and tracking system under various illuminations is ...
Accurately and robustly tracking facial features must cope with the large variation in appearance ac...
Accurately and robustly tracking facial features must cope with the large variation in appearance ac...
AbstractWe propose a real time system for person detection, recognition and tracking using frontal a...
The paper represents an effective and robust facial feature tracking approach based on the multi-cue...
International audienceThis work presents a robust technique for tracking a set of detected points on...
A robust facial feature tracking system using the Autoregressive model based prediction and the opti...
AbstractFacial feature points such as eyebrows, eyes, nose and mouth are prominent landmarks surroun...
Part 4: Biometric ApplicationsInternational audienceThis paper presents a new system to achieve face...
A “coarse-to-fine ” facial feature detection and tracking system which is used under complex backgro...
In this paper an intelligent and efficient combination of several methods are employed for face and ...
We present a robust technique for tracking a set of pre-determined points on a human face. To achiev...
This paper proposes a learnt {\em data-driven} approach for accurate, real-time tracking of facial f...
An efficient and robust facial feature detection and tracking system is presented in this paper. The...
An efficient and robust facial feature detection and tracking system under various illuminations is ...
An efficient and robust facial feature detection and tracking system under various illuminations is ...
Accurately and robustly tracking facial features must cope with the large variation in appearance ac...
Accurately and robustly tracking facial features must cope with the large variation in appearance ac...
AbstractWe propose a real time system for person detection, recognition and tracking using frontal a...
The paper represents an effective and robust facial feature tracking approach based on the multi-cue...
International audienceThis work presents a robust technique for tracking a set of detected points on...
A robust facial feature tracking system using the Autoregressive model based prediction and the opti...
AbstractFacial feature points such as eyebrows, eyes, nose and mouth are prominent landmarks surroun...
Part 4: Biometric ApplicationsInternational audienceThis paper presents a new system to achieve face...
A “coarse-to-fine ” facial feature detection and tracking system which is used under complex backgro...
In this paper an intelligent and efficient combination of several methods are employed for face and ...
We present a robust technique for tracking a set of pre-determined points on a human face. To achiev...
This paper proposes a learnt {\em data-driven} approach for accurate, real-time tracking of facial f...