This paper presents a tracking system based on the
technique of gravity-center template [1] to track faces and
localize facial organs such as pupil, eyes, nose and mouth.
Jun Miao, Hongming Zhang, Wen Gao, Gang Deng, Hong...
The ability to detect and track human heads and faces in video sequences can be considered as the finest level of any video surveillance system. In this paper, we introduce a gener...
This paper describes a human machine interaction application for building panoramic views easily and efficiently. The panoramas are not limited to the 1D problem (one axis of rot...
We present a real-time user-independent computer vision system that processes a sequence of images of a front-facing human face and recognises a set of facial expressions at 30 fp...
In the age of speech and voice recognition technologies, sign language recognition is an essential part of ensuring equal access for deaf people. To date, sign language recognition...