We propose an approach to gait analysis that relies on fitting 3–D temporal motion models to synchronized video sequences. These models allow us not only to track but also to recover motion parameters that can be used to recognize people and characterize their style. Because our method is robust to occlusions and insensitive to changes in direction of motion, our proposed approach has the potential to overcome some of the main limitations of current gait analysis methods. This is an important step towards taking biometrics out of the laboratory and into the real world. 1
Markerless motion capture is a pronounced topic in computer vision. In forensic science, markerless ...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Gait biometrics has attracted increasing interest in the computer vision and machine learning commun...
We propose an approach to gait analysis that relies on fitting 3-D temporal motion models to synchro...
The term gait recognition is typically used to signify the identification of individuals in image se...
Gait is the manner of walking, and gait recognition concerns the identification of people in video se...
Abstract—Research into tracking and recognizing human movement has so far been mostly limited to gai...
Extracting gait biometrics from videos has been receiving rocketing attention given its applications...
Recognising people by the way they walk and/or run is new. A novel analytical model which is invaria...
Research into tracking and recognizing human movement has so far been mostly limited to gait or fron...
Motion capture and analysis has an important role in many fields, therefore it has been for long tim...
Recently, the research community has given much interest in gait as a biometric. However, one of the...
There have as yet been few gait biometrics approaches which use temporal 3D data. Clearly, 3D gait d...
Abstract: GAIT is a way of moving on foot. Identification of an individual by the manner of walk is ...
The University of Southampton Multi-Biometric Tunnel is a high performance data-capture and recognit...
Markerless motion capture is a pronounced topic in computer vision. In forensic science, markerless ...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Gait biometrics has attracted increasing interest in the computer vision and machine learning commun...
We propose an approach to gait analysis that relies on fitting 3-D temporal motion models to synchro...
The term gait recognition is typically used to signify the identification of individuals in image se...
Gait is the manner of walking, and gait recognition concerns the identification of people in video se...
Abstract—Research into tracking and recognizing human movement has so far been mostly limited to gai...
Extracting gait biometrics from videos has been receiving rocketing attention given its applications...
Recognising people by the way they walk and/or run is new. A novel analytical model which is invaria...
Research into tracking and recognizing human movement has so far been mostly limited to gait or fron...
Motion capture and analysis has an important role in many fields, therefore it has been for long tim...
Recently, the research community has given much interest in gait as a biometric. However, one of the...
There have as yet been few gait biometrics approaches which use temporal 3D data. Clearly, 3D gait d...
Abstract: GAIT is a way of moving on foot. Identification of an individual by the manner of walk is ...
The University of Southampton Multi-Biometric Tunnel is a high performance data-capture and recognit...
Markerless motion capture is a pronounced topic in computer vision. In forensic science, markerless ...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Gait biometrics has attracted increasing interest in the computer vision and machine learning commun...