<p>The first row demonstrates extracted original high-dimensional depth features (DDF), and then using the training data, we apply DLA as our first stage for dimension reduction to obtain more discriminative features. From the training sample, apparently, the points on different body parts are separated with high margins. The second row demonstrates the extracted unsupervised relative position features. By CCA, it tries to explore complement information, namely, using the unsupervised RPF adjusts the overfitting of the learned features while using learned DDF features to introduce more discriminative ability. Finally, the k-d features (k is much less than the dimensions of DDF) are inputted to train a traditional SVM classifier.</p
Many existing systems for human body tracking are based on dynamic model-based tracking that is driv...
For product developers that design near-body products, virtual mannequins that represent realistic b...
(Invited Paper- CVPR 2011 special issue) Abstract—We describe two new approaches to human pose estim...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Human posture classification (HPC) is the process of identifying a human pose from a still image or ...
This thesis presents a holistic human posture analysis system. The proposed system leverages the sta...
Object recognition, human pose estimation and scene recognition are applications which are frequentl...
Human posture recognition is an attractive and challenging topic in computer vision due to its promi...
Human posture recognition is gaining increasing attention in the fields of artificial intelligence a...
International audienceObject recognition, human pose estimation and scene recognition are applicatio...
The use of skeleton data for human posture recognition is a key research topic in the human-computer...
In the recent years, body part detection had gain significant interest and popular because of the ca...
Many existing systems for human body tracking are based on dynamic model-based tracking that is driv...
Many existing systems for human body tracking are based on dynamic model-based tracking that is driv...
For product developers that design near-body products, virtual mannequins that represent realistic b...
(Invited Paper- CVPR 2011 special issue) Abstract—We describe two new approaches to human pose estim...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Posture segmentation plays an essential role in human motion analysis. The state-of-the-art method e...
Human posture classification (HPC) is the process of identifying a human pose from a still image or ...
This thesis presents a holistic human posture analysis system. The proposed system leverages the sta...
Object recognition, human pose estimation and scene recognition are applications which are frequentl...
Human posture recognition is an attractive and challenging topic in computer vision due to its promi...
Human posture recognition is gaining increasing attention in the fields of artificial intelligence a...
International audienceObject recognition, human pose estimation and scene recognition are applicatio...
The use of skeleton data for human posture recognition is a key research topic in the human-computer...
In the recent years, body part detection had gain significant interest and popular because of the ca...
Many existing systems for human body tracking are based on dynamic model-based tracking that is driv...
Many existing systems for human body tracking are based on dynamic model-based tracking that is driv...
For product developers that design near-body products, virtual mannequins that represent realistic b...
(Invited Paper- CVPR 2011 special issue) Abstract—We describe two new approaches to human pose estim...