Full-body Human Motion Reconstruction with Sparse Joint Tracking Using Flexible Sensors.
Xiaowei ChenXiao JiangLishuang ZhanShihui GuoQunsheng RuanGuoliang LuoMinghong LiaoYipeng QinPublished in: ACM Trans. Multim. Comput. Commun. Appl. (2024)
Keyphrases
- human motion
- human body
- particle filtering
- upper body
- body parts
- articulated body
- markerless
- joint angles
- motion capture
- articulated human motion
- human movement
- human motion tracking
- body configuration
- human pose
- motion tracking
- dynamical model
- articulated motion
- human motion analysis
- articulated model
- human body parts
- motion sequences
- articulated objects
- three dimensional
- optical motion capture
- image sequences
- motion synthesis
- visual hull
- real time
- video sequences
- pose estimation
- human actions
- gait recognition
- motion recognition
- image reconstruction
- sensor networks
- motion capture data
- dynamical models
- spatio temporal
- sparse representation
- high resolution
- human movements
- visual data
- augmented reality
- tracking framework
- motion model
- visual tracking
- motion segmentation
- mean shift
- particle filter
- multi view
- gait analysis
- human pose estimation
- optical flow
- motion analysis
- multi camera