Analyzing Mowing Behaviors on Sloping Land via Motion Capture Device.
Bo WuYuan WuYoko AokiShoji NishimuraMasayuki KashiwagiPublished in: DASC/PiCom/CBDCom/CyberSciTech (2020)
Keyphrases
- motion capture
- human body
- human motion
- computer animation
- computer graphics
- human computer interaction
- human motion capture
- multi view
- human figure
- monocular video sequences
- markerless
- motion capture data
- human movement
- pose tracking
- human motion capture data
- humanoid robot
- body movements
- non rigid structure from motion
- d objects
- spatio temporal
- viewpoint
- high dimensional
- expert systems