Multi-view human activity recognition using motion frequency.
Neslihan KöseMohammadreza BabaeeGerhard RigollPublished in: ICIP (2017)
Keyphrases
- multi view
- human activities
- human activity recognition
- motion capture
- scene flow estimation
- dynamic scenes
- motion capture data
- activity recognition
- single view
- multiple views
- human computer interaction
- d objects
- three dimensional
- camera calibration
- depth map
- sensor data
- human movement
- motion estimation
- action recognition
- space time
- human actions
- semi supervised
- image sequences
- optical flow
- multi view learning
- motion analysis
- human motion
- multiple cameras
- motion patterns
- camera motion
- motion field
- viewpoint
- user interface
- data sets
- moving objects
- visual hull
- object recognition
- collaborative filtering