Mobile User Identification by Camera-Based Motion Capture and Mobile Device Acceleration Sensors.
Ryota KosonoTakayuki NishioMasahiro MorikuraKoji YamamotoYuichi MakiTakuya GodaHisashi MatsukawaTakuya IndoPublished in: CHANTS@MOBICOM (2018)
Keyphrases
- mobile users
- motion capture
- mobile devices
- microsoft kinect
- human body
- context aware
- mobile networks
- mobile phone
- human motion
- mobile computing
- real time
- mobile applications
- mobile environments
- human figure
- human computer interaction
- human motion capture
- location based services
- single camera
- multi view
- base station
- mobile commerce
- computer graphics
- markerless
- time of flight
- mobile technologies
- motion capture data
- multiple cameras
- camera calibration
- mobile learning
- sensor data
- information sources
- location dependent
- field of view
- sensor networks
- mobile agents
- humanoid robot
- sensor fusion
- pose estimation
- image sequences
- desktop computers
- depth cameras
- position and orientation
- depth information
- camera views
- depth data
- depth images
- viewpoint
- camera motion
- body parts
- pairwise
- expert systems
- multi camera