Reducing Seasickness in Onboard Marine VR Use through Visual Compensation of Vessel Motion.
Andrew H. StevensThomas ButkiewiczPublished in: VR (2019)
Keyphrases
- visual perception
- visual cues
- visual motion
- virtual reality
- visual information
- visual data
- space time
- image sequences
- motion model
- low level
- motion analysis
- motion estimation
- mid level
- optical flow
- virtual environment
- motion detection
- perceptual information
- motion segmentation
- motion parameters
- visual input
- visual scene
- visual sensor
- blood vessels
- motion patterns
- spatial and temporal
- camera motion
- moving objects
- motion planning
- humanoid robot
- motion capture
- human motion
- retinal images
- computer graphics
- virtual world
- guide wire
- medical images