Using Nonlinear Kinematic Parameters as a Means of Predicting Motion Sickness in Real-Time in Virtual Environments.
L. James SmartAnthony DrewTyler HadidonMax TeafordEric BachmannPublished in: Hum. Factors (2023)
Keyphrases
- virtual environment
- real time
- kinematic model
- virtual world
- virtual reality
- real environment
- computer graphics
- multi user
- inverse kinematics
- image sequences
- collision detection
- motion planning
- virtual training
- virtual space
- motion capture
- motion model
- kinematic constraints
- physical space
- end effector
- real world
- parallel robot
- camera motion
- control system
- optical flow
- virtual agents
- configuration space
- virtual objects
- virtual humans
- motion control
- degrees of freedom
- role play
- vision system