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Motion sickness simulation based on sensorimotor control
Chen Hui Hu,
Wen-Chieh Lin
Institute of Multimedia Engineering
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Keyphrases
Simulation-based
100%
Motion Sickness
100%
Sensorimotor Control
100%
Human Perception
50%
Angular Speed
50%
Vestibular System
50%
Controller
25%
Physically-based
25%
External Stimuli
25%
Computational Approach
25%
Spatial Orientation
25%
Human Being
25%
Orientation Estimation
25%
Perception-based
25%
Human Motion
25%
Sensory Perception
25%
Human-like
25%
Tactile Sensation
25%
Motion Simulation
25%
Motion Style
25%
Visual Sensation
25%
Human Response
25%
Motion Generation
25%
Perception-aware
25%
Postural Instability
25%
Reflex Action
25%
Proprioceptive Stimulation
25%
Standing Balance
25%
Motor Learning
25%
Task Goal
25%
Vestibular Model
25%
Sensory Error
25%
Body Sway
25%
Visual-tactile
25%
Perceptual Illusion
25%
Simulated Perception
25%
Natural Response
25%
Computer Science
Human Perception
100%
External Stimulus
50%
Computational Approach
50%
Human Motions
50%
Motion Simulation
50%
Learning Skill
50%
Natural Response
50%
Neuroscience
Sensory-Motor Control
100%
Vestibular System
50%
Behavior (Neuroscience)
25%
Motor Skills
25%
Illusion
25%
Psychology
Sensory-Motor Control
100%
Motor Skills
25%
Homo sapiens
25%