Human visual-vestibular based (HVVB) adaptive washout filter design for VR-based motion simulator

To avoid dizzy feeling caused by the conflict between visual and vestibular systems, an integrated model that includes models of both vestibular and visual motion sensation and incorporates the nonlinear interaction between the vestibular and visual stimuli. Models for both rotational and translational motion were developed, producing responses that explain the characteristics of self-motion. Based on this model, we propose a human vestibular-visual based (HVVB) adaptive washout algorithm to avoid dizzy feeling caused by the conflict between visual and vestibular systems. Finally, the experimental results confirm the effectiveness of our algorithm designed, and hence the advantages of the present approach can be manifested.