Enjoying Virtual Reality in vehicles presents a problem because of the sensory mismatch
and sickness. While moving, the vestibular sense perceives actual motion in one direction …

One way to alleviate VR sickness is to reduce the sensory mismatch between the visual and
vestibular organ regarding the motion perception. Mixing in the motion trail in the reverse …

We explore a method to reduce motion sickness and allow people to use virtual reality while
moving in vehicles. We put forth a usage scenario where the target VR content is based on …

Virtual Reality (VR) sickness can cause intense discomfort, shorten the duration of a VR
experience, and create an aversion to further use of VR. High-quality tracking systems can …

Exposure to Virtual Reality (VR) is typically multisensory, incorporating sensory information
from several modalities. In this context, the congruency between cross-modal feedback …

Sickness is one major obstacle in proliferating the use of virtual reality. The sensory
mismatch between the visual and vestibular senses about user motion is attributed as the …

The confounding effect of player locomotion on the vestibulo-ocular reflex is one of the
principal causes of motion sickness in immersive virtual reality. Continuous motion is …

Advances in consumer virtual reality (VR) technology have made using natural locomotion
for navigation in VR a possibility. While walking in VR can enhance immersion and reduce …

Simulator sickness is an issue in virtual reality environments. In a virtual world, sensory
conflict between visual sensation and self-motion perception occurs readily. Contradiction …

Be it discussed as cybersickness, immersive sickness, simulator sickness, or virtual reality
sickness, the ill effects of visuo-vestibular mismatch in immersive environments are of great …