Simulator sickness has been one of the major obstacles toward making virtual reality (VR)
widely accepted and used. For example, virtual navigation produces vection, which is the …

Locomotion interfaces that support physical self-motion in virtual reality facilitate spatial
updating, but have relatively high cost and typically require large physical spaces. A better …

International Workshop Agreement 3 organized by the International Standard Organization
calls for more research to determine simple objective ways to assess susceptibility to …

The illusory sensation of self-motion is defined as vection. Vection research can help
enhance Virtual Reality applications and improve simulator fidelity as vection appears to be …

The International Air Transport Association forecasts that there will be at least a 30%
increase in passenger demand for flights over the next five years. In these circumstances the …

Apart from inducing a high sense of presence, creating a sensation of self-motion is often a
key issue of many Virtual Reality applications. However, self-motion perception (vection) has …

While immersive experiences with Virtual Reality are becoming commonplace in industry to
provide end-users with a realistic, but safe simulation of real-world situations, an interesting …

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 …

In this paper we studied the influence of the combination of linear velocity and rotational
velocity on vection and visually induced motion sickness. The experiment was performed …

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 …