The aim of this paper is to provide a first review of studies related to auditorily-induced self-
motion (vection). These studies have been scarce and scattered over the years and over …

This second edition of a bestseller presents systematic and extensive coverage of the
primary areas of research and development within VE technology. It brings together a …

Moving visual stimuli can elicit the sensation of self-motion in stationary observers, a
phenomenon commonly referred to as vection. Despite the long history of vection research …

Motion sickness is a problem for many in everyday travel and will become more prevalent
with the rise of automated vehicles. Virtual Reality (VR) headsets have shown significant …

While rotating visual and auditory stimuli have long been known to elicit self-motion illusions
(“circular vection”), audiovisual interactions have hardly been investigated. Here, two …

Auditory spatial localization in humans is performed using a combination of interaural time
differences, interaural level differences, as well as spectral cues provided by the geometry of …

While modern computer graphics and virtual reality (VR) simulations can have stunning
photorealism, they are often unable to provide a life-like and compelling sensation of moving …

While virtual reality applications flourish, there is a growing need for technological solutions
to induce compelling self-motion, as an alternative to cumbersome motion platforms. Haptic …

How can we convincingly simulate observer locomotion through virtual environments
without having to allow for full physical observer movement? That is, how can we best utilize …

Vection is classically defined as the illusory perception of self-motion induced via visual
stimuli. The utility of vection research lies in its potential to enhance simulation fidelity, as …