Extended Reality (XR) technology brings exciting possibilities for aeroplane passengers,
allowing them to escape their limited cabin space. Using nearby physical surfaces enables a …

Illusory VR interaction techniques such as hand redirection work because humans use
vision to adjust their motor commands during movement (eg, reaching). Existing simulations …

Experiencing virtual environments is often limited to abstract interactions with objects.
Physical proxies allow users to feel virtual objects, but are often inaccessible. We present …

Visuo-haptic illusions are a method to expand proxy-based interactions in VR by introducing
unnoticeable discrepancies between the virtual and real world. Yet how different design …

Physical props serving as proxies for virtual objects (haptic proxies) offer a cheap,
convenient, and compelling way of delivering a sense of touch in virtual reality (VR). To …

Various redirected walking (RDW) techniques have been proposed, which unwittingly
manipulate the mapping from the user's physical locomotion to motions of the virtual camera …

Hand redirection is effective so long as the introduced offsets are not noticeably disruptive to
users. In this work we investigate the use of physiological and interaction data to detect …

Reach redirection is an illusion-based virtual reality (VR) interaction technique where a
user's virtual hand is shifted during a reach in order to guide their real hand to a physical …

User interfaces in virtual reality enable diverse interactions within the virtual world, though
they typically lack the haptic cues provided by physical interface controls. Haptic retargeting …

Handheld virtual reality (VR) controllers enable users to manipulate virtual objects in VR but
do not convey a virtual object's weight. This hinders users from effectively experiencing …