Virtual reality (VR) has enjoyed significant popularity in recent years. Where navigation has
been a fundamental appeal of 3D applications for decades, facilitating this in VR has been …

Immersive computer-generated environments (aka virtual reality, VR) are limited by the
physical space around them, eg, enabling natural walking in VR is only possible by …

Redirected walking (RDW) promises to allow near-natural walking in an infinitely large
virtual environment (VE) by subtle manipulations of the virtual camera. Previous experiments …

In virtual environments, the space that can be explored by real walking is limited by the size
of the tracked area. To enable unimpeded walking through large virtual spaces in small real …

Cybersickness poses a crucial threat to applications in the domain of Virtual Reality. Yet, its
predictors are insufficiently explored when redirection techniques are applied. Those …

Head-mounted display (HMD) systems make it possible to introduce discrepancies between
physical and virtual world rotations. Small and hopefully unnoticed discrepancies can be …

VR may induce sickness effects because of visual incoherence between vergence and eye
accommodation. These effects may be presented using convenient virtual screen distances …

We propose an embodied interface that allows both physical and virtual displacement within
an Immersive Virtual Environment (IVE). It consists of a modular wearable used to control a …

Natural walking is often considered one of the most advantageous locomotion techniques
for virtual reality (VR). In comparison to other techniques, it reduces VR sickness, provides …

Virtual Reality (VR) is envisioned to be a mainstream medium that would change how we
work, connect, and play. For this vision to be realized, however, VR must be equally …