Current Virtual Reality systems are designed for interaction under visual control. Using built-
in cameras, headsets track the user's hands or hand-held controllers while they are inside …

Millions of people with vision impairment or vision loss face considerable barriers in using
mobile technology and services due to the difficulty of text entry. In this paper, we review …

Virtual Reality (VR) has the potential to transform how we work: it enables flexible and
personalized workspaces beyond what is possible in the physical world. However, while …

Real-world work-spaces typically revolve around tables, which enable knowledge workers
to comfortably perform tasks over an extended period of time during productivity tasks …

Virtual Reality (VR) systems have traditionally required users to operate the user interface
with controllers in mid-air. More recent VR systems, however, integrate cameras to track the …

VR Head-Mounted Displays (HMDs) provide unlimited and personalized virtual workspaces
and will enable working anytime and anywhere. However, if HMDs are to become …

We introduce RadarHand, a wrist-worn wearable with millimetre wave radar that detects on-
skin touch-based proprioceptive hand gestures. Radars are robust, private, small, penetrate …

While text entry is an essential and frequent task in Augmented Reality (AR) applications,
devising an efficient and easy-to-use text entry method for AR remains an open challenge …

Despite advancements in egocentric hand tracking using head-mounted cameras, contact
detection with real-world objects remains challenging, particularly for the quick motions often …

We present PrinType, a fingerprint recognition based typing technique for virtual reality.
Different regions of fingers covered by friction ridges are assigned to different keys (ie letters …