Gaze-based interaction using smooth pursuit eye movements (Pursuits) is attractive given
that it is intuitive and overcomes the Midas touch problem. At the same time, eye tracking is …

Augmented and virtual reality (AR/VR) has entered the mass market and, with it, will soon
eye tracking as a core technology for next generation head-mounted displays (HMDs). In …

Smart head-worn or head-mounted devices, including smart glasses and Virtual Reality
(VR) headsets, are gaining popularity. Online shopping and in-app purchase from such …

We present HMD Light, a proof-of-concept Head-Mounted Display (HMD) implementation
that reveals the Virtual Reality (VR) user's experience in the physical environment to …

Walk-in-Place is an established locomotion technique for walking in virtual environments, as
it incorporates body motion similar to regular walking. Although there is extensive research …

We present FaceWidgets, a device integrated with the backside of a head-mounted display
(HMD) that enables tangible interactions using physical controls. To allow for near range-to …

Pupil localization is the critical technology of eye tracking, which plays a significant role in
many eye movement analysis applications, such as pupil trajectory tracing from video …

The onset of Virtual Reality (VR) has opened in its wake exciting potential for users and
developers alike. The rapid rise in popularity of low-end VR headsets such as Google …

Wearable sensors have been widely applied in the fields of human-machine interface,
medical care, and disease diagnosis. Various types of wearable sensors with different …

Locomotion, the ability to walk freely in virtual environments, is a problem with no
standardized solution. Walk-in-Place is one strand of solutions in which the user's physical …