It is a common problem of AR applications that optical see-through head-mounted displays
(OST-HMD) move on users' heads or are even temporarily taken off, thus requiring frequent …

Continuous, real-time tracking of eye gaze is valuable in a variety of scenarios including
hands-free interaction with the physical world, detection of unsafe behaviors, leveraging …

Researchers are considering the use of eye tracking in head-mounted camera systems,
such as Google's Project Glass. Typical methods require detailed calibration in advance, but …

Gaze tracking is an aspect of human-computer interaction still growing in popularity.
Tracking human eye fixation points can help control user interfaces and eventually may help …

Recently, the eye-tracker has been developed as a daily-use device. However, when an eye-
tracker is used daily, the problem of calibration arises. Even when the calibration for …

In social scenes, humans interact with each other by sending visible social signals, such as
facial expressions, body gestures, and gaze movements. Social cognition, the ability to …

In this paper we examine the potentials and limitations of fusing head-mounted computing
devices such as Google Glass with headmounted gaze tracking (HMGT). In the current …

Gaze interaction has been helping people with physical disabilities for many years but its
use is still limited, in part because it has been designed for desktop platforms. In this paper …

Previous work on eye tracking and eye-based human-computer interfaces mainly
concentrated on making use of the eyes in traditional desktop settings. With the recent …

Building interaction prototypes for ubiquitous computing is inherently difficult, since it
involves a number of different devices and systems. Prototyping is an important step in …