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ABSTRACT
Situated public displays and interactive surfaces are becoming
ubiquitous in our daily lives. Issues arise with these
devices when attempting to interact over a distance or with
content that is physically out of reach. In this paper we outline
three techniques that combine gaze with manual handcontrolled
input to move objects. We demonstrate and discuss
how these techniques could be applied to two scenarios
involving, (1) a multi-touch surface and (2) a public display
and a mobile device.

UK 2011 Turner Bulling Gaze Interaction Manual Pervasive Display Interactive Tobii Glasses

in list: Eye Control

Eye-based human-computer interaction (HCI) goes back at least to the early 1990s. Controlling a computer using the eyes traditionally meant extracting information from the gaze—that is, what a person was looking at. In an early work, Robert Jacob investigated gaze as an input modality for desktop computing.1 He discussed some of the human factors and technical aspects of performing common tasks such as pointing, moving screen objects, and menu selection. Since then, eye-based HCI has matured considerably. Today, eye tracking is used successfully as a measurement technique not only in the laboratory but also in commercial applications, such as marketing research and automotive usability studies.

Germany 2010 Bulling Mobile HCI interaction gaze based eye tracking development Tobii Glasses

in list: Eye Tracking Technology, HCI & Usability