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Gaze and Eye Movement in Interaction

Project description

Eye–head–body synergy for advanced touchless computing

Advances in eye-tracking technology have resulted in novel interactive methods for highly efficient human–computer interfaces that use eye movement and gaze control to immediately communicate focus or intent. However, such approaches still overlook the simultaneous head and body movements that necessarily accompany the naturally coordinated eye movements. The EU-funded GEMINI project will fill that gap by creating a groundbreaking, conceptual, computational and scientific basis for eye–head–body coordination and eye movements that stabilise and adapt vision. It will determine gaze attention in 3D based on motion-based principles to extend eye–head gaze with gestural and proxemic interaction, opening unprecedented possibilities in touchless interaction with ubiquitous computing.

Objective

"Gaze is a compelling modality for human-computer interaction (HCI). Where we look implicitly reflects our goals and information needs, and we are able to direct our gaze at will and speed across our environment, to efficiently communicate interest and express intent. However, in decades of research on gaze interfaces, the approach has been to consider eye movement in isolation and ignore concurrent movement of head and body. GEMINI will develop a fundamentally different approach, from the ground up recognising that visual attention and gaze control are performed in natural and necessary coordination of eyes, head and body.

The project goal is to establish a new conceptual, computational and scientific foundation for gaze and eye movement in interaction, grounded in understanding of eye-head-body coordination and eye movements that stabilise and adapt vision. GEMINI will pioneer motion-based principles for determining gaze attention in 3D, methods for inferring interaction context from synergetic eye, head, and body movement, and a multimodal framework for ""gaze in concert with the body"" in which eye-head gaze is extended with gestural and proxemic interaction for a breakthrough in usable touchless interaction with ubiquitous computing.

GEMINI will radically change how eye movement is approached for interaction, not as isolated and niche, but as central to interaction and dynamically coupled with other movement of the body. The project vision is that users will be able to interact fluidly in 3D with the physical-digital world around them, close-up and at-a-distance, using only their body for input, with eye, head, hand and body movements dynamically combined based on their natural coordination, context and complementarity. This has huge potential for impact on interactive systems where touch is not possible, practical, desirable or safe. If successful, ""gaze in concert with the body"" may well define the next major HCI paradigm."

Host institution

UNIVERSITY OF LANCASTER
Net EU contribution
€ 2 490 391,00
Address
BAILRIGG
LA1 4YW Lancaster
United Kingdom

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Region
North West (England) Lancashire Lancaster and Wyre
Activity type
Higher or Secondary Education Establishments
Links
Total cost
€ 2 490 391,25

Beneficiaries (1)