This paper proposes an Eye Gaze Tracking (EGT) technique using a single eye image that can be easily calibrated and mapped for Human Computer Interaction (HCI). The technique employs both geometric and trigonometric relationships to find a user's Point of Regard, followed by calculating user-dependent variables for final mapping onto a user interface (UI). Experimental results show acceptable accuracy with minimal focal errors
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
An eye tracker is a device for measuring eye positions and eye movement. During the past decades, va...
Through eye tracking technology, scientists have explored the eyes diverse aspects and capabilities....
AbstractThis work describes an eye tracking system for a natural user interface, based only on non-i...
Eye-gaze tracking is an aspect of human-computer interaction still growing in popularity,. Tracking ...
Knowledge of the eye-gaze position of a subject may allow machines to interact with humans in a more...
Knowledge of the eye-gaze position of a subject may allow machines to interact with humans in a more...
A novel approach to view-based eye gaze tracking for human computer interface (HCI) is presented. Th...
Video-based eye tracking devices that can detect where a person is looking without requiring the us...
Abstract Eye tracking has a long history in medical and psychological research as a tool for recordi...
Knowing the user\u27s point of gaze has long held the promise of being a useful methodology for huma...
In this paper we introduce a novel gaze tracking system called FreeGaze, which is designed for the u...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
This paper proposes an unobtrusive and calibration-free framework towards eye gaze tracking based in...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
An eye tracker is a device for measuring eye positions and eye movement. During the past decades, va...
Through eye tracking technology, scientists have explored the eyes diverse aspects and capabilities....
AbstractThis work describes an eye tracking system for a natural user interface, based only on non-i...
Eye-gaze tracking is an aspect of human-computer interaction still growing in popularity,. Tracking ...
Knowledge of the eye-gaze position of a subject may allow machines to interact with humans in a more...
Knowledge of the eye-gaze position of a subject may allow machines to interact with humans in a more...
A novel approach to view-based eye gaze tracking for human computer interface (HCI) is presented. Th...
Video-based eye tracking devices that can detect where a person is looking without requiring the us...
Abstract Eye tracking has a long history in medical and psychological research as a tool for recordi...
Knowing the user\u27s point of gaze has long held the promise of being a useful methodology for huma...
In this paper we introduce a novel gaze tracking system called FreeGaze, which is designed for the u...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
This paper proposes an unobtrusive and calibration-free framework towards eye gaze tracking based in...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
Current research on gaze tracking, specifically relating to mouse control, is often limited to infra...
An eye tracker is a device for measuring eye positions and eye movement. During the past decades, va...