PAPERS & PRESENTATIONS ON RESEARCH DONE
USING THE EYEGAZE ANALYSIS SYSTEM

This list references published eyetracking research done with LC Technologies' Eyegaze Analysis System.

Anthony Hornof, University of Oregon

This is the home page of Anthony Hornof of the University of Oregon in Eugene, Oregon.

Cognitive Modeling and eyetracking Laboratory

This is the home page of Dr. Hornof's research.

A number of technical papers and software that utilize the Eyegaze Analysis System are downloadable from these two sites, including software for using the Eyegaze system to record eye movements when the stimuli are presented on an Apple Macintosh computer, and a paper that shows how required fixation locations can be used to remove constant error from eyetracking data.

The Gaze Groupware System - During telecommunication and tele-work, it is important to know not only who is working with whom, but also who is working on what. One of the most prominent usability problems of current telecommunication and tele-work environments is the (lack of) support for representing these joint attention states. This has prompted researchers, mainly in the fields of Human-Computer Interaction (HCI) and Computer Supported Cooperative Work (CSCW), to focus on aspects of awareness in communication and cooperative work. However, proposed solutions often require a very explicit management of communication flow, or cause a considerable increase in network load and consequently do not scale up well.

Contact

Dr. Roel Vertegaal CISC Dept.
Queen's University
Canada

Chip Scialfa, University of Calgary Home Page

This is the home page of Chip Scialfa of the University of Calgary in Alberta, Canada.

Perceptual and Cognitive Aging Lab at the University of Calgary

PCA Lab has been a center for investigations of age-related change in visual perception and cognitive processes. Past research has been concerned with normal aging and spatial vision, speed and distance estimation, and visual search. Current research is related to texture segmentation, display formatting and eye movements.

Paper by Chip Scialfa that includes the use of an Eyegaze Analysis System

This was published in Perception and Psychophysics, 1998, by Charles (Chip) T. Scialfa & Kenneth M. Joffe, "Response Times and Eye Movements in Feature and Conjunction Search as a Function of Target Eccentricity". The research included the use of an Eyegaze Analysis System.

Institute for Disabilities Research and Training, Inc. Home Page

This is the home page of the Institute for Disabilities Research and Training, Inc. (IDRT) in Silver Spring, Maryland.

Research Services

This is Research Services of IDRT, including information on Eye Movement Pattern Determination.

Eye Movement Patterns of Captioned Television Viewers
[This paper will be available here soon. We're still redesigning our site.]

This is a paper submitted in 1999 to American Annals of the Deaf, entitled "Eye Movement Patterns of Captioned Television Viewers", by Dr. Carl J. Jensema, Sameh El Sharkawy, Dr. Ramalinga S. Danturthi, Dr. Robert Burch and David Hsu. The Eyegaze Analysis System was used in the research work for this paper.

Katholieke Universiteit, Leuven, Belgium home page.

This is the home page of the Laboratory of Ergonomics and Occupational Biomechanics, Faculty of Physical Education and Rehabilitation, Katholieke Universiteit, Leuven, Belgium.

A paper was presented by A. Spaepen, K. Edwards, I. Van Mele, et al, at the 1996 5th International Conference of ICCHP in Linz, Austria. "Access Design for All", a study on learning curves during training on devices for textual input to telecommunications equipment for the motor impaired.

This paper reports trials conducted with two textual input techniques, an Eyegaze system, and a chin operated trackball, to evaluate speed of text creation and accuracy. Over three 45-minute sessions, the speed of textual input increased with both techniques by 50%, reaching 35 characters per minute for the Eyegaze and 30 characters per minute for the trackball system. Accuracy was consistently higher with the trackball system, but the Eyegaze system had the advantage in terms of only requiring minimal motor ability.

For copies of this paper, please contact Isabel Van Mele at:
Katholieke Universiteit
Tervuursevesst 101, B-3001 Leuven, Belgium
or e-mail: Isabel.vanmele@flok.kuleuven.ac.be

Gerald L. Lohse, Wharton Business School home page.

This is the home page of Gerald L. Lohse of the Wharton School of the University of Pennsylvania. Many of the research projects in the Eye Movement Process Tracing are available here.

Gerald L. Lohse, Wharton Business School,
An Eye Fixation Analysis of Consumer Choice from Phone Directory Advertisements

This is a graphic of a yellow page advertisement with an overlay of eye fixations as a consumer looks at the page. The eye fixation data was obtained from an Eyegaze Analysis System.

Consumer Eye Movement Patterns on Yellow Pages Advertising
This is the paper by Gerald L. Lohse that the graphic above came from.
[This paper will be available here soon. We're still redesigning our site.]

An Eye on Reactor and Computer Control

from the Oak Ridge National Laboratory Review (Vol. 25, No. 2).

by Jack Schryver and Bill Knee

These futuristic scenarios suggest that information on eye gazes--the way people look at an object--can be put to use to determine a person's mental work load and level of fatigue, to guide the design of computer displays to speed human processing of information, and to control computers. Other applications include controlling camera positions on robots and guiding an artificial intelligence system in recognizing enemy targets.

At ORNL computer software has been developed to make possible an improved eye-gaze measurement technology. Such an innovation could be the basis for advanced eye-gaze systems that may have applications such as those mentioned above.

 

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