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The heart of the Consortium is the members and their experiences with eye
tracking. Below you will find a brief synposis of each member lab, what
technology they are using and what research topics they are using it on.
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| Location: | Department of Brain and Cognitive Sciences | University of Rochester | Rochester, NY, USA | People: | Richard Aslin aslin@cvs.rochester.edu |
Bob McMurray mcmurray@bcs.rochester.edu |
| Technology: | ASL PanTilt Model 504 Eyetracker | Polhemus Fasttrac Magnetic Headtracker |
| Research: | Our research focuses on the use of the Anticipatory Eye Movement Paradigm as a tool for assessing categorization and identification of auditory, linguistic and visual stimuli. Specifically, this paradigm allow us to train infants to peform two-alternative-forced-choice-tasks by making anticipatory eye movements to the left or right side of a computer screen in response to a stimuli. | |
http://www2.psych.cornell.edu/Johnson/Lab |
| Location: | Department of Psychology | Cornell University | Ithaca, NY, USA | People: | Scott Johnson sj75@cornell.edu |
| Technology: | ASL PanTilt Model 504 Eyetracker |
| Research: | We are interested in the development of object perception in infants between birth and 8 months. In one recent study, we recorded 2- to 4-month-olds' eye movements as they viewed partly occluded objects, to probe how scanning changes with age, and how infants scan different kinds of occlusion displays. Currently we are recording 4- to 6-month-olds' eye movements as they view a ball moving behind an occluding box and then re-emerging. The central measure of interest is the frequency with which the infants anticipate the ball's appearance, as an index of their representations of the ball and its trajectory. |
Sabine Hunnius, University of Groningen
Eileen Mansfield, Birkbeck College, University of London
Hilary Leevers, Rutgers University
Jason Nawyn, Rutgers University
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Email mcmurray@bcs.rochester.edu with questions or comments. |