GEORGE J PILIGIAN
Medical Practice in Englewood, NJ
License number
New Jersey 25MA04943500
Issued Date
Feb 20, 1987
Expiration Date
Jun 30, 1991
Category
Medical Examiners
Type
Medical Doctor
Address
Address
Englewood, NJ
Professional information
Apparatus And Method For Eye Tracking Interface
US Patent:
5517021, May 14, 1996
Filed:
Oct 28, 1994
Appl. No.:
8/330924
Inventors:
Arie A. Kaufman - Plainview NY
Amit Bandopadhay - Smithtown NY
George J. Piligian - Englewood Cliffs NJ
Amit Bandopadhay - Smithtown NY
George J. Piligian - Englewood Cliffs NJ
Assignee:
The Research Foundation State University of New York - Albany NY
International Classification:
G01V 904
US Classification:
250221
Abstract:
An eye tracking interface system for generating communication and control functions as a result of pre-defined eye gestures is disclosed. The system includes a detecting device adapted to detect bio-electromagnetic signals generated by eye movements. A first processor receives the detected bio-electromagnetic signals, and generate tokens corresponding to said pre-defined eye gestures. A second processor receives the tokens, and generates command signals based on a protocol correlating tokens to desired command signals. Thereafter, a user interface responds to said command signals, and provides control functions in response to said command signals.
Apparatus And Method For Eye Tracking Interface
US Patent:
5360971, Nov 1, 1994
Filed:
Jan 19, 1993
Appl. No.:
8/006199
Inventors:
Arie A. Kaufman - Plainview NY
Amit Bandopadhay - Smithtown NY
George J. Piligian - Englewood Cliffs NJ
Amit Bandopadhay - Smithtown NY
George J. Piligian - Englewood Cliffs NJ
Assignee:
The Research Foundation State University of New York - Albany NY
International Classification:
G01V 904
US Classification:
250221
Abstract:
An eye tracking interface system for generating communication and control functions as a result of pre-defined eye gestures is disclosed. The system includes a detecting device adapted to detect bio-electromagnetic signals generated by eye movements. A first processor receives the detected bio-electromagnetic signals, and generate tokens corresponding to said pre-defined eye gestures. A second processor receives the tokens, and generates command signals based on a protocol correlating tokens to desired command signals. Thereafter, a user interface responds to said command signals, and provides control functions in response to said command signals.