Neck Control Eye Motors / Reaching / Motorola / Humanoid Software / Sensorimotor Systems / Intelligence Laboratory / /
Country
Jordan / / /
Facility
Building Brains / /
IndustryTerm
hardware systems / hill-climbing algorithm / topology network / on-line learning algorithm / dot product / image correlation algorithm / front-end processor / multi-processing / search radius / cohesive distributed network / motor systems / bank / basic eye-motor control software / increased processing speed / control systems / dot-product / motion detection processor / motion segmentation systems / e-space / contiguous motion / software architecture / carrier board / learning algorithm / control law / learning algorithms / /
OperatingSystem
Macintosh / /
Organization
J.H. and E.V. Wade Fund / National Science Foundation / MIT / National Academy of Sciences / Society of Adaptive Behavior / New York Academy of Sciences / US Federal Reserve / MIT Department of Electrical Engineering and Computer Science / /
Person
Nick Shectman / Rod Brooks / Crammond / Brian Scassellati / Kwan / Matthew Williamson / Lynn Andrea Stein / Cynthia Ferrell / Mike Binnard / Robert Irie / Yoky Matsuoka / / /
Position
D. J. / local motor controller / Trainer Ballistic Mapping Calibrator / dedicated local motor controller / a special purpose board / Professor / Major / scheduler / distal teacher / /
Self-Taught Visually-Guided Pointing for a Humanoid Robot Matthew Marjanovic, Brian Scassellati, Matthew Williamson 545 Technology Square Room NE43-920 Cambridge, MA[removed]removed], [removed], [removed]