Osaka / Pasadena / Boston / Sydney / Washington / DC / Reading / /
Company
Jet Propulsion Laboratory / Quantum Technologies / SRI International / National Braille Press / Personal Data Systems / SPIE Press / /
Country
Germany / Japan / United States / Australia / South Korea / /
Currency
pence / USD / / /
Facility
Penn State University / Sungkyunkwan University / Jet Propulsion Laboratory / Royal Institute / National Institute of Advanced Industrial Science / University of Tokyo / University of Wollongong / Carolina State University / Information Interchange / California Institute of Technology / Darmstadt University of Technology / /
IndustryTerm
digital technology / surgical force-feedback devices / space-based and terrestrial applications / computer technology / character presentation devices / display devices / electro-mechanical devices / metal / display device / thin metal traces / /
Organization
California Institute of Technology / World Health Organization / University of Wollongong / Penn State University / Society for Information Display / Society of Information Display / Sungkyunkwan University / Nondestructive Evaluation and Advanced Actuators Technologies Lab / Darmstadt University of Technology / Center for Braille Innovation / Carolina State University / University of Tokyo / Tokyo / National Aeronautics and Space Administration / Royal Institute for Blind Youth of Paris / National Institute of Advanced Industrial Science and Technology / French Army / /
Person
Noel H. Runyan / Louis Braille / Charles Barbier / /
Position
Captain / senior research scientist and a group supervisor / founder / author / member of team / /
Technology
American Standard Code for Information Interchange / EAP technology / computer technology / ASCII / dielectric / /
Page 1 of 7 Dynamic Braille The ability to read a full page of Braille text using refreshable displays would help people with visual impairments benefit from the growing advances in computer technology. By Yoseph Bar-Co