School of Electrical and Computer Engineering
Text Box: Text Box: News:

© 2008 Maysam Ghovanloo
Text Box: ***September 17, 2008: Tongue Drive featured in President Bush’s Speech: President Bush Attends Iftaar Dinner September 3, 2008: Tongue Drive featured in The Economist: Speaking in Tongues August 25, 2008: Tongue Drive featured in CNN: ‘Tongue Computing’ could help disabled August 25, 2008: Tongue Drive featured in Atlanta Journal Constitution: Computing at the tip of the tongue August 25, 2008: Tongue Drive featured in CBS News: “Tongue Computing” May Help The Disabled August 25, 2008: Tongue Drive featured in TIME: Research aims to put tongues in control of devices August 24, 2008: Tongue Drive featured in LA Times: With tongue in cheek and elsewhere in the mouth disabled might someday control devices August 24, 2008: Tongue Drive featured in MSNBC: Turning the tongue into a computer control pad August 24, 2008: Tongue Drive featured in FOX News: Research Aims to Put Tongues in Control of Devices August 24, 2008: Tongue Drive featured in Newsweek: Research aims to put tongues in control of devices August 24, 2008: Tongue Drive featured in Associated Press: Research aims to put tongues in control of devices July 21, 2008: Tongue Drive featured in NSF News: Tongue Drive Technology July 21, 2008: Tongue Drive featured in WIRED Magazine: 'Tongue Drive System' Controls Wheelchair, Computer July 2, 2008: Tongue Drive featured in Forbes: Tongue Driven Device Aids Handicapped

Contact Information:

E-mail:

mgh at gatech dot edu

 

Office Address:

85 Fifth Street NW, Room TSRB-419
Atlanta, GA 30308
Office: 404-385-7048

Fax: 404-894-4701 

 

GT Bionics Laboratory:

85 Fifth Street NW, Lab TSRB-422
Atlanta, GA 30308
Lab: 404-385-6427
Text Box: GT Bionics Laboratory School of Electrical and Computer Engineering Director: Maysam Ghovanloo, Ph.D. Text Box: Mission: Developing New Technology to Improve the Quality of Life for People with Severe Disabilities Research Areas: Implantable Microelectronic Devices Neural Interfacing Assistive Technologies and Rehabilitation Engineering Bio-inspired Microsystems Medical instrumentation Low-power analog/digital/mixed-mode integrated circuits.