A brain-computer interface based on EEG signals, developed by MMSPG. It allows to type a text without using one's fingers


brain computer interface. Also check the link below: g6publish.videodome.com


Formlessness


MrCristeaKrishna Shenoy is creating "brain-computer interfaces" that will enable paralyzed patients to control prosthetic arms and computer cursors. In this short talk, Shenoy describes how his team of Stanford researchers has built a system that achieves typing at 15 words-per-minute, just by "thinking...


StanfordUniversityA look at how human brains can communicate directly with computers. Series: "UCSD at 50" [Show ID: 21054]


UCtelevisionIn 2009, g.tec introduced the intendiX-SPELLER, the first commercially available brain-computer-interface (BCI) system for home use. Soon, g.tec will release the intendiX-SOCI (screen-overlay-control-interface), allowing people to control PC-applications such as computer games with a...


BCIChristophUPenn Center for Neuroscience ( www.amareway.org )


aawpersonaldevelopmeThe RoBIK project is a project that aims at transfer of Brain Computer Interface (BCI) technology from computer science labs to patients' bedside. The BCI technology suffers practical disadvantages that makes it difficult to use on a daily a basis: electrodes have to be setup which is time...


mayaudloTwo persons playing PONG. No mouse, no joystick just thought. Amazing. *PLEASE* - you can link the video, embedd it on your blog - no problem. *BUT* do mention me as the author and put a link to my weblog at www.andreas.de




sciencesclubFor decades, neuroscientists have sought to use electronics to communicate with the brain. Computing and surgical technique have now become sophisticated enough to implant devices directly into neural tissue. In this feature, researchers at Albany Medical Center and the Wadsworth Center at the...


AMNHorgBrain-Computer Interface (BCI) technology has advanced rapidly in recent years, moving out of research labs and into the medical field and consumer space. Applications range from helping the injured and disabled communicate, navigate, and rehabilitate to law enforcement, controlling robots, toys,...


villanovauniversityApril 9, 2008 lecture by Randy Breen for the Stanford University Computer Systems Colloquium (EE380). The Emotiv EPOC (www.emotiv.com) now makes it possible for games to be controlled and influenced by the player's mind. Engaging, immersive, and nuanced, Emotiv-inspired game-play will be like...


Deniz Erdogmus, assistant professor of electrical and computer engineering and director of the Cognitive Systems Laboratory, discusses how brain computer interface (BCI) technologies can help people with severe speech and physical impairments to better communicate with their friends and family...


Northeastern


straightillaProf. Asiri Nanayakkara, Presented a valuable lecture on Brain computer interface researches, carried out by IFS, with a great presentation on present development. this is part 1 of 2.


IFSwebaThis is the VOA Special English Technology Report, from voaspecialenglish.com | http Since the nineteen seventies, scientists have been searching for ways to link the brain with computers. Brain-computer interface, or BCI, technology could help people with disabilities send commands to machines....


VOALearningEnglishThis project is based in extracting valuable information from user's brain activity by interacting with virtual world environments. This is achieved by the experimental prototype that has been designed using off-the-self components including commercial Brain-Computer Interface (BCI) headsets and...




fabz19881Thanks a lot to Pan Ying Ling, Ong Bee Yin and Tan Khang Siang bacause prepair this fantastic video, i owe you all a lot.


B3ss0RA game, developed at the Human Media Interaction group at the university of Twente, that uses a Brain-Computer Interaction (BCI) interface. The goal of this game is to compare BCI paradigms experimentally. The game is played using one of two BCI paradigms, P300 and SSVEP, in addition to a NIA,...


BrainGainConsortiumGoogle Tech Talk September 27, 2010 Presented by Dr. Eric C. Leuthardt, Washington University. The notion that a computer can decode brain signals to infer the intentions of a human and then enact those intentions directly through a machine is becoming a realistic technical possibility. These...


GoogleTechTalksOur goal was to build a brain-computer interface using an AVR microcontroller. We decided that the least invasive way of measuring brain waves would be using electroencephalography (EEG) to record microvolt-range potential differences across locations on the user's scalp. In order to accomplish...


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