Robotic Leg Prosthesis Might Be A Panacea For Paraplegics (+VIDEO)

robotic leg prosthesis, robot, robotics, BCI RoGO System, artificial limbs, EEG, University of California, FDA, futuristic gadget
The team from University of California has developed a robotic leg prosthesis that is fully controlled using brain waves, making it a potential remedy for paraplegics and those who suffer from spinal cord injury. The gadget, dubbed the “BCI RoGO System”, is now in the early stages of testing, apparently more tests are to be done before this robotic leg can be FDA-approved. The researchers analysed signals sent from the brain of a person with a working limb and used those to recreate the commands, sending them to the robotic leg. Electroencephalogram signals were fed into the computer controlling the limb, making it recreate the action of walking for the first time. On average it takes up to 10 minutes to manage the new mind-controlled robotic leg, which is to deliver a 100% response rate without any false alarms that could lead to the user taking unintentional steps with potentially lethal consequences, e.g. when they try to cross a street or stand on a train station platform.

Consumer Solar Powered Pool Cleaner
Plastic Recycling Station & Pier Walk Combined
Nanodot Based Memory Works 100x Faster
Virtual Fitting Room For Sunglasses In The Window Shop
Nano Watch Concept (+VIDEO)
Quick-Charging Batteries For Electric Automobiles And Portable Electronics Applications
Robotic Four-winged Ornithopter From Georgia Tech (+VIDEO)
Towards Intelligent Humanoid Robots
Kinect for Windows Ski Shop Scenario Video
DARPA Wants To Develop Electronic Memory-Restoring Implants