Algorithm Developed for Controlling Computer Cursors with the Thoughts

Researchers from Stanford who were led by the scientists of Indian origin, in the third week of November 2012 claimed the development of fastest as well as most reliable mathematical algorithm which can help the disabled trick the computer cursors with the thoughts.

The speed, accuracy as well as natural movements of the algorithm are those like the real arm. Researchers have developed the system for ReFIT, the algorithm for the brain-implantable prosthetic systems. This can help in greatly improving the accuracy as well as speed of the neural prosthetics which can control cursors of the computers.

The findings will help in improving the prosthetic system performance as well as robustness in the paralysed. The system works by relying on the sensor which is actually implanted in the brain. This sensor is responsible for recording the action potentials in the neural activity from the range of electrode sensors. It then sends the data to the computer.