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Direct brain interface enables paralysed man to walk in exoskeleton

Obviously this is early steps, but with more research and computing power the results could be astounding

04-Oct-2019

Key points from article :

Thibault, 30, fell 15m in an accident four years ago injuring his spinal cord.

He was paralysed and spent the next two years in hospital.

Took part in the exoskeleton trial with Clinatec and the University of Grenoble.

He had surgery to place two implants on the surface of the brain.

Implants each have 64 electrodes that cover the parts of the brain that control movement.

Software reads his brainwaves and turns them into instructions for controlling the exoskeleton.

Initially he practised using the brain implants to control a virtual character, or avatar.

Prof Alim-Louis Benabid explains it is not autonomous walking.

He does not have the quick and precise movements not to fall.

System needs to go from thought to movement in under 350 milliseconds otherwise it's difficult to control.

Mentioned in this article:

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Alim-Louis Benabid

Emeritus professor, neurosurgeon and member of the French Academy of Sciences

Clinatec

A site, ideas, technologies, all dedicated to inventing the medicine of tomorrow

University of Grenoble (UGA)

Public research university and the third largest university in France

Topics mentioned on this page:
Brain Interface, Exoskeleton
Direct brain interface enables paralysed man to walk in exoskeleton