• Andrey Eliseyev, Corinne Mestais, Guillaume Charvet, Fabien Sauter, Neil Abroug, Nana Arizumi, Serpil Cokgungor, Thomas Costecalde, Michael Foerster, Louis Korczowski, Boris Moriniere, Jean Porcherot, Jeremy Pradal, David Ratel, Nicolas Tarrin, Napoleon Torres-Martinez, Alexandre Verney, Tetiana Aksenova, and Alim-Louis Benabid.
• Conf Proc IEEE Eng Med Biol Soc. 2014 Jan 1; 2014: 1222-5.

AbstractThe goal of the CLINATEC® Brain Computer Interface (BCI) Project is to improve tetraplegic subjects' quality of life by allowing them to interact with their environment through the control of effectors, such as an exoskeleton. The BCI platform is based on a wireless 64-channel ElectroCorticoGram (ECoG) recording implant WIMAGINE®, designed for long-term clinical application, and a BCI software environment associated to a 4-limb exoskeleton EMY (Enhancing MobilitY). Innovative ECoG signal decoding algorithms will allow the control of the exoskeleton by the subject's brain activity. Currently, the whole BCI platform was tested in real-time in preclinical experiments carried out in nonhuman primates. In these experiments, the exoskeleton arm was controlled by means of the decoded neuronal activity.

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