The dreamofcontrollingandguidingcomputer-basedsystemsusinghumanbrainsignalshasslowlybutsteadilybecomea reality.Theavailabletechnologyallowsreal-timeimplementationofsystemsthatmeasureneuronalactivity,converttheirsignals, and translatetheiroutputforthepurposeofcontrollingmechanicalandelectronicsystems.Thispaperdescribesthestateof the artofnon-invasivebrain–machineinterfaces(BMIs)andcriticallyinvestigatesboththecurrenttechnologicallimitsandthe future potentialthatBMIshaveforspaceapplications.WepresentanassessmentoftheadvantagesthatBMIscanprovideand justify thepreferredcandidateconceptsforspaceapplicationstogetherwithavisionoffuturedirectionsfortheirimplementation.
Prospects of brain-machine interfaces for space system control / Menon, Carlo; de Negueruela, Cristina; Millán, José del R.; Tonet, Oliver; Carpi, Federico; Broschart, Michael; Ferrez, Pierre; Buttfield, Anna; Tecchio, Franca; Sepulveda, Francisco; Citi, Luca; Laschi, Cecilia; Tombini, Mario; Dario, Paolo; Maria Rossini, Paolo; De Rossi, Danilo. - In: ACTA ASTRONAUTICA. - ISSN 0094-5765. - ELETTRONICO. - 64:(2009), pp. 448-456. [10.1016/j.actaastro.2008.09.008]
Prospects of brain-machine interfaces for space system control
CARPI, FEDERICO;
2009
Abstract
The dreamofcontrollingandguidingcomputer-basedsystemsusinghumanbrainsignalshasslowlybutsteadilybecomea reality.Theavailabletechnologyallowsreal-timeimplementationofsystemsthatmeasureneuronalactivity,converttheirsignals, and translatetheiroutputforthepurposeofcontrollingmechanicalandelectronicsystems.Thispaperdescribesthestateof the artofnon-invasivebrain–machineinterfaces(BMIs)andcriticallyinvestigatesboththecurrenttechnologicallimitsandthe future potentialthatBMIshaveforspaceapplications.WepresentanassessmentoftheadvantagesthatBMIscanprovideand justify thepreferredcandidateconceptsforspaceapplicationstogetherwithavisionoffuturedirectionsfortheirimplementation.
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