Transferring a brain-computer interface (BCI) from the laboratory environment into real world applications is directly related to the problem of identifying user intentions from brain signals without any additional information in real time...
Keywords: brain-computer interface, electroencephalogram, neuroprosthesis, neurorehabilitation, spinal cord injury, Elektroenzephalogramm, Neuroprothese, Querschnittlähmung
07/2006 | Biomedizinische Technik, Walter de GruyterNeural prostheses partially restore body functions by technical nerve excitation after trauma or neurological diseases...
Keywords: neural prostheses, implant, biomedical microsystems, functional electrical stimulation (FES), Neuroprothese, Implantat, Biomedizinische Mikrosysteme, Funktionelle Elektrostimulation (FES)
04/2004 | Biomedizinische Technik, Walter de GruyterWithin the last couple of years, partial restoration of lost motor functions in a larger number of spinal cord injured patients has become possible by the introduction of neuroprostheses into the clinical environment...
Keywords: spinal cord injury, tetraplegia, functional electrical stimulation (FES), neuroprosthesis, grasp restoration, Querschnittlhmung, Tetraplegie, Funktionelle Elektrostimulation (FES), Neuroprothese, Greiffunktionswiederherstellung
04/2004 | Biomedizinische Technik, Walter de GruyterIn functional electrical stimulation (FES) the dynamics of tetanic muscle contractions is often described by the fusion frequency (FF), as determined by palpation: contractions elicited by stimulation frequencies above the FF appear smooth...
Keywords: Dynamics, functional electrical stimulation, neuroprostheses, Signal Processing, tetanic contraction, Dynamik, funktionelle Elektrostimulation, Neuroprothese, Signalanalyse, tetanische Kontraktion
08/2007 | Biomedizinische Technik, Walter de Gruyter