Publication | Closed Access
Toward a Direct Brain Interface Based on Human Subdural Recordings and Wavelet-Packet Analysis
121
Citations
19
References
2004
Year
Neural RecodingHuman Subdural RecordingsMotor ControlEvent-related PotentialsElectroencephalographySocial SciencesElectrophysiological EvaluationKinesiologyDirect Brain InterfaceGenetic AlgorithmCognitive ElectrophysiologyNeurologyHealth SciencesWavelet-packet AnalysisNeuroimagingRehabilitationEvent-related DesynchronizationSignal ProcessingNeural InterfaceBrain-computer InterfaceNeurophysiologyComputational NeuroscienceEeg Signal ProcessingAction MonitoringElectromyographyNeuroscienceElectrophysiologyCentral Nervous SystemHuman MovementBraincomputer Interface
Highly accurate asynchronous detection of movement related patterns in individual electrocorticogram channels has been shown using detection based on either event-related potentials (ERPs) or event-related desynchronization and synchronization (ERD/ERS). A method using wavelet-packet features selected with a genetic algorithm was proposed to simultaneously detect ERP and ERD/ERS and was tested on data from seven subjects and four motor tasks. The proposed wavelet method performed better than previous methods with perfect detection for four subject/task combinations and hit percentages greater than 90% with false positive percentages less than 15% for at least one task for all seven subjects.
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