Fine-tuning of pre-processing filters enables scalp-EEG based training of subcutaneous EEG models.
Lukas LechnerAsbjoern Wulff HelgeEsben AhrensMartin BachlerBernhard HametnerGerhard GritschTilmann KlugeManfred HartmannPublished in: BSN (2023)
Keyphrases
- fine tuning
- single trial
- eeg signals
- spatial filters
- preprocessing
- eeg data
- brain computer interface
- signal processing
- viable alternative
- structured prediction
- probabilistic model
- fine tune
- fine tuned
- spinal cord injury
- frequency band
- learning algorithm
- statistical models
- training examples
- event related
- post processing
- motor imagery
- general purpose