Research Article
SSVEP Enhancement Using Moving Average Filter Controlled by Phase Features
Table 1
EEG preprocessing steps and the description of obtained signals.
| Symbolic name of the method | The signal for further analysis |
| CSP | Signal after applying the CSP linear combination | PLS | Signal after applying the PLS projection | MEC | Signal after applying the MEC projection | CAR | Signal after CAR filtration | AMUSE | Signal after applying the AMUSE and removing the first and the last components | SOBI-AF3 | Signal after applying the SOBI ICA algorithm and removing the component which has highest correlation with the signal from AF3 electrode | SOBI-OZ | Signal after applying the SOBI ICA algorithm and removing the component which has lowest correlation with the signal from AF3 electrode | SOBI-FFT | Signal after applying the SOBI ICA algorithm and removing the component which has lowest value of the normalized amplitude | Infomax-AF3 | Signal after applying the Infomax ICA algorithm and removing the component which has highest correlation with the signal from AF3 electrode | Infomax-OZ | Signal after applying the Infomax ICA algorithm and removing the component which has lowest correlation with the signal from AF3 electrode | Infomax-FFT | Signal after applying the Infomax ICA algorithm and removing the component which has lowest value of the normalized amplitude | JADE-AF3 | Signal after applying the JADE ICA algorithm and removing the component which has highest correlation with the signal from AF3 electrode | JADE-OZ | Signal after applying the JADE ICA algorithm and removing the component which has lowest correlation with the signal from AF3 electrode | JADE-FFT | Signal after applying the JADE ICA algorithm and removing the component which has lowest value of the normalized amplitude |
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