The proposed method is a combination of FastKICA and DWT and denoted as FKD. It starts from the time-frequency difference between EEG and EOG signals, and makes ...
Here, we propose a novel and generally applicable method, denoted as FKD, for removing OA from mixed EEG signals with the. Fast Kernel Independent Component ...
Here, we propose a novel and generally applicable method, denoted as FKD, for removing OA from mixed EEG signals with the Fast Kernel Independent Component ...
Nov 21, 2024 · Here, we propose a novel and generally applicable method, denoted as FKD, for removing OA from mixed EEG signals with the Fast Kernel ...
A novel and generally applicable method, denoted as FKD, is proposed for removing OA from mixed EEG signals with the Fast Kernel Independent Component ...
Here, we propose a novel and generally applicable method, denoted as FKD, for removing OA from mixed EEG signals with the Fast Kernel Independent Component ...
Ocular movements are inevitable in electroencephalograme (EEG) collection, and the resulting Ocular Artifact (OA) becomes one of the main interferences of ...
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How to remove artifacts from an EEG signal?
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Adaptive noise cancellation (ANC) and DWT techniques are used to remove ocular artifacts from EEG signals [24–28]. This method can perform using a single EEG ...
Missing: mixed FastKICA
The results show that the proposed DWT-LMM approach had superior performance in removing artifacts from EEG signals with the average correlation coefficient and ...
Missing: FastKICA | Show results with:FastKICA
Oct 22, 2024 · In this study, we proposed and evaluated the use of Independent Component Analysis (ICA) combining the EEG dipole model to automatically remove ...