Dyadic boundary points based empirical wavelet transform for the elimination of eye movement and eye blink-based ocular artifacts from EEG signals.
Shaswati DashPranjali GajbhiyePhattarapong SawangjaiGuntitat SawadwuthikulThapanun SudhawiyangkulRajesh Kumar TripathyRam Bilas PachoriPublished in: Biomed. Signal Process. Control. (2023)
Keyphrases
- eye movements
- eye tracking
- eeg signals
- wavelet transform
- boundary points
- brain computer interface
- eye tracker
- eye position
- visual attention
- eye gaze
- pupil size
- signal processing
- visual search
- eye movement analysis
- eye tracking data
- multiresolution
- object boundaries
- gaze estimation
- multiscale
- feature extraction
- head motion
- high quality
- eeg data
- machine learning
- edge map
- active contours
- point sets
- eye fixations
- computer vision
- human computer interaction
- head movements
- three dimensional
- smooth pursuit