Miniaturization effects and node placement for neural decoding in EEG sensor networks (2021)
Abstract / truncated to 115 words
Electroencephalography (EEG) is a non-invasive neurorecording technique, which has the potential to be used for 24/7 neuromonitoring in daily life, e.g., in the context of neural prostheses, brain-computer interfaces, or for improved diagnosis of brain disorders. Although existing mobile wireless EEG headsets are a useful tool for short-term experiments, they are still too heavy, bulky and obtrusive, for long-term EEG-monitoring in daily life. However, we are now witnessing a wave of new miniature EEG sensor devices containing small electrodes embedded in them, which we refer to as Mini-EEGs. Mini-EEGs ideally consist of a wireless node with a small scalp area footprint, in which the electrodes, amplifier and wireless radio are embedded. However, due to their ...
signal processing – eeg processing – neural signal processing – eeg – auditory attention decoding – sensor networks
Information
- Author
- Mundanad Narayanan, Abhijith
- Institution
- KU Leuven
- Supervisor
- Publication Year
- 2021
- Upload Date
- Oct. 1, 2021
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