1) If you know what you are doing, it's possible to use ML algorithms to control cursor etc. from EEG coming from brain.
2) It's also possible for ML algorithms to enable paralyzed person (neck down) to to control a mouse or play a video game through scalp eeg sensors using eye and muscle artefacts.
Both are good, but the latter is clueless and would work better with better positioning of electrodes. Track eye and muscle tension directly. Paralyzed people care only that it works.
1) If you know what you are doing, it's possible to use ML algorithms to control cursor etc. from EEG coming from brain.
2) It's also possible for ML algorithms to enable paralyzed person (neck down) to to control a mouse or play a video game through scalp eeg sensors using eye and muscle artefacts.
Both are good, but the latter is clueless and would work better with better positioning of electrodes. Track eye and muscle tension directly. Paralyzed people care only that it works.