OSCAR LIVE with g.Nautilus PRO Flexible | Real-Time EEG Artifact Correction During Extreme Movement @gtecmedicalengineering
OSCAR LIVE with g.Nautilus PRO Flexible | Real-Time EEG Artifact Correction During Extreme Movement  @gtecmedicalengineering
Uploaded September 2026 | Updated September 2026, 1 day ago
See OSCAR LIVE in action with the 16-channel g.Nautilus PRO Flexible wireless EEG system during a real-time EEG recording that goes from complete relaxation to extreme movement.

The demonstration starts with a classic EEG alpha rhythm experiment. With the eyes closed and the participant relaxed, alpha activity becomes clearly visible in the EEG. The experiment then progressively introduces increasingly challenging movements: head shaking, blinking, jumping, raising the arms, push-ups, a handstand, running in place and finally a backflip.

Watch how these movements affect the EEG signals in real time and how OSCAR LIVE corrects movement-related artifacts as they occur. The demonstration makes it possible to directly compare EEG activity during relaxation with signals recorded during strong body, head and eye movements.

The setup combines OSCAR LIVE with the g.Nautilus PRO Flexible 16-channel wireless EEG system and g.SAHARA electrodes, demonstrating real-time EEG processing in a highly dynamic recording environment.

The demo includes:

16-channel wireless EEG with g.Nautilus PRO Flexible
g.SAHARA EEG electrodes
Alpha rhythm with eyes closed
Raw EEG visualization in real time
Blink and eye-movement artifacts
Head and body movement artifacts
Jumping and running in place
Push-ups and handstand
Backflip during wireless EEG recording
Real-time EEG artifact correction with OSCAR LIVE

This demonstration is particularly relevant for researchers working with mobile EEG, wireless EEG, wearable EEG, movement-related EEG artifacts, real-time EEG processing, Brain-Computer Interfaces, neurorehabilitation, sports neuroscience, human movement research and mobile brain/body imaging.

By combining g.Nautilus PRO Flexible with OSCAR LIVE, researchers can investigate EEG in experimental paradigms where participants move more naturally and where motion artifacts represent a major challenge for conventional EEG recordings.

Learn more about g.Nautilus PRO Flexible: https://www.gtec.at/product/gnautilus-pro-flexible-wireless-clinical-eeg-system/
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OSCAR LIVE with g.Nautilus PRO Flexible | Real-Time EEG Artifact Correction During Extreme Movement

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