Uploaded September 2026 | Updated September 2026, 1 day ago
See OSCAR LIVE in action during a real-time EEG recording from Santi the dog. Using a Unicorn BCI Core-8 with Gold Cup Electrodes, brain activity is recorded while Santi is relaxing, eating and naturally moving.
The live EEG visualization shows what happens when movement introduces artifacts into the raw EEG signal and how OSCAR LIVE corrects these motion-related artifacts in real time. As Santi moves her head and body while eating, the effect is immediately visible in the EEG, making this a practical demonstration of real-time artifact correction during animal EEG recordings under natural movement conditions.
Unlike recordings that require the subject to remain completely still, OSCAR LIVE is designed to improve EEG usability in dynamic environments where movement artifacts are unavoidable. This is particularly relevant for animal EEG, mobile EEG, wearable EEG, behavioral neuroscience and real-time neurophysiology research.
In this demonstration:
Animal EEG recording from a dog
Unicorn BCI Core-4 with Gold Cup Electrodes
Raw EEG visualization in real time
EEG during resting, eating and movement
Real-time EEG artifact correction with OSCAR LIVE
Visualization of movement-related EEG artifacts
Wireless EEG acquisition
EEG recording under natural behavioral conditions
The demonstration highlights how OSCAR LIVE combines EEG acquisition with real-time artifact correction to support researchers working with challenging EEG recordings where motion can significantly affect signal quality.
Learn more about Unicorn BCI Core-4:https://www.gtec.at/product/unicorn-bci-core-8-eeg-device-for-high-quality/
See OSCAR LIVE in action during a real-time EEG recording from Santi the dog. Using a Unicorn BCI Core-8 with Gold Cup Electrodes, brain activity is recorded while Santi is relaxing, eating and naturally moving.
The live EEG visualization shows what happens when movement introduces artifacts into the raw EEG signal and how OSCAR LIVE corrects these motion-related artifacts in real time. As Santi moves her head and body while eating, the effect is immediately visible in the EEG, making this a practical demonstration of real-time artifact correction during animal EEG recordings under natural movement conditions.
Unlike recordings that require the subject to remain completely still, OSCAR LIVE is designed to improve EEG usability in dynamic environments where movement artifacts are unavoidable. This is particularly relevant for animal EEG, mobile EEG, wearable EEG, behavioral neuroscience and real-time neurophysiology research.
In this demonstration:
Animal EEG recording from a dog
Unicorn BCI Core-4 with Gold Cup Electrodes
Raw EEG visualization in real time
EEG during resting, eating and movement
Real-time EEG artifact correction with OSCAR LIVE
Visualization of movement-related EEG artifacts
Wireless EEG acquisition
EEG recording under natural behavioral conditions
The demonstration highlights how OSCAR LIVE combines EEG acquisition with real-time artifact correction to support researchers working with challenging EEG recordings where motion can significantly affect signal quality.
Learn more about Unicorn BCI Core-4:https://www.gtec.at/product/unicorn-bci-core-8-eeg-device-for-high-quality/
