Unicorn · Python · Real-time EEG
Design student projects and teaching-lab experiments from EEG acquisition and signal processing to motor imagery and BCI robot control.
Teach electrode placement, signal quality, filtering, spectral analysis and classification step by step. BCI projects should address train/test separation, cross-validation and online performance; robots or drones require additional software and safe testing environments.
Consider Unicorn EEG systems and Unicorn Suite for introductory experiments, and g.HIsys for more extensive real-time research workflows. Select software licences, development interfaces and stimulus/trigger components for each project.
8-channel wearable EEG headset
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Wearable 4- or 8-channel EEG; humans, horses, dogs and cats
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The software environment for Unicorn Hybrid Black
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Real-time biosignal processing for Simulink
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Synchronous biosignal research
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Brain research is no longer limited to humans or laboratory rodents. Advances in non-invasive neurotechnology make it possible to study the brain activity of a far wider range of animals. Here alpacas stand out as a fascinating candidate, thanks to their calm temperament, their unique physiology and their growing role in veterinary studies.
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At the intersection of art, neuroscience and technology, Samuel Stubblefield’s Vitruvian Person project turns invisible neural activity into tangible sculptural form. g.tec’s Unicorn Hybrid Black EEG headset sits at the heart of this transformation.
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What happens when a dress moves with your brainwaves? In her third collaboration with g.tec, Anouk Wipprecht’s ScreenDress brings neurotechnology to the catwalk — and proves that the brain is not only a control centre but also a canvas.
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Closed-loop BCI experiments with motor imagery, P300 and SSVEP paradigms: research on communication, neurorehabilitation and neurocognitive control.
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Simultaneous EEG from several participants: research on social cognition, brain-to-brain synchrony and collaborative decision-making.
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Control of exoskeletons, wheelchairs, robotic arms and drones with motor imagery, P300 and SSVEP paradigms.
Learn moreOur specialists will help you choose the devices, software configuration and installation plan that best fit your research.
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