JOIN OUR WORKSHOPS AT SfN 2022
November 12-16, San Diego, USA
Attend the g.tec workshops at the Society for Neuroscience meeting in San Diego. In these workshops, Dr. Christoph Guger and Dr. Dean Krusienski will talk about cutting edge BCI applications and neurotechnologies. Find g.tec at booth number 2927.
WORKSHOPS
November 12, 18:30-21:00 (PST) at SDCC, Room No. 23
g.tec’s brain-computer interface (BCI) workshop
Christoph Guger, PhD – g.tec medical engineering GmbH
Dean Krusienski, PhD – Virginia Commonwealth University
Brain-Computer Interfaces (BCIs) provide a direct connection from the human brain to a computer. Dr. Christoph Guger will discuss how BCIs translate brain activity into control signals for numerous applications, including tools to help severely disabled users communicate and improve their quality of life. BCIs have been used to restore movement, assess cognitive functioning, map functions of the brain and provide communication and environmental control. Learn how to record ultra-high density EEG with 1024 EEG electrodes on the human scalp, how to use the Unicorn brain-interface and how to setup neuromodulation experiments. Dr. Dean Krusienski will demonstrate how to use ECoG signals to decode speech.
November 13, 18:30-21:00 (PST) at SDCC, Room No. 23
recoveriX & mindBEAGLE workshop
Christoph Guger, PhD – g.tec medical engineering GmbH
Dr. Christoph Guger will talk about BCI systems for the rehabilitation of neurological patients and how to assess brain functions in patients with disorders of consciousness. The cutting edge technology used in these systems have made them the first of their kind. Learn how upper and lower limbs of stroke patients are treated to reach highly significant improvements even many years after the stroke and how to test objectively command following in DOC patients.
SCHEDULE A MEETING AT BOOTH #2927
g.PANGOLIN is g.tec’s new Ultra High-Density EEG/EMG/ECG system that allows to decode e.g. individual finger movements using a total of 256 channels distributed over the contralateral sensorimotor cortex. Dense distribution and small-sized electrodes result in an inter-electrode distance of 8.6 mm (uHD EEG), while that of conventional EEG is 60 to 65 mm on average.
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Many people spend a lot of time to get clean CCEPs (cortico-cortical evoked potentials) to map cortical networks like the language network. CCEPs have been developed by Riki Matsumoto during his PhD. Nowadays, many labs are using it. In this video, we introduce you to a method that helps you to record clean, artifact-free and high-quality CCEPs.
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Unicorn Hybrid Black lets you fly your drone just with your brainwaves. The 8-channel EEG headset is perfectly designed for students, developers, gamers and professors who need a high-quality EEG device for many different BCI applications.
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Dr. Christoph Guger
CEO & Founder of g.tec medical engineering GmbH
Dr. Dean Krusienski
Professor and Graduate Program Director at Virginia Commonwealth University