Bringing EEG into real-life applications
Recording EEG in naturalistic environments as opposed to the traditional, highly controlled laboratory environments has been increasingly investigated with the introduction of small and mobile EEG systems. A clear advantage for truly mobile EEG systems is that they do not require additional hardware for signal acquisition and stimulus presentation, but are able to operate smoothly on high-end smartphones. We will review some early studies demonstrating that it is possible to require high quality EEG data from subjects moving freely around, and investigate the impact of movement and increased attention due to a complex environment on brain responses. The critical issue before introducing EEG routinely in large studies then becomes the electrode, as an ideal EEG electrode would allow convenient and fast application, as well as to be placed on concealed recordings places on the head. We will demonstrate that a newly introduced cEEGrid electrode fulfils these requirements and allows to monitor auditory attention reliably over long amounts of time. As real-life experiments might benefit from online decoding, also established and newly developed decoding strategies will be presented.
Date: 16 May 2016, 14:00
Venue: University Department of Psychiatry Warneford Hospital Oxford OX3 7JX UK
Speaker: Professor Maarten De Vos (University of Oxford )
Organising department: Oxford Centre for Human Brain Activity
Organiser: OHBA (University of Oxford)
Host: OHBA (University of Oxford)
Booking required?: Not required
Audience: Members of the University only
Editor: Darren Barber