IEEE BIBE, 2020Īnnouncing a further advance in high-resolution EEG source imaging combining multi-model AMICA ICA decomposition, RELICA source map uncertainty computation, SCS high-resolution inversesource imaging. "EEG noise model in cortical source localization of ICA-derived source scalp projection maps". Showing that the mu rhythm is augmented during quiet music listening versus active responding. "Cortical mu rhythms during action and passive music listening".
#Human brain mapping hamburg 2014 series#
Society for Neuroscience 2021, November, 2021Ī linking group of abstracts on the nature and consequences of 3rd-generation HED annotation of events in time series data. "Actionable event annotation in neuroimaging: HED-3G principles and practice", Using Hierarchical Event Descriptors (HED).ĭescribing and motivating the innovations incorporated in the new 3rd-generation release of the HED event annotation system.ĭung Truong, Arnaud Delorme, Tal Pal Attia, Monique Dinessen, Kay Robbins, Dung Truong, Alexander Jones, Ian Callanan, Swartz Center for Computational Neuroscienceįor electrophysiological signal processing Social interaction and creativity including musical expression.Ĭurrent projects include MoBI (EEG + body motion capture)Īnd EEG correlates of emotion, social neuroscience, reward, musical experience, and insight, as well asĪdvanced EEG source localization and imaging methods development. Underlying brain cognitive capacities including attention, memory, decision-making, emotion,
Physicists, engineers, and mathematicians modeling the distributed human brain dynamics With researchers wanting to apply new analysis methods to EEGĪnd multimodality cognitive neuroscience imaging data, as well as with To bring together and promote research on music, mind, brain, and body UC MERCI (UC 'Music Experience Research Community Initiative') Medical research and clinical practice, and am looking to expand studies of emotional communicationĪnd direct a new multi-campus University of California initiative, I have begun working with clinical researchers to apply the advances in functional EEG-based imaging to Now housed in a suite of new offices and laboratories in the Supercomputer Center building Swartz Center for Computational Neuroscience of the Of the relationship between brain dynamics, cognition, and behavior.
#Human brain mapping hamburg 2014 windows#
I was the originator and remain the PI and co-developer with Arnaud Delorme of the widely used EEGLAB signal processing environment for MATLAB.Īnd related data to open new windows for noninvasive observation Neural human-system interface technology. Performance and electrophysiology accompanyingĭuring sustained monitoring tasks, and have used the results ofĪn example of the rapidly emerging field of
With Mark Inlow, Tzyy-Ping Jung and others, I have studied the dynamics of Neural network and machine learning methods. Modalities including simultaneous eye tracking and body motion capture,īrain imaging analysis approaches I and colleagues have pioneered include My primary research interest is in analysis and modelingĪs captured by high-dimensional EEG, MEG and other imaging University of California San Diego (UCSD) Swartz Center for Computational Neuroscience (SCCN)
0 kommentar(er)
