Distributed brain co-processor for tracking spikes, seizures and behaviour during electrical brain stimulation | Zendy

Vladimir Sladky | Zendy; Petr Nejedlý | Zendy; Filip Mívalt | Zendy; Benjamin H. Brinkmann | Zendy; Inyong Kim | Zendy; Erik K. St. Louis | Zendy; Nicholas M. Gregg | Zendy; Brian N. Lundstrom | Zendy; Chelsea M. Crowe | Zendy; Tal Pal Attia | Zendy; Daniel Crepeau | Zendy; Irena Balzekas | Zendy; Victoria S. Marks | Zendy; Lydia Wheeler | Zendy; Jan Cimbálník | Zendy; Mark Cook | Zendy; Radek Janča | Zendy; Beverly K. Sturges | Zendy; Kent Leyde | Zendy; Kai J. Miller | Zendy; Jamie J. Van Gompel | Zendy; Timothy Denison | Zendy; Gregory A. Worrell | Zendy; Václav Křemen | Zendy

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Distributed brain co-processor for tracking spikes, seizures and behaviour during electrical brain stimulation

Author(s) -

Vladimir Sladky,

Petr Nejedlý,

Filip Mívalt,

Benjamin H. Brinkmann,

Inyong Kim,

Erik K. St. Louis,

Nicholas M. Gregg,

Brian N. Lundstrom,

Chelsea M. Crowe,

Tal Pal Attia,

Daniel Crepeau,

Irena Balzekas,

Victoria S. Marks,

Lydia Wheeler,

Jan Cimbálník,

Mark Cook,

Radek Janča,

Beverly K. Sturges,

Kent Leyde,

Kai J. Miller,

Jamie J. Van Gompel,

Timothy Denison,

Gregory A. Worrell,

Václav Křemen

Publication year - 2022

Publication title -

brain communications

Language(s) - English

Resource type - Journals

ISSN - 2632-1297

DOI - 10.1093/braincomms/fcac115

Subject(s) - ictal , epilepsy , electrical brain stimulation , deep brain stimulation , brain stimulation , neuroscience , computer science , brain–computer interface , electroencephalography , brain activity and meditation , stimulation , medicine , psychology , disease , parkinson's disease

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