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Physics / Statistics / Wave mechanics / Computational neuroscience / Time–frequency analysis / Neural oscillation / Electroencephalography / Theta rhythm / Analytic signal / Electrophysiology / Neurophysiology / Biology


This article has been accepted for publication in a future issue of this journal, but has not been fully edited. Content may change prior to final publication. 1 Real-Time Brain Oscillation Detection and Phase-Locked Sti
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Document Date: 2011-12-30 11:31:07


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Austin / Boston / Natick / Cambridge / /

Company

CRC Press / /

Country

United States / India / /

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Facility

Texas A&M University / Princeton University / Georgia Institute of Technology / Oxford University / Children’s Hospital / Women’s Hospital / University of Washington / Indian Institute of Technology / Massachusetts Institute of Technology / Harvard University / /

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experimental protocol / functional networks / clinical applications / cortical networks / closed-loop neural interface technology / large neuronal networks / epileptiform neural networks / therapeutic devices / real time / large networks / potential solutions / neural interface systems / exhaustive search / brain-computer interface applications / multi-dimensional search / neural network / stochastic global search / genetic algorithm / neurostimulation applications / hippocampal-prefrontal network / neural processing / responsive closed-loop stimulator devices / responsive neurostimulator device / closed-loop therapeutic neurostimulation systems / online iEEG / diverse applications / signal processing handbook / Online control / online operation / search space / Real-time systems / /

Organization

Harvard Medical School / University of Washington / Harvard University / Princeton University / Women’s Hospital / Children’s Hospital Boston / Massachusetts Institute of Technology / Department of Electrical Engineering and Computer Science / the Johns Hopkins University School of Medicine / Department of Neurosurgery / Brigham and Women / Texas A&M University / Georgia Institute of Technology / Atlanta / Oxford University / Indian Institute of Technology / Bombay / /

Person

R. Desimone / B. P. Wyble / V / D. J. McFarland / W. S. Anderson / R. Oostenveld / D. W. Moran / W. Singer / L. Leon Chen / M. Siegel / P. Fries / J. R. Wolpaw / J. Schoffelen / William S. Anderson / D. J. Krusienski / E. C. Leuthardt / K. Wisneski / A. K. Engel / L. Eisenman / Benjamin I. Rapoport / L. L. Chen / N. R. Anderson / Radhika Madhavan / R. Madhavan / /

Position

Neurosurgeon / D. Time-Series Forward / postdoctoral researcher / Time-Series Forward / autoregressive model / genetic algorithm / Warden / Singer / Instructor / /

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MATLAB / LabView / /

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Georgia / Massachusetts / /

Technology

neuroscience / research protocol / tomography / Kalman filtering algorithm / genetic algorithm / closed-loop neural interface technology / neural network / Neurosurgery / experimental protocol / simulation / DSP / F. Implementation Our algorithm / LevinsonDurbin algorithm / Burg algorithm / /

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