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Cognitive neuroscience / Computational neuroscience / Neuroimaging / Neurophysiology / Neurotechnology / Connectome / Human Connectome Project / Functional neuroimaging / Magnetoencephalography / Neuroscience / Biology / Science


Adding dynamics to the Human Connectome Project with MEG
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Document Date: 2013-07-29 03:36:32

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File Size: 1,78 MB

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City

Lancaster / Nijmegen / Natick / Womelsdorf / Frankfurt / San Diego / L.A. / St. Louis / /

Company

Rombouts S.A. / Elsevier Inc. / Oxford University Press / Wilson / HCP / Ahlfors S.P. / /

Country

Germany / Netherlands / Italy / United States / United Kingdom / /

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Facility

Washington University / Donders Institute / University Center / Ernst Strüngmann Institute / Max Planck Institute / Oxford University / Saint Louis University / Radboud University / St. Louis University / University of Minnesota / University G. D'Annunzio / pipeline The tMEG / University School / /

IndustryTerm

Track-density imaging / functional networks / defined network / inverse solutions / high-resolution imaging / visualization tools / magnetic resonance imaging / distributed language network / symmetrical brain sub-networks / coordinate systems / functional imaging studies / sensorimotor network / diffusion tensor imaging / linear registration tool / removable media / compiled software / lateral frontoparietal network / analysis software / electrophysiological brain networks / software package / brain networks / fastICA algorithm / imaging / visual network / language processing / language processing task / specific processing parameters / left lateral frontoparietal network / Track density imaging / information on brain network / analysis pipeline software / anatomy processing / source level network / Consistent resting-state networks / inverse solution / iteration accounting / state networks / source projection algorithms / online selection / minimum norm solutions / wMNE algorithm / beamformer algorithm / basic visualization tools / functional network / pre-processing / state network / magnetic resonance imaging methods / experimental protocols / open source pipeline software / accomplished using FSL's linear registration tool / /

NaturalFeature

Dale et al. / /

OperatingSystem

Unix / Mac OS X / Linux / Solaris / Microsoft Windows / /

Organization

USA Department of Neurology / Washington University in St. Louis / Washington University / St. Louis / Max Planck Society / Washington University Center for High Performance Computing / St. Louis University / St. Louis / Department of Anatomy and Neurobiology / Department of Neurosurgery / Institute for Advanced Biomedical Technologies / Washington University School of Medicine / US Federal Reserve / Ernst Strüngmann Institute / Max Planck Institute for Psycholinguistics / Donders Institute for Brain / Cognition and Behaviour / Oxford University / Oxford Centre for Human Brain Activity / Department of Neuroscience and Imaging / LH / Saint Louis University / University of Minnesota / Department of Radiology / /

Person

Van Essen / Simon / Nat / Hyde / Ding / S. Della Penna / Deco / Van Veen / /

Position

Corresponding author / back and looking forward / Singer / General Public License / /

Product

Lancaster / /

ProgrammingLanguage

MATLAB / /

ProvinceOrState

Minnesota / Missouri / D.C / /

Technology

alpha / Neuroscience / LCMV beamformer algorithm / speech recognition / Linux / Unix / wMNE algorithm / operating systems / fastICA algorithm / MRI / experimental protocols / MCW algorithm / magnetic resonance imaging / ASCII / Neurosurgery / source projection algorithms / /

URL

http /

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