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Brain / Linguistics / Primary auditory cortex / Auditory system / Human brain / Inferior frontal gyrus / Insular cortex / Prosody / Orbitofrontal cortex / Anatomy / Cerebrum / Cognitive science


Towards a fronto-temporal neural network for the decoding of angry vocal expressions
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Document Date: 2012-07-31 09:22:40


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File Size: 1,07 MB

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City

Neuroreport / Genève / Erlangen / Shah / London / Juslin / /

Company

Kotz S.A. / Elsevier Inc. / Oxford University Press / du Pont / Walker N.A. / IFG / SIEMENS / /

Country

Germany / Switzerland / United States / United Kingdom / /

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Event

Business Partnership / /

Facility

Montreal Neurological Institute / University of Geneva / /

IndustryTerm

fronto-temporal network / specific fronto-temporal network / spectral and temporal processing / increased high frequency energy / higher-level processing regions / refined fronto-temporal network / explicit prosody processing / explicit and implicit processing / widespread network / implicit processing / prosody processing / brain networks / statistical parametric mapping software / energy / specific brain network / implicit processing network / sparse temporal acquisition protocol / fronto-temporal neural network / gender processing / high-resolution imaging data / differential fronto-temporal network / frontotemporal network / Cerebral processing / functional magnetic resonance imaging / described network / energy features / temporo-frontal network / vocal emotional processing / cortical network / brain network / search area / echo-planar imaging sequence / search sphere / refined frontotemporal network / reciprocal temporo-frontal network / /

Organization

3-T SIEMENS Trio / Montreal Neurological Institute / Department of Psychology / US Federal Reserve / University of Geneva / Geneva / Welcome Department of Cognitive Neurology / Oxford University / Swiss National Science Foundation / Switzerland Swiss Center for Affective Sciences / /

Person

Warren / Nat / Sascha Frühholz / Johnsrude / Didier Grandjean Neuroscience / Confon / /

Position

Butler / T.D. / Dean / Corresponding author / forward / /

ProvinceOrState

New Jersey / P.N. / /

Technology

neural network / magnetic resonance imaging / http / sparse temporal acquisition protocol / /

URL

http /

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