Belmont / Paris / Neuroreport / Philadelphia / La Jolla / Cambridge / Reading / Mahwah / /
Company
Neural Information Processing Systems / Shamma SA / MIT Press / IAC / Precision Laboratories Inc. / /
Currency
pence / / /
Facility
bOregon Hearing Research Center / College Park / Science University / Columbia University / National Institute of Health Grant R01 DC007657 / University of Maryland / /
IndustryTerm
information processing / baseline stimulus energy / reagents/analytic tools / automatic speech processing / auditory processing / bank / reduced acoustic energy / component analysis clustering algorithm / /
MusicGroup
S.A.S. / /
Organization
National Institute of Health / University of Maryland / MIT / Institutional Animal Care and Use Committee / Institute for Systems Research / Institute for Biological Studies / bOregon Hearing Research Center / European Research Council / University of Maryland / College Park / Columbia University / New York / International Speech Communication Association / Curran Assoc / Univ of Pennsylvania / European Union / Department of Electrical Engineering / Lawrence Erlbaum Assoc / Oregon Health and Science University / Portland / /
Person
Spike / Terrence J. Sejnowski / Shihab A. Shammaa / Nima Mesgarania / Jonathan B. Fritza / Ruyter van Steveninck / Stephen V. Davidb / /
Mechanisms of noise robust representation of speech in primary auditory cortex Nima Mesgarania,1,2, Stephen V. Davidb, Jonathan B. Fritza, and Shihab A. Shammaa,c,1 a Institute for Systems Research, University of Marylan