| Document Date: 2014-05-26 06:19:49
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City Dunn / Valencia / R. Network / Cambridge / / Company Lapedes A.S. / X. Networks / Cambridge Univ Press / Artificial Intelligence Laboratory / Facebook / J.M. & Lapedes A.S. / Pearson / 3Research Laboratory / Nature America Inc. / Coleman / / Country Jordan / United States / / / Facility 3Research Laboratory of Electronics / Massachusetts Institute of Technology / Institute of MIT / / IndustryTerm genetic regulatory networks / biotechnology ONLINE METHODS Network / observed input network / data mining applications / continuous applications / silico network / collaboration networks / individual network / community network / cellular networks / biotechnology / series closed-form solution / message-passing algorithms / weighted interaction network / cerevisiae networks / online version / protein-protein interaction networks / informative network / biological and social networks / gene expression regulatory networks / input networks / input network / real-world networks / parsimonious regulatory networks / large networks / form solutions / intra-organizational social networks / co-authorship networks / regulatory networks / information relevance networks / coauthorship network / protein contact map network / proposed network deconvolution algorithm / neural systems / Online Methods / network deconvolution algorithm / biotechnology correction notice / observed dependency network / low rank networks / co-authorship network / foundational graph theoretic tool / graph theoretical tool / biological networks / co-authorship social networks / network applications / large-scale networks / direct network / observed networks / closed form solution / gene regulatory networks / convolved observed network / protein contact networks / social networks / observed network / closed-form solution / social network / unit-weight network / social network applications / random networks / network deconvolution network / gene networks / / Organization Harvard / Massachusetts Institute of Technology / 2Broad Institute / Swiss National Science Foundation / / Person Baliga / Muriel Médard / Nat / Vert / Daniel Marbach / Morgan Kaufmann / Soheil Feizi / Reiss / / / Position D.J. / author / Feed-forward / / Product Taylor series closed-form solution / Taylor / / ProvinceOrState Michigan / South Dakota / Nova Scotia / Massachusetts / / PublishedMedium Physica A / PLoS ONE / / Technology genomics / Bioinformatics / proposed network deconvolution algorithm / biotechnology / Machine Learning / message-passing algorithms / network deconvolution algorithm / resulting network deconvolution algorithm / DNA Chip / gene expression / data mining / ARACNE algorithm / / URL http /
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a n a ly s i s Network deconvolution as a general method to distinguish direct dependencies in networks © 2013 Nature America, Inc. All rights reserved.