University of Notre Dame / Brain Research Institute / Bolyai University / /
IndustryTerm
neuronal network / citation networks / cortical networks / natural and man-made networks / sparse real-world networks / real-world network / power-law / injection site / cortical interareal network / mathematical tools / realworld networks / inter-areal cortical network / functional complex networks / technological and biological networks / embedded cortical network / embedded network / low-density networks / physical networks / large software packages / sparse scale-free networks / real-world networks / large networks / interareal network / truncated power law / cortical network / cortical interareal networks / functional systems / information-processing networks / power law / social networks / real world networks / sparse networks / scale-free networks / social network / typical network / diffusion tensor imaging techniques / dense networks / communication networks / null-model network / brain networks / real-world systems / power law fit / neuronal networks / power law distribution / canonical network / cerebral imaging experiments / linked web-pages / /
Organization
Brain Research Institute / U.S. Air Force office of Scientific Research / Bolyai University / Physics and Interdisciplinary Center for Network Science and Applications / Faculty of Physics / Department of Physics / University of Notre Dame / Rich-Club / French National Research Agency / /
Citation : Knoblauch K, Ercsey-Ravasz M, Kennedy H, Toroczkai Z[removed]The brain in space. In: Micro-, meso- and macro- connectomics of the brain (Kennedy H, Van Essen D, Christen Y, eds), in press: Springer, Heidelberg.