University of Notre Dame / Boston University / Northeastern University / Pub Math / /
IndustryTerm
cellular communications / node / proposed heuristic algorithm / optimization algorithm / phone services / selected biological and socioeconomic systems / large networks / degree-assortative network / cerevisiae network / finite powerlaw network / real-time instant messaging service / socioeconomic systems / real systems / large systems / mobile phone network / large mobile communication network / power-law networks / heuristic algorithm / large network / protein interaction network / dyadic mobile services / scale-free network / power law / phone communication network / mobile communication network / social network / scale-free networks / egocentric networks / phone-based services / boundary-finding algorithm / power-law degree distribution pk / /
Organization
National Science Foundation / Northeastern University / Boston / Department of Physics / James S. McDonnell Foundation / National Academy of Sciences / National Office for Research and Technology / Stat Assoc / Boston University / Boston / University of Notre Dame / Center for Complex Network Research / /
Person
Kwang-Il Goh / / /
Position
Major Research Instrumentation Program Grant DBI-0420980 / Author / Hunter / /