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Degeneracy / Hyperbolic group / Random graph / Graph / Degree distribution / Complex network / Degree / Connectivity / Path decomposition / Graph theory / Mathematics / Tree decomposition


2013 IEEE 13th International Conference on Data Mining Tree-like structure in large social and information networks Aaron B. Adcock
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Document Date: 2014-06-25 12:27:24


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C. Cut / Saarbr¨ucken / C UT / /

Company

Graph Drawing Software / MIT Press / Enron / Oak Ridge National Laboratory / AMD / Facebook Networks / Planar Networks / Real Networks / /

Country

Germany / Hungary / United States / /

Currency

AMD / USD / /

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Facility

Computer Science North Carolina State University / Western United States Power Grid / /

IndustryTerm

synthetic networks / power law parameter / collaboration networks / sparsest networks / Large scale networks / blogs network / internet router networks / approximate minimum degree ordering algorithm / lesser extent other networks / real-world networks / large networks / geometric networks / linear-time algorithm / much larger networks / political blogs network / nonhyperbolic networks / synthetic and realistic networks / approximation algorithms / visualization algorithms / power law degree distribution / given network / Linear time algorithms / power-law networks / selected several representative networks / random geometric networks / email network / real complex networks / internet graph / Web network / nd applications / improved graph data mining / Internet Mathematics / data analysis applications / improved graph mining / email networks / nested dissection algorithm / power law exponent / autonomous systems / friend network / social networks / denser networks / sparse networks / larger networks / autonomous systems network / /

Movie

D. V / /

Organization

Defense Advanced Research Projects Agency / Department of Computer Science North Carolina State University Raleigh / National Science Foundation / MIT / U.S. Government / Stanford University Stanford / Aaron B. Adcock Blair D. Sullivan Michael W. Mahoney Department / American Mathematical Society / /

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A. Barrat / Simon / J. Ignacio AlvarezHamelin / Max Periphery Hyperbolicity / L. Dall’Asta / J. Ignacio Alvarez-Hamelin / Max Delta / P. Erdos / Alfred R. On / A. Vespignani / Michael W. Mahoney / Stanley / Aaron B. Adcock Blair / /

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contractor / representative / /

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R / C / /

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North Dakota / Oregon / Utah / /

PublishedMedium

Nature Physics / /

Region

Western United States / Western US / /

Technology

approximate minimum degree ordering algorithm / peer-to-peer / linear time algorithms / machine learning / nested dissection algorithm / approximation algorithms / Data Mining / linear-time algorithm / visualization algorithms / /

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http /

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