| Document Date: 2013-06-23 23:45:55
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City New York / Wakefield / London / / Company Cambridge University Press / MIT Press / VERTEX / Oxford University Press Inc. / / Country United States / / Currency pence / / / Facility Canada University of Toronto Toronto / / IndustryTerm citation networks / model algorithm / real-world network / graph model algorithms / real-world networks / epidemiological networks / multiobjective genetic algorithms / graph generation algorithm / target algorithm / target network / acceptable solutions / human contact networks / given network / network algorithms / physical Internet / social and biological networks / airline / given algorithms / realworld networks / telecommunications / scale-free network / social network / particular network / random networks / / Organization Canada University of Toronto Toronto / Cambridge University / Brock University / MIT / Oxford University / / Person D. R. Lockwood / B. George / Publicationes Mathematicae / Stanley / Alexander Bailey Mario Ventresca Beatrice / / Position probability pm / / ProvinceOrState New York / / PublishedMedium PHYSICA A / Nature Biotechnology / / Technology neuroscience / 3 ER400 algorithm / given algorithms / Biotechnology / network algorithms / corresponding target algorithm / BA200 algorithm / 30 Algorithm / Barab´ asi-Albert algorithm / 4.1 Results The ER200 algorithm / graph generation algorithm / drug discovery / underlying model algorithm / multiobjective genetic algorithms / known graph model algorithms / 1 ER200 algorithm / ER300 algorithm / evolved algorithms / SW200 algorithm / been constructed using known graph model algorithms / / URL http /
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Automatic Generation of Graph Models for Complex Networks by Genetic Programming Alexander Bailey Mario Ventresca