| Document Date: 2013-10-17 12:48:29
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Company 12 LINCOLN LABORATORY JOURNAL / Vertex / LINCOLN LABORATORY JOURNAL / / IndustryTerm myriad applications / signal processing framework / possible travel routes / recursive algorithm / power-law exponent / identification algorithm / power-law degree distributions / graph processing chain / aforementioned k-means-based clustering algorithm / bank / inverse power-law distribution / social networking / complicated algorithm / k-means-based clustering algorithm / real-world networks / large networks / signal processing chain / detection algorithm / signal processing / detection algorithms / signal processing application domains / power-law background / signal processing theory / / MarketIndex FIGURE / / Organization Lincoln Laboratory mission / / Person Michelle S. Beard Graphs / Nadya T. Bliss / MICHELLE S. BEARD / Benjamin A. Miller / Patrick J. Wolfe / / Position representative / analyst / / Product L1 / / ProgrammingLanguage V / / Technology aforementioned k-means-based clustering algorithm / k-means-based clustering algorithm / One detection algorithm / Detection Three algorithms / detection algorithms / second algorithm / Simulation / recursive algorithm / detection algorithm / two algorithms / identification algorithm / /
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Detection Theory for Graphs Benjamin A. Miller, Nadya T. Bliss, Patrick J. Wolfe, and Michelle S. Beard Graphs are fast emerging as a common data structure used in many scientific and engineering