Papers1 provider · 1 record
March 25, 2020· arXiv
preprint
Open access

Deep Agent: Studying the Dynamics of Information Spread and Evolution in Social Networks

Authors:Ivan GaribayToktam A. OghazNiloofar YousefiEce C. MutluMadeline SchiappaSteven ScheinertGeorgios C. AnagnostopoulosChristina BouwensStephen M. FioreAlexander MantzarisJohn T. MurphyWilliam RandAnastasia SalterMel StanfillGita SukthankarNisha BaralGabriel FairChathika GunaratneNeda B. HajiakhoondJasser JasserChathura JayalathOlivia NewtonSamaneh SaadatChathurani SenevirathnaRachel WinterXi Zhang

Abstract

This paper explains the design of a social network analysis framework, developed under DARPA's SocialSim program, with novel architecture that models human emotional, cognitive and social factors. Our framework is both theory and data-driven, and utilizes domain expertise. Our simulation effort helps in understanding how information flows and evolves in social media platforms. We focused on modeling three information domains: cryptocurrencies, cyber threats, and software vulnerabilities for the three interrelated social environments: GitHub, Reddit, and Twitter. We participated in the SocialSim DARPA Challenge in December 2018, in which our models were subjected to extensive performance evaluation for accuracy, generalizability, explainability, and experimental power. This paper reports the main concepts and models, utilized in our social media modeling effort in developing a multi-resolution simulation at the user, community, population, and content levels.

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