2016 IEEE/ACM International Conference on Advances in Social Networks Analysis and Mining (ASONAM) · 2016 · 14 citations · 19 references
Social SciencesSocial PsychologySociologyCollective BehaviorGroup DynamicsSocial InfluenceCommunity StructureInformation SpreadOnline CommunitiesSocial Network AnalysisVirtual CommunitiesBoundary Spanning TheoryLurking BehaviorOnline Social InteractionOrganizational Boundary SpanningParticipation InequalitySocial Influence Online
The participation inequality phenomenon in online social networks between the niche of super contributors and the crowd of silent users, a.k.a. lurkers, has been witnessed in many domains. Within this view, understanding the role that lurkers take in the network is essential to develop innovative strategies to delurk them, i.e., to engage such users into a more active participation in the social network life. In this work, we leverage the boundary spanning theory to enhance our understanding of lurking behaviors, with the goal of improving the task of delurking in social networks. Assuming the availability of a global community structure, we first analyze how lurkers are related to users that take the role of bridges between different communities, unveiling insights into the bridging nature of lurkers and their tendency to acquire information from outside their own community. Moreover, based on a targeted influence maximization method designed for delurking, we also analyze how the learning of users that can best engage lurkers is related to the community structure. We found that the best users to engage lurkers belonging to any particular community, are more often found outside that community, and more specifically they are located in the adjacent communities.
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Finding and evaluating community structure in networks
Michelle G. Newman, Michelle Girvan · Physical Review E · 2004 · 14.1K citations · Full text
Finding local community structure in networks
Aaron Clauset · Physical Review E · 2005 · 794 citations · Full text
Computing, Computer Science, Physics +11