Publication | Closed Access
Activity ranking in LinkedIn feed
35
Citations
14
References
2014
Year
Unknown Venue
Ranking AlgorithmEngineeringLearning To RankSemantic WebSocial Network ActivitiesText MiningComputational Social ScienceSocial MediaInformation RetrievalData ScienceSocial SearchLinkedin Homepage FeedSocial Medium MiningSocial Network AnalysisFast IterationKnowledge DiscoveryLinkedin FeedSocial RankingComputer ScienceSocial Network AggregationSocial WebSocial ComputingBusiness
Users on an online social network site generate a large number of heterogeneous activities, ranging from connecting with other users, to sharing content, to updating their profiles. The set of activities within a user's network neighborhood forms a stream of updates for the user's consumption. In this paper, we report our experience with the problem of ranking activities in the LinkedIn homepage feed. In particular, we provide a taxonomy of social network activities, describe a system architecture (with a number of key components open-sourced) that supports fast iteration in model development, demonstrate a number of key factors for effective ranking, and report experimental results from extensive online bucket tests.
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