Publication | Closed Access
Short and tweet
413
Citations
18
References
2010
Year
Unknown Venue
EngineeringContent RecommendationCommunicationText MiningInformation StreamsComputational Social ScienceSocial MediaInformation RetrievalData ScienceContent AnalysisSocial Medium MiningKnowledge DiscoveryComputer ScienceCold-start ProblemRecommendation EnginesInformation Filtering SystemGroup RecommendersSocial ComputingSocial Medium DataArtsCollaborative Filtering
More and more web users keep up with newest information through information streams such as the popular micro-blogging website Twitter. In this paper we studied content recommendation on Twitter to better direct user attention. In a modular approach, we explored three separate dimensions in designing such a recommender: content sources, topic interest models for users, and social voting. We implemented 12 recommendation engines in the design space we formulated, and deployed them to a recommender service on the web to gather feedback from real Twitter users. The best performing algorithm improved the percentage of interesting content to 72% from a baseline of 33%. We conclude this work by discussing the implications of our recommender design and how our design can generalize to other information streams.
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