Publication | Closed Access
User-level sentiment analysis incorporating social networks
401
Citations
20
References
2011
Year
Unknown Venue
EngineeringUser-level Sentiment AnalysisCommunicationMultimodal Sentiment AnalysisCorpus LinguisticsSentiment AnalysisText MiningNatural Language ProcessingComputational Social ScienceRelationship InformationSocial MediaData ScienceComputational LinguisticsAffective ComputingSupport Vector MachinesLanguage StudiesSocial Network AnalysisSocial Medium MiningKnowledge DiscoverySocial ComputingSocial Medium Data
We show that information about social relationships can be used to improve user-level sentiment analysis. The main motivation behind our approach is that users that are somehow "connected" may be more likely to hold similar opinions; therefore, relationship information can complement what we can extract about a user's viewpoints from their utterances. Employing Twitter as a source for our experimental data, and working within a semi-supervised framework, we propose models that are induced either from the Twitter follower/followee network or from the network in Twitter formed by users referring to each other using "@" mentions. Our transductive learning results reveal that incorporating social-network information can indeed lead to statistically significant sentiment classification improvements over the performance of an approach based on Support Vector Machines having access only to textual features.
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