2018 · 40 citations · 36 references
ComputingComputer ScienceEnglishComputational LinguisticsNatural Language ProcessingText AnalyticsAffective ComputingEmotion RecognitionInformation ExtractionOpinion MiningSentiment AnalysisTerm ExtractionEmotion Recognition EvaluationExpansionLexicon-based Sentiment AnalysisSentiment ClassificationSentiment Lexicon ConstructionSentiment Lexicon ExpansionText-based Emotion RecognitionTextual Sentiment Analysis
Nowadays, social media have become a platform where people can easily express their opinions and emotions about any topic such as politics, movies, music, electronic products and many others. On the other hand, politicians, companies, and businesses are interested in analyzing automatically people's opinions and emotions. In the last decade, a lot of efforts has been put into extracting sentiment polarity from texts. Recently, the focus has expanded to also cover emotion recognition from texts. In this work, we expand an existing emotion lexicon, DepecheMood, by leveraging semantic knowledge from English WordNet (EWN). We create an expanded lexicon, EmoWordNet, consisting of 67K terms aligned with EWN, almost 1.8 times the size of DepecheMood. We also evaluate EmoWord-Net in an emotion recognition task using Se-mEval 2007 news headlines dataset and we achieve an improvement compared to the use of DepecheMood. EmoWordNet is publicly available to speed up research in the field on http://oma-project.com.
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An argument for basic emotions
Paul Ekman · Cognition & Emotion · 1992 · 9.4K citations
Twitter mood predicts the stock market
Johan Bollen, Huina Mao, Xiao‐Jun Zeng · Journal of Computational Science · 2011 · 5.1K citations · Full text
Emotion recognition in human-computer interaction
Roddy Cowie, Ellen Douglas‐Cowie, Nicolas Tsapatsoulis et al. · IEEE Signal Processing Magazine · 2001 · 2.6K citations · Full text
Computing, Linguistics, Psychology +17