Articles liés à Multilingual Sentiment Analysis on Social Media: An...

Multilingual Sentiment Analysis on Social Media: An Extensive Study on Multilingual Sentiment Analaysis Performed on Three Different Social Media - Couverture souple

Tromp, Erik

 
9783659135613: Multilingual Sentiment Analysis on Social Media: An Extensive Study on Multilingual Sentiment Analaysis Performed on Three Different Social Media

Synopsis

As social media more and more connect the entire world, there is an increasing importance to analyze multilingual data rather than unilingual data. The automated sentiment analysis we perform extracts opinions from the relatively short messages placed on social media in multiple languages. --- We present a four-step approach to perform sentiment analysis. Our approach comprises language identification, part-of-speech tagging, subjectivity detection and polarity detection. For language identification we propose an algorithm we call LIGA which captures grammar of languages in addition to occurrences of characteristics. For part-of-speech tagging we use an existing solution called the TreeTagger, developed at the University of Stuttgart. We apply AdaBoost using decision stumps to solve subjectivity detection. For polarity detection we propose an algorithm we call RBEM which uses heuristic rules to create an emissive model on patterns.

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Présentation de l'éditeur

As social media more and more connect the entire world, there is an increasing importance to analyze multilingual data rather than unilingual data. The automated sentiment analysis we perform extracts opinions from the relatively short messages placed on social media in multiple languages. --- We present a four-step approach to perform sentiment analysis. Our approach comprises language identification, part-of-speech tagging, subjectivity detection and polarity detection. For language identification we propose an algorithm we call LIGA which captures grammar of languages in addition to occurrences of characteristics. For part-of-speech tagging we use an existing solution called the TreeTagger, developed at the University of Stuttgart. We apply AdaBoost using decision stumps to solve subjectivity detection. For polarity detection we propose an algorithm we call RBEM which uses heuristic rules to create an emissive model on patterns.

Biographie de l'auteur

Erik Tromp is fond of developing new methods to perform analytics on natural language. He received his Msc degree cum laude at the Eindhoven University of Technology where he heavily studied data mining and analytics. More specifically, he focused on natural language processing. His work on sentiment analysis has been honored with multiple awards.

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