IEEE Transactions on Audio Speech and Language Processing · 2012 · 65 citations · 26 references
ComputingComputer ScienceComputational LinguisticsFeature EngineeringNatural Language ProcessingAffective ComputingEmotion RecognitionNatural Language GenerationOpinion MiningSentiment AnalysisText GenerationAffective FeaturesEmotion DetectionPolarity DetectionSentiment ClassificationSentiment FeaturesText-to-speech SynthesisTextual Sentiment AnalysisTweet Sentiment Analysis
Current research to improve state of the art Text-To-Speech (TTS) synthesis studies both the processing of input text and the ability to render natural expressive speech. Focusing on the former as a front-end task in the production of synthetic speech, this article investigates the proper adaptation of a Sentiment Analysis procedure (positive/neutral/negative) that can then be used as an input feature for expressive speech synthesis. To this end, we evaluate different combinations of textual features and classifiers to determine the most appropriate adaptation procedure. The effectiveness of this scheme for Sentiment Analysis is evaluated using the Semeval 2007 dataset and a Twitter corpus, for their affective nature and their granularity at the sentence level, which is appropriate for an expressive TTS scenario. The experiments conducted validate the proposed procedure with respect to the state of the art for Sentiment Analysis.
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An algorithm for suffix stripping
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Opinion Mining and Sentiment Analysis
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