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Sentiment Analysis for Twitter Stream Data by Combining Lexicon and Machine Learning Approaches

http://hdl.handle.net/20.500.12678/0000004812
eac8cbcb-505a-4c6e-9c9e-a0ccaf6bfaa8
5fe68b72-b723-4228-8037-1b9ce688e857
Publication type
Article
Upload type
Publication
Title
Title Sentiment Analysis for Twitter Stream Data by Combining Lexicon and Machine Learning Approaches
Language en
Publication date 2017-02-17
Authors
Chan, Wint Nyein
Thein, Thandar
Description
Nowadays, Twitter Sentiment analysis hasbecome popular as it helps the organization todetermine marketing strategy by providing publicopinions. Efficient techniques to collect a large amountof Twitter stream data and extracting sentimentinformation from collected raw data are essentialdemand. Traditional sentiment classificationtechniques do not perform well in Social Data.Acquiring effective training data is a challengealthough learning based approaches are good forSocial Data Sentiment Classification. Manual Labelingfor training data is time and labor consuming. In thispaper, Sentiment Analysis System for Twitter data isproposed with five modules: Data Collection,Preprocessing, Class Labeling, Classification ModelDevelopment and Sentiment Classification. TheSentiment Classification is implemented by combininglexicon and Supervised learning-based approaches. Inthis system, lexicon-based classifier is applied to labelthe class and suitable learning-based classifier ischosen for classification. Emoticon and slang wordsare considered for classification. To select suitableclassifier, three different classification algorithms areevaluated. The performance evaluation shows thatNaïve Bayes classifier is better and the proposedsystem can achieved the promising accuracy.
Keywords
Sentiment Analysis, Social Media data, Twitter, SentiStrength, Machine Learning
Identifier http://onlineresource.ucsy.edu.mm/handle/123456789/709
Journal articles
Fifteenth International Conference on Computer Applications(ICCA 2017)
Conference papers
Books/reports/chapters
Thesis/dissertations
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0
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