2021
DOI: 10.1504/ijitcc.2021.119111
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Lexicon-based sentiment analysis on movie review in the Gujarati language

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“…In the first category, we can find approaches based on: frequency or statistics (Hu and Liu 2004;Bafna and Toshniwal 2013;Rana and Cheah 2018;Luo et al 2015); heuristics like (Singh et al 2013) or the work of (Bancken et al 2014) that uses a syntactic dependency path to identify entities or (Poria et al 2014) that adopts a rule-based approach. In the semi-supervised category, we can find techniques based on lexicon (Yan et al 2015;D'Aniello et al 2018;Shah and Swaminarayan 2021;Klyuev and Oleshchuk 2011) or dependency trees (Yu et al 2011) and graphs (Xu et al 2013). Supervised techniques typically use machine learning approaches like random field, SVM (Manek et al 2017), decision trees, neural networks, and autoencoders (Angelidis and Lapata 2018;Tomasiello 2020).…”
Section: Aspect-based Sentiment Analysismentioning
confidence: 99%
“…In the first category, we can find approaches based on: frequency or statistics (Hu and Liu 2004;Bafna and Toshniwal 2013;Rana and Cheah 2018;Luo et al 2015); heuristics like (Singh et al 2013) or the work of (Bancken et al 2014) that uses a syntactic dependency path to identify entities or (Poria et al 2014) that adopts a rule-based approach. In the semi-supervised category, we can find techniques based on lexicon (Yan et al 2015;D'Aniello et al 2018;Shah and Swaminarayan 2021;Klyuev and Oleshchuk 2011) or dependency trees (Yu et al 2011) and graphs (Xu et al 2013). Supervised techniques typically use machine learning approaches like random field, SVM (Manek et al 2017), decision trees, neural networks, and autoencoders (Angelidis and Lapata 2018;Tomasiello 2020).…”
Section: Aspect-based Sentiment Analysismentioning
confidence: 99%