2015
DOI: 10.1007/978-3-319-18458-6_4
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Entity-Based Opinion Mining from Text and Multimedia

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Cited by 9 publications
(6 citation statements)
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References 37 publications
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“…Challenges of sentiment analysis in Twitter: Sentiment analysis on Twitter is particularly challenging, due to abbreviations, the terseness of the tweets, lack of context and the ambiguity which results. This has already been documented (Maynard and Bontcheva, 2016;Maynard and Hare, 2015), with others developing specially adapted NLP tools for the domain (Bontcheva et al, 2013). In addition, there is the difficulty inherent in detecting the sarcasm present in many tweets, as investigated by Maynard and Greenwood (2014).…”
Section: Related Workmentioning
confidence: 83%
See 1 more Smart Citation
“…Challenges of sentiment analysis in Twitter: Sentiment analysis on Twitter is particularly challenging, due to abbreviations, the terseness of the tweets, lack of context and the ambiguity which results. This has already been documented (Maynard and Bontcheva, 2016;Maynard and Hare, 2015), with others developing specially adapted NLP tools for the domain (Bontcheva et al, 2013). In addition, there is the difficulty inherent in detecting the sarcasm present in many tweets, as investigated by Maynard and Greenwood (2014).…”
Section: Related Workmentioning
confidence: 83%
“…Testing on a dataset for targetdependent twitter sentiment classification, they show that by incorporating context words for the target into an LSTM they improve over all baselines. The challenges of entity-based opinion mining, analysing the sentiment of a tweet towards a particular entity contained within it, has already been studied by Maynard and Hare (2015). In addition to addressing the extraction of opinions on crucial events in society for the purposes of archiving, they also expanded their research to cover the integration of multimedia through the extraction of sentiment evidence from images.…”
Section: Related Workmentioning
confidence: 99%
“…The paper by Vlachidis and Tudhope (2016) presented a semantic annotation system, OPTIMA, which performs the tasks of NER and relation extraction (RE) using handcrafted rules and ontological and domain vocabulary resources. Significant effort has been put into exploring the Web and its assistance in entity annotation, semantic indexing and search of different collections, both by handcrafted rules and data-driven or machine learning (ML) approaches, for example, in the domain of television and radio news, as well as semantic annotation of Web content itself, opinion mining from textual and multimedia content or an IE system for microblog content (Bontcheva et al, 2013;Dowman et al, 2005;Maynard and Hare, 2015). More platforms for automatic semantic annotations that use a rule-based or ML approach are MultimediaN, AeroDAML, Armadillo, KIM, MnM, MUSE, Ont-O-Mat, SemTag and ONTEA (Laclavik et al, 2012;Reeve and Han, 2005;Schreiber et al, 2008).…”
Section: Related Workmentioning
confidence: 99%
“…No primeiro grupo, por exemplo, o uso de textos ao redor de imagensé utilizado por [Habibian et al 2015] para verificar correspondências entre as imagens e textos e assim encontrar os conjuntos inter-relacionados de termos e temas, ao contrário de simplesmente anotar textos já definidos. Já [Maynard and Hare 2015] apresentam uma abordagemútil quando não há texto associadoàs mídias. Os autores abordam como a análise das questões sociais nas mídias podem ajudar os editores a selecionar material relevante e como a mineração de mídias sociais pode contribuir para relacionar arquivos.…”
Section: Anotação Semântica Em Vídeosunclassified