2017
DOI: 10.1007/s12572-017-0197-2
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Using social media for classifying actionable insights in disaster scenario

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Cited by 13 publications
(13 citation statements)
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“…Previous research created text classification models using tweet data based on SVM, J48 and NB classifiers. Although SVM with TF-IDF is still widely used for the development of text classification models [6][7][8][9], we found that the TMTA, using J48 with the BWF dataset, provided higher values for performance measurements than SVM with TF-IDF. In particular, the TMTA using J48 with the BWF dataset had a lower runtime than such widely used techniques as BoW and TF-IDF.…”
Section: Hypothesis Testingmentioning
confidence: 85%
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“…Previous research created text classification models using tweet data based on SVM, J48 and NB classifiers. Although SVM with TF-IDF is still widely used for the development of text classification models [6][7][8][9], we found that the TMTA, using J48 with the BWF dataset, provided higher values for performance measurements than SVM with TF-IDF. In particular, the TMTA using J48 with the BWF dataset had a lower runtime than such widely used techniques as BoW and TF-IDF.…”
Section: Hypothesis Testingmentioning
confidence: 85%
“…Ghosh et al [8] addressed the multi-class classification problem for disaster events consisting of earthquakes, hurricanes, electrical outages and drought. The experimental tweets in the 2015 dataset related to the Nepal earthquake in April of that year.…”
Section: Introductionmentioning
confidence: 99%
“…The results from the reviewed papers and articles show different SMA methods and tools. Most of the reviewed articles demonstrate the usage of sentiment analysis in different areas 54.54% of the articles reviewed uses sentiment analysis Su and Chen (2016), Vorvoreanu et al (2013), Chang et al (2017), Xiang et al (2016), Park et al (2016, He et al (2017), Stieglitz (2012, Anyanwu (2019), Shang et al (2018), Dong et al (2013,), Xu et al (2019), Dahal et al (2019), Kannan et al (2018), Martinez et al(2019), Alamsyah (2017), Barrelet et al (2016), Chen (2016), Chumwatana and Wongkolkitsilp (2019) Kannan et al (2018), Hu et al (2011), and Sachdeva and Mc Caffrey (2018, clustering technique 6.81% Jansen et al (2018), Myaeng et al (2016), and Ghosh et al (2017 , natural language processing 6.81% Barrelet et al (2016), Al Kubaizi et al (2015), and Saravan and Perepu ( 2019), text analysis 4.54% Dias et al (2018), andSingh et al (2018), event detection tool 2.27% Weiler (2013) and social network analysis 6.81% Alamsyah (2017), Udanor et al (2016), and Rahmani et al (2013).…”
Section: Sma Methods and Tools Usedmentioning
confidence: 99%
“…The study demonstrates how this technique can be used in wildfire events with good performance; however, the study didn't map the area with air pollution during wildfire events geographically. Ghosh et al (2017) introduces the study which used to classify tweets during disaster based on their insight they contain. The study performs clustering algorithm to create different clusters based on different classes.…”
Section: Summary Of Reviewed Articlesmentioning
confidence: 99%
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