International Journal of Web Information Systems · 2022 · 12 citations · 26 references
ComputingComputer SciencePolitical CommunicationComputational LinguisticsMachine LearningNatural Language ProcessingDeep LearningDisinformationLanguage ModelingLanguage ModelsMisinformation DetectionNews MediaDeep ProcessingFake News AnalysisGated Recurrent Unit NetworksLogistic RegressionLong Short-term Memory NetworksLong-term Memory ModelsNaive BayesNaive Bayes Classification
Purpose The current natural language processing algorithms are still lacking in judgment criteria, and these approaches often require deep knowledge of political or social contexts. Seeing the damage done by the spreading of fake news in various sectors have attracted the attention of several low-level regional communities. However, such methods are widely developed for English language and low-resource languages remain unfocused. This study aims to provide analysis of Hindi fake news and develop a referral system with advanced techniques to identify fake news in Hindi. Design/methodology/approach The technique deployed in this model uses bidirectional long short-term memory (B-LSTM) as compared with other models like naïve bayes, logistic regression, random forest, support vector machine, decision tree classifier, kth nearest neighbor, gated recurrent unit and long short-term models. Findings The deep learning model such as B-LSTM yields an accuracy of 95.01%. Originality/value This study anticipates that this model will be a beneficial resource for building technologies to prevent the spreading of fake news and contribute to research with low resource languages.
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Classification and Regression by randomForest
Andy Liaw, Matthew C. Wiener · 2007 · 18.4K citations
Supervised Learning for Fake News Detection
Júlio C. S. Reis, André Correia, Fabrício Murai et al. · IEEE Intelligent Systems · 2019 · 511 citations