A metaheuristic optimisation-based deep learning model for fake news detection in online social networks Online publication date: Mon, 02-Sep-2024
by Chandrakant Mallick; Sarojananda Mishra; Parimal Kumar Giri; Bijay Kumar Paikaray
International Journal of Electronic Security and Digital Forensics (IJESDF), Vol. 16, No. 5, 2024
Abstract: The spread of fake news has become a societal problem. Most often, fake news spreads faster than real news and misleads society. Many works have been proposed in the literature using machine learning techniques to detect fake news, but developing a faster and more efficient model is still a challenging issue. Taking advantage of the deep neural network features of long- and short-term memory (LSTM) and metaheuristic optimisation algorithms, this paper proposes a Salp swarm algorithm-based optimised LSTM model to efficiently classify fake and real news in online social networks. To figure out the superiority of the model, it is experimentally demonstrated that the proposed model outperforms the LSTM optimised with other traditional optimisations. We tested the efficiency of the models on three datasets: the LIAR benchmark dataset, the ISOT dataset, and the news regarding the COVID-19 pandemic, and obtained accuracy of 97.89%, 86.49%, and 99.71%, respectively.
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