Detect misinformation of COVID-19 using deep learning: A comparative study based on word embedding

Asmaa Khoudi, Nessrine Yahiaoui, Feriel Rebahi
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Abstract

Since its emergence in December 2019, there have been numerous news of COVID-19 pandemic shared on social media, which contain information from both reliable and unreliable medical sources. News and misleading information spread quickly on social media, which can lead to anxiety, unwanted exposure to medical remedies, etc. Rapid detection of fake news can reduce their spread. In this paper, we aim to create an intelligent system to detect misleading information about COVID-19 using deep learning techniques based on LSTM and BLSTM architectures. Data used to construct the DL models are text type and need to be transformed to numbers. We test, in this paper the efficiency of three vectorization techniques: Bag of words, Word2Vec and Bert. The experimental study showed that the best performance was given by LSTM model with BERT by achieving an accuracy of 91% of the test set.
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利用深度学习检测COVID-19错误信息:基于词嵌入的比较研究
自2019年12月疫情出现以来,社交媒体上分享了大量关于COVID-19大流行的新闻,其中包含来自可靠和不可靠医疗来源的信息。新闻和误导性信息在社交媒体上迅速传播,这可能导致焦虑,不必要地接触医疗补救措施等。快速发现假新闻可以减少它们的传播。在本文中,我们的目标是创建一个智能系统,使用基于LSTM和BLSTM架构的深度学习技术来检测关于COVID-19的误导性信息。用于构建深度学习模型的数据是文本类型,需要转换为数字。在本文中,我们测试了三种矢量化技术:Bag of words、Word2Vec和Bert的效率。实验研究表明,结合BERT的LSTM模型具有最佳性能,准确率达到测试集的91%。
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