Affiliations:
Centre for Computational Engineering and Networking, Amrita Vishwa Vidyapeetham, Coimbatore, India
Correspondence:
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Corresponding author. Vijay Krishna Menon, Centre for Computational Engineering and Networking, Amrita Vishwa Vidyapeetham, Coimbatore, India. E-mail: m_vijaykrishna@cb.amrita.edu.
Abstract: The widespread use of social media like Facebook, Twitter, Whatsapp, etc. has changed the way News is created and published; accessing news has become easy and inexpensive. However, the scale of usage and inability to moderate the content has made social media, a breeding ground for the circulation of fake news. Fake news is deliberately created either to increase the readership or disrupt the order in the society for political and commercial benefits. It is of paramount importance to identify and filter out fake news especially in democratic societies. Most existing methods for detecting fake news involve traditional supervised machine learning which has been quite ineffective. In this paper, we are analyzing word embedding features that can tell apart fake news from true news. We use the LIAR and ISOT data set. We churn out highly correlated news data from the entire data set by using cosine similarity and other such metrices, in order to distinguish their domains based on central topics. We then employ auto-encoders to detect and differentiate between true and fake news while also exploring their separability through network analysis.
Keywords: Fake news, social media, word embedding, cosine similarity, Auto-encoders, network analysis
