Learning disentangled latent topics for twitter rumour veracity classification

J Dougrez-Lewis, M Liakata… - Proceedings of 59th …, 2021 - wrap.warwick.ac.uk
J Dougrez-Lewis, M Liakata, E Kochkina, Y He
Proceedings of 59th Annual Meeting of the Association for …, 2021wrap.warwick.ac.uk
With the rapid growth of social media in the past decade, the news are no longer controlled
by just a few mainstream sources. Users themselves create large numbers of potentially
fictitious rumours, necessitating automated veracity classification systems. Here we present
a novel approach towards automatically classifying rumours circulating on Twitter with
respect to their veracity. We use a model built on Variational Autoencoder which
disentangles the informational content of a tweet from the manner in which the information is …
With the rapid growth of social media in the past decade, the news are no longer controlled by just a few mainstream sources. Users themselves create large numbers of potentially fictitious rumours, necessitating automated veracity classification systems. Here we present a novel approach towards automatically classifying rumours circulating on Twitter with respect to their veracity. We use a model built on Variational Autoencoder which disentangles the informational content of a tweet from the manner in which the information is written. This is achieved by obtaining latent topic vectors in an adversarial learning setting using the auxiliary task of stance classification. The latent vectors learnt in this way are used to predict rumour veracity, obtaining state-of-the-art accuracy scores on the PHEME dataset.
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