3260 papers • 126 benchmarks • 313 datasets
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These leaderboards are used to track progress in misinformation-8
Use these libraries to find misinformation-8 models and implementations
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This paper presents their stance detection system, which claimed third place in Stage 1 of the Fake News Challenge, and proposes it as the 'simple but tough-to-beat baseline' for the FakeNews Challenge stance detection task.
A novel interpretable fake news detection framework based on the recently introduced Tsetlin Machine is proposed, utilizing the conjunctive clauses of the TM to capture lexical and semantic properties of both true and fake news text.
A dashboard to track misinformation on popular social media news sharing platform - Twitter and provides analysis of public sentiments on intervention policies such as "#socialdistancing" and "#workfromhome", and tracks topics, and emerging hashtags and sentiments over countries.
A model for detecting check-worthy tweets about COVID-19 is proposed, which combines deep contextualized text representations with modeling the social context of the tweet, which should be useful for future research.
This paper demonstrates that it is feasible to train factual error correction systems from existing fact checking datasets which only contain labeled claims accompanied by evidence, but not the correction, and achieves better results than existing work which used a pointer copy network and gold evidence.
A new method that automatically detects out-of-context image and text pairs to leverage the grounding of image with text to distinguish out- of-context scenarios that cannot be disambiguated with language alone is proposed.
A data collection and linking system to build a public misinformation graph dataset (MuMiN), containing rich social media data spanning 21 million tweets belonging to 26 thousand Twitter threads, each of which have been semantically linked to 13 thousand fact-checked claims across dozens of topics, events and domains, in 41 different languages.
A new AI-based solution that identifies troll accounts solely through behavioral cues associated with their sequences of sharing activity, encompassing both their actions and the feedback they receive from others is proposed, ensuring greater resilience in identifying influence campaigns.
This work proposes a model called CSI which is composed of three modules: Capture, Score, and Integrate, and incorporates the behavior of both parties, users and articles, and the group behavior of users who propagate fake news.
A neural network model that judiciously aggregates signals from external evidence articles, the language of these articles and the trustworthiness of their sources is presented, which derives informative features for generating user-comprehensible explanations that makes the neural network predictions transparent to the end-user.
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