3260 papers • 126 benchmarks • 313 datasets
Stance detection is the extraction of a subject's reaction to a claim made by a primary actor. It is a core part of a set of approaches to fake news assessment. Example: Source: "Apples are the most delicious fruit in existence" Reply: "Obviously not, because that is a reuben from Katz's" Stance: deny
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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 approach to tackle stance detection problem, based on the combination of string similarity features with a deep neural network architecture that leverages ideas previously advanced in the context of learning-efficient text representations, document classification, and natural language inference is presented.
A new dataset, RuStance, of Russian tweets and news comments from multiple sources, covering multiple stories, is introduced, as well as text classification approaches to stance detection as benchmarks over this data in this language.
This research introduces million-scale pairs of news headline and body text dataset with incongruity label, which can uniquely be utilized for detecting news stories with misleading headlines.
A new substantially sized mixed-domain corpus with annotations of good quality for the core fact-checking tasks: document retrieval, evidence extraction, stance detection, and claim validation is presented.
This work presents SANDS, a new semi-supervised stance detector that starts from very few labeled tweets, and achieves a macro-F1 score of 0.55 (0.49) on US (India)-based datasets, outperforming 17 baselines substantially, particularly for minority stance labels and noisy text.
This work introduces Wikipedia Stance Detection BERT (WS-BERT) that infuses the knowledge from Wikipedia into stance encoding and significantly outperforms the state-of-the-art methods on target-specific stance detection, cross-target stance detection and zero/few-shot stance detection.
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