Challenge: Existing fact-checking pipelines focus on written claims, not on audio . authors argue that audio misinformation is structurally different because it is both spoken and conversational .
Approach: They argue that audio misinformation is structurally different because it is both spoken and conversational . they argue that advancing fact-checking requires rethinking verification pipelines around spoken and conversations .
Outcome: The proposed method fails on audio because it is both spoken and conversational . podcasts exceed 4.3 million distinct shows, reaching an estimated 500 million listeners globally .

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Multimodal Automated Fact-Checking: A Survey (2023.findings-emnlp)

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Challenge: Existing studies on automated fact-checking focus on text, but they focus on a single modality, text . multimodal misinformation is perceived as more credible by humans and spreads faster than text-only counterparts.
Approach: They propose a framework for automated fact-checking that includes subtasks unique to multimodal misinformation.
Outcome: The proposed framework includes subtasks unique to multimodal misinformation.
The Intended Uses of Automated Fact-Checking Artefacts: Why, How and Who (2023.findings-emnlp)

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Challenge: Automated fact-checking is often presented as an epistemic tool fact-seekers, social media consumers, and other stakeholders can use to fight misinformation.
Approach: They analyse 100 highly-cited papers and annotate epistemic elements related to intended use, i.e., means, ends, and stakeholders.
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Fact-Checking, Fake News, Propaganda, and Media Bias: Truth Seeking in the Post-Truth Era (2020.emnlp-tutorials)

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Challenge: social media has made it easy for everyone to share and spread information online.
Approach: a tutorial will offer an overview of the broad and emerging research area of disinformation . it will focus on the latest developments and research directions .
Outcome: The tutorial will offer an overview of the broad and emerging research area of disinformation . it will focus on the latest developments and research directions .
Fact Checking or Psycholinguistics: How to Distinguish Fake and True Claims? (D19-66)

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Challenge: Using psycholinguistic features to distinguish lies from true statements is a difficult task and a problem to be solved.
Approach: They compare psycholinguistic text features with fact checking approaches to distinguish lies from true statements using data from a large ongoing study.
Outcome: The proposed methods outperform both fact checking and human baselines but the accuracy is not high.
DialFact: A Benchmark for Fact-Checking in Dialogue (2022.acl-long)

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Challenge: Existing fact-checking models trained on non-dialogue data fail to perform well on this task.
Approach: They propose a task of fact-checking in dialogue to improve fact- checking performance . they propose to use an annotated conversational claim and Wikipedia snippets as evidence .
Outcome: The proposed task improves fact-checking performance in dialogue.
Automated Fact-Checking in Dialogue: Are Specialized Models Needed? (2023.emnlp-main)

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Challenge: Prior work has shown that typical fact-checking models struggle with claims made in conversation.
Approach: They propose to fine-tune models for dialogue on conversational data to improve performance on typical fact-checking.
Outcome: The proposed models perform better on stand-alone claims than state-of-the-art models for dialogue while maintaining their performance on standalone claim.
Decide less, communicate more: On the construct validity of end-to-end fact-checking in medicine (2026.findings-acl)

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Challenge: Evidence-based medicine connects to every individual, yet the nature of it is highly technical . e-fact-checking systems that connect to medical decisions are largely unused . we examine how clinical experts verify real claims from social media .
Approach: They propose that fact-checking should be approached as an interactive communication problem . they argue that social media and AI have made medical knowledge accessible .
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Where Are the Facts? Searching for Fact-checked Information to Alleviate the Spread of Fake News (2020.emnlp-main)

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Challenge: fabricated stories and hoaxes are still pervading our cyberspace.
Approach: They propose a framework to search for fact-checking articles that address the content of an original tweet that may contain misinformation posted by online users.
Outcome: The proposed framework can detect and disseminate fake news on real-world datasets and warn fake news posters and online users about misinformation.
Detection and Resolution of Rumors and Misinformation with NLP (2020.coling-tutorials)

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Challenge: Detecting false and misleading claims on the web is a sub-field of NLP . this half-day tutorial presents the theory behind each of these steps and the state-of-the-art solutions.
Approach: This half-day tutorial presents the theory behind false and misleading claims detection . it covers the steps involved in identifying check-worthy claims, tracking claims and rumors, rumor collection and annotation, grounding claims against knowledge bases, and using stance to verify claims.
Outcome: This half-day tutorial presents the theory behind each of these steps and the state-of-the-art solutions.
Automated Fact Checking: Task Formulations, Methods and Future Directions (C18-1)

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Challenge: Recent research on fact checking has focused on misinformation . however, relevant papers and articles have been published in research communities that are unaware of each other and use inconsistent terminology.
Approach: They propose avenues for future NLP research on automated fact checking . they highlight the use of evidence as an important distinguishing factor .
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