2022
DOI: 10.48550/arxiv.2202.09381
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Synthetic Disinformation Attacks on Automated Fact Verification Systems

Abstract: Automated fact-checking is a needed technology to curtail the spread of online misinformation. One current framework for such solutions proposes to verify claims by retrieving supporting or refuting evidence from related textual sources. However, the realistic use cases for fact-checkers will require verifying claims against evidence sources that could be affected by the same misinformation. Furthermore, the development of modern NLP tools that can produce coherent, fabricated content would allow malicious act… Show more

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“…Given the approach pursued and results obtained (accuracy of 98.99%), in this research a similar approach is considered for the detection component of the solution proposed Verma et al (2022). build the MCred (Message Credibility) framework based on CNN and BERT techniques for disinformation detection through information credibility assessment using the benefits of local and global text semantics Du, Bosselut & Manning (2022). build a deep learning-based verification framework for sensitivity evaluation of deep learning-based techniques, i.e., KGAT, CorefBERT, and MLA to adversarial generated disinformation done using GROVER.…”
mentioning
confidence: 99%
“…Given the approach pursued and results obtained (accuracy of 98.99%), in this research a similar approach is considered for the detection component of the solution proposed Verma et al (2022). build the MCred (Message Credibility) framework based on CNN and BERT techniques for disinformation detection through information credibility assessment using the benefits of local and global text semantics Du, Bosselut & Manning (2022). build a deep learning-based verification framework for sensitivity evaluation of deep learning-based techniques, i.e., KGAT, CorefBERT, and MLA to adversarial generated disinformation done using GROVER.…”
mentioning
confidence: 99%