A Novel Machine Learning Framework for Combating Misinformation in Real Life

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III:Small: In this project, “a novel machine-learning framework will be developed by leveraging recent developments in machine learning. It will advance the understanding of misinformation propagation patterns, produce effective algorithms for misinformation detection, and help build a secure and trustworthy cyberspace. A range of outreach activities will be pursued to broaden participation in computing for women and other underrepresented groups. Tutorials and courses will be provided to broadcast the research outcomes.

Three research thrusts will be pursued in this project. The first thrust develops a reinforcement-learning-based solution using news-source credibility analysis to minimize human labeling efforts in constructing large-scale misinformation datasets. The second thrust develops an unsupervised coordination detection method based on knowledge-informed machine-learning models to identify coordinated behaviors among bad actors. The third thrust develops novel counterfactual analysis models to identify causal factors and evaluate the estimated effects of misinformation. A collection of large-scale datasets of misinformation on a variety of topics will be shared with the research community.”

Commentary:
USC computer scientists received half a million dollars from NSF to develop yet another machine learning censorship system. This award was terminated or ended 6 months early on April 18, 2025 with $345,459 of $500,000 outlayed.

About the award

November 1, 2022 - April 18, 2025

Project information

Academia

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