With news and information being as easy to access as they currently are, it is more important than ever to ensure that people are not mislead by what they read. Recently, the rise of neural fake news (AI-generated fake news) and its demonstrated effectiveness at fooling humans has prompted the development of models to detect it. One such model is the Grover model, which can both detect neural fake news to prevent it, and generate it to demonstrate how a model could be misused to fool human readers. In this work we explore the Grover model's fake news detection capabilities by performing targeted attacks through perturbations on input news articles. Through this we test Grover's resilience to these adversarial attacks and expose some potential vulnerabilities which should be addressed in further iterations to ensure it can detect all types of fake news accurately.
@article{arxiv.2302.00509,
title = {Exploring Semantic Perturbations on Grover},
author = {Ziqing Ji and Pranav Kulkarni and Marko Neskovic and Kevin Nolan and Yan Xu},
journal= {arXiv preprint arXiv:2302.00509},
year = {2024}
}