2023

RADAR: Robust AI-Text Detection via Adversarial Learning

Hu, Xiaomeng, Chen, Pin-Yu, Ho, Tsung-Yi

Understand

Recent advances in large language models (LLMs) and the intensifying popularity of ChatGPT-like applications have blurred the boundary of high-quality text generation between humans and machines.

  • However, in addition to the anticipated revolutionary changes to our technology and society, the difficulty of distinguishing LLM-generated texts (AI-text) from human-generated texts poses new challenges of misuse and fairness, such as fake content generation, plagiarism, and false accusations of innocent writers.
  • While existing works show that current AI-text detectors are not robust to LLM-based paraphrasing, this paper aims to bridge this gap by proposing a new framework called RADAR, which jointly trains a robust AI-text detector via adversarial learning.
  • RADAR is based on adversarial training of a paraphraser and a detector.

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