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Analysis of an AI based code distinguisher
eprint.iacr.orgpaper

Analysis of an AI based code distinguisher

Analysis of DeepDistinguisher, a transformer model that tells Goppa codes from random linear codes. Using saliency maps and attention visualization, the authors find a low-weight-row artifact in the random training instances that the model partly uses. They propose a pairwise-XOR rule on generator matrix rows that correlates strongly with the model's predictions. On random matrices meeting the minimum distance and XOR constraints, the model loses most of its accuracy, so it exploits general combinatorial properties rather than hidden algebraic structure.

TL;DR Shows that an ML Goppa-code distinguisher relies on a training artifact and combinatorial properties, not hidden algebraic structure.
Also seen from another angle🧠 AI →

Organisations named here

  • DeepDistinguisher
  • Goppa code
  • Goppa Distinguisher problem

Technologies named here

  • Goppa codes
  • DeepDistinguisher
  • Saliency maps
  • Attention visualization

Techniques named here

  • Machine-learning distinguishing attack on Goppa codes