Compositional robustness testing for vision models
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Updated
May 28, 2026 - Python
Compositional robustness testing for vision models
Evasion attacks (FGSM, PGD, C&W, APGD, Square, AutoAttack-style ensemble), adversarial training (PGD-AT, TRADES, FGSM-RS) and randomized smoothing certification on the full CIFAR-10 test set, checked against torchattacks 3.5.1 and mapped to MITRE ATLAS v2026.10
Black-Box Neural Network Hardening Through Surrogate Model Defense Integration
Controlled PyTorch comparison of standard and adversarial training on GTSRB, with PGD, AutoAttack, reproducible evaluation, and measured accuracy–robustness trade-offs.
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