LipsFlower constrains flow matching to stabilize generative image restoration
LipHDiT uses spectral normalization, bounded modulation and finite-radius gain penalties, tested on blind face restoration.
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LipHDiT uses spectral normalization, bounded modulation and finite-radius gain penalties, tested on blind face restoration.
Perturbation-based robustness tests overestimate zero-day detection; models maintain 90.9-99.7% under attacks but drop to 22.8-76.2% on held-out families.
S25-TRADES reached 23.06% mean true-union robustness versus 21.27% for uncompressed Full EEGNet.
Existing fixed-graph certificates were violated more than 30 percent of the time; routing-aware checks cut that to zero in tests.
The hybrid detector reached 97.2% training accuracy, but the strongest feature-space attack succeeded 78.7% of the time.
SafeDriveVLA uses world-model dreaming to refuse unsafe driving instructions, cutting collisions from 60 to 38.
TwinViT-DeepJSCC defends semantic image links, gaining up to 10.8 dB PSNR under adversarial channel attacks.
Deepfake detectors fall from 99.5% to 76% accuracy; calibrated authentication bounds false certification at 1%.
Untag attack framework renders existing token- and weight-level trigger-tag misuse detection mechanisms in open-weight LLMs entirely ineffective, researchers demonstrate.
Efficient training recipes make vision and language models easier to attack and less robust.

A tutorial shows AugLy augmentations and small robustness tests for image, text, and audio in PyTorch.
Paper proves pixel-only image provenance has a minimax limit and shows public CLIP verifiers fail under edits.
Paper unifies regularization-based robust RL methods via new performance-gap upper bounds and jointly learned Lagrange multipliers.
Adversarial Importance Sampling estimates worst-case RL returns without extra interactions; authors also release the advrl PyTorch library.
Framework certifies adversarial robustness of quantum classifiers using only measurement statistics and finite-shot outcomes, demonstrated on IBM Quantum hardware.
A systematic study shows input-level adversarial defenses provide inconsistent, often near-zero protection against observation-level attacks on video LLMs.
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