Overview

Lipschitz neural networks study ways to bound a model’s sensitivity to input changes, which matters for adversarial robustness, reliable prediction, and stable iterative systems such as image reconstruction. Common approaches constrain layer norms or use specially parameterized contractive, nonexpansive, and spectral-normalized layers; these ideas are also being adapted to Transformers, recurrent networks, audio models, and manifold-valued data. Researchers assess guarantees with certified bounds and exact or approximate Lipschitz-constant computation, alongside robustness and restoration benchmarks. A central tension is that tight guarantees can be costly to verify, while conservative bounds may limit accuracy or expressivity; the complexity of exact verification remains an important obstacle.

Latest papers

CardsList

24 papers1 paper in the last four weeks, down 67% on the four weeks before. 0.0% of all new papers.

  1. Lipschitz Thinking: Ten Years of Certifiable-by-Design Robust Neural Networks

    Oct 5, 2026Fabio Brau, Giorgio Piras, Maura Pintor +1Neural Network RobustnessCertified Robustness

  2. LipSSM: Structurally Lipschitz-Bounded Cascaded State-Space Model via Metric Transfer between Consecutive SSM Layers

    Sep 25, 2026Natsuki Yoshino, Ren Uchida, Kazuki Matsumoto +1Lipschitz Neural NetworksNeural Network Robustness

  3. Parameterized Complexity of LpL_p-Lipschitz Constants for Input Convex Neural Networks and LpL_p-Norm Maximization over Zonotopes

    Aug 25, 2026Aritra Das, Vincent Froese, Moritz Grillo +6Lipschitz Neural NetworksParameterized Complexity

  4. LipsAM: Lipschitz-continuous Neural Networks for Convergent Plug-and-Play Audio Signal Recovery

    Aug 24, 2026Kazuki Matsumoto, Ren Uchida, Natsuki Yoshino +1Speech DereverberationLipschitz Neural Networks

  5. Trainable Nonexpansive Denoisers for Contractive Image Reconstruction

    Jul 25, 2026Arghya Sinha, Aditya Banerjee, Trishit Mukherjee +1Image ReconstructionLipschitz Neural Networks

  6. 1-Lipschitz Neural Networks on Hadamard Manifolds

    Jul 21, 2026Davide Murari, Marta Ghirardelli, Ben Adcock +3Riemannian Neural NetworksNeural Network Robustness

  7. LiST: Lipschitz Scaling Training for Robust and Calibrated Neural Networks

    Jul 8, 2026Arthur Chiron, Franck Mamalet, Thomas Massena +2Neural Network RobustnessAdversarial Robustness

  8. LipSSD: Lipschitz-Constrained Single-Shot Detection for Adversarially Robust Object Detection

    Jul 6, 2026Vincent Lébé, Yannick Prudent, Corentin Friedrich +3Adversarial RobustnessObject Detection

  9. Convex training of Lipschitz-regularized shallow neural networks

    Jun 17, 2026Chao Yin, Antoine Lesage-LandryAdversarial TrainingShallow Neural Networks

  10. Architecture-agnostic Lipschitz-constant Bayesian header and its application to resolve semantically proximal classification errors with vision transformers

    May 7, 2026Frederik Schäfer, Luis Mandl, Lars Kälber +1Bayesian Neural NetworksVision Transformer

  11. Certified vs. Empirical Adversarial Robust-ness via Hybrid Convolutions with Attention Stochasticity

    May 2, 2026Joy Dhar, Song Xia, Manish Kumar Pandey +5Randomized SmoothingNeural Network Robustness

  12. Demystifying Lipschitz verification: positive matrices, negative results

    Mar 30, 2026Simon Kuang, Yuezhu Xu, S. Sivaranjani +1Neural Network VerificationLipschitz Neural Networks

  13. Provably Contractive and High-Quality Denoisers for Convergent Restoration

    Mar 27, 2026Shubhi Shukla, Pravin NairImage RestorationImage Denoising

  14. Layer-Specific Lipschitz Modulation for Fault-Tolerant Multimodal Representation Learning

    Mar 26, 2026Diyar Altinses, Andreas SchwungMultimodal LearningMultimodal Anomaly Detection

  15. Approximation Theory for Lipschitz Continuous Transformers

    Feb 17, 2026Takashi Furuya, Davide Murari, Carola-Bibiane SchönliebTransformerNeural Network Approximation Theory

  16. R2DN: Scalable Parameterization of Contracting and Lipschitz Recurrent Deep Networks

    Apr 1, 2025Nicholas H. Barbara, Ruigang Wang, Ian R. ManchesterNeural Network RobustnessRecurrent Neural Networks