Statistical Learning Theory

Overview

Statistical learning theory asks when a learner can infer rules that work beyond its training data, and quantifies sample complexity, prediction error, and limits on what can be learned. Classical tools include VC and Littlestone dimensions, covering numbers, Rademacher complexity, stability, PAC-Bayes bounds, and minimax analysis; these provide guarantees for empirical risk minimization, online learning, kernels, and robust or private learning. Current work also studies high-dimensional and overparameterized regression, including interpolation and double descent, neural networks and Transformers, and learning under distribution shift, dependence, partial labels, or adaptive data. An enduring tension is that statistically optimal rates may be computationally unattainable, while guarantees for modern architectures often rely on idealized assumptions and may not explain practical optimization.

Latest papers

CardsList

584 papers79 papers in the last four weeks, up 58% on the four weeks before. 0.5% of all new papers.

  1. Provable Affine Identifiability of Nonlinear CCA under Latent Distributional Priors

    Oct 6, 2025Zhiwei Han, Stefan Matthes, Hao ShenRepresentation LearningParameter Identifiability

  2. Mixture of Many Zero-Compute Experts: A High-Rate Quantization Theory Perspective

    Oct 3, 2025Yehuda DarMixture-of-Experts ModelsStatistical Learning Theory

  3. Learning Multi-Index Models with Hyper-Kernel Ridge Regression

    Oct 2, 2025Shuo Huang, Hippolyte Labarrière, Ernesto De Vito +2Kernel Ridge RegressionKernel Regression

  4. Test time training enhances in-context learning of nonlinear functions

    Sep 30, 2025Kento Kuwataka, Taiji SuzukiSingle-Index ModelsTest-Time Training

  5. Linear Regression under Missing or Corrupted Coordinates

    Sep 23, 2025Ilias Diakonikolas, Jelena Diakonikolas, Daniel M. Kane +2Robust RegressionLearning with Missing Data

  6. Effects of Structural Allocation of Geometric Task Diversity in Linear Meta-Learning Models

    Sep 22, 2025Saptati Datta, Nicolas W. Hengartner, Yulia Pimonova +2Meta-LearningFew-Shot Learning

  7. A Kernel-based Stochastic Approximation Framework for Nonlinear Operator Learning

    Sep 14, 2025Jia-Qi Yang, Lei ShiStochastic ApproximationReproducing Kernel Hilbert Spaces

  8. The Sample Complexity of Membership Inference and Privacy Auditing

    Aug 26, 2025Mahdi Haghifam, Adam Smith, Jonathan UllmanMembership Inference AttacksSample Complexity

  9. The Statistical Fairness-Accuracy Frontier

    Aug 25, 2025Alireza Fallah, Michael I. Jordan, Annie UlichneyAlgorithmic FairnessGroup Fairness

  10. PAC-Causal Learnability: From Identification to Finite-Sample Guarantees

    Jul 25, 2025Mian Wei, Somesh Jha, David PageCausal Effect EstimationCausal Identifiability

  11. A statistical physics framework for optimal learning

    Jul 10, 2025Francesca Mignacco, Francesco MoriStatistical Physics of LearningNeural Network Training Dynamics

  12. Adaptively Truncated Signature-based Logistic Regression for Semi-parametric Functional Classification

    Jul 9, 2025Pengcheng Zeng, Siyuan JiangStatistical Learning Theory

  13. On the Existence of Consistent Adversarial Attacks in High-Dimensional Linear Classification

    Jun 14, 2025Matteo Vilucchio, Lenka Zdeborová, Bruno LoureiroAdversarial AttacksAdversarial Robustness

  14. No Free Lunch: Non-Asymptotic Analysis of Prediction-Powered Inference

    May 26, 2025Pranav Mani, Peng Xu, Zachary C. Lipton +1Adaptive InferenceStatistical Learning Theory

  15. Representation Learning for Equivariant Inference with Guarantees

    May 26, 2025Daniel Ordoñez-Apraez, Vladimir Kostić, Alek Fröhlich +3Disentangled Representation LearningRepresentation Learning

  16. When majority rules, minority loses: bias amplification of gradient descent

    May 19, 2025François Bachoc, Jérôme Bolte, Ryan Boustany +1Class-Imbalanced LearningGradient Descent

  17. The Dynamics of Generalization in Deep Learning

    Apr 23, 2025Rubing Yang, Pratik ChaudhariNeural Network GeneralizationNeural Network Training Dynamics

  18. Learning in Structured Stackelberg Games

    Apr 11, 2025Maria-Florina Balcan, Kiriaki Fragkia, Keegan HarrisGame TheoryStackelberg Games

  19. Near-Polynomially Competitive Active Logistic Regression

    Mar 7, 2025Yihan Zhou, Eric Price, Trung NguyenActive LearningLogistic Regression

  20. Dissecting the Impact of Model Misspecification in Data-driven Optimization

    Mar 1, 2025Adam N. Elmachtoub, Henry Lam, Haixiang Lan +1Model MisspecificationDecision-Focused Learning

  21. Recursive Learning Without Collapse: A Weighting-Based Stabilization Framework

    Feb 25, 2025Hengzhi He, Shirong Xu, Guang ChengModel CollapseGenerative Modeling

  22. Fixed-Gaussian Spectral Algorithms: Minimax Optimal Rates for Misspecified Learning and Transfer

    Jan 18, 2025Haotian Lin, Matthew ReimherrSpectral RegularizationConcept Drift

  23. The Method of Gaps: Exact Expressions for the Generalization Error of Supervised Learning Algorithms

    Nov 18, 2024Samir M. Perlaza, Xinying ZouInformation-Theoretic Generalization BoundsStatistical Learning Theory

  24. Discrete distributions are learnable from metastable samples

    Oct 17, 2024Abhijith Jayakumar, Andrey Y. Lokhov, Sidhant Misra +1Conditional Distribution EstimationStatistical Learning Theory

  25. On Generalisation Error Bounds for Transformers

    Oct 15, 2024Lan V. TruongTransformerStatistical Learning Theory

  26. Which Spaces can be Embedded in LpL_p-type Reproducing Kernel Banach Space? A Characterization via Metric Entropy

    Oct 14, 2024Yiping Lu, Daozhe Lin, Qiang DuReproducing Kernel Hilbert SpacesKernel Methods

  27. Statistical Properties of Deep Neural Networks with Dependent Data

    Oct 14, 2024Chad BrownNonparametric RegressionNeural Network Approximation Theory