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implicit regularization

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  1. Stanford CS229M - Lecture 16: Implicit regularization in classification problemsStanford CS229M: Machine Learning Theory - Fall 2021Notes
  2. Stanford CS229M - Lecture 15: Implicit regularization effect of initializationStanford CS229M: Machine Learning Theory - Fall 2021Notes
  3. Stanford CS229M - Lecture 14: Neural Tangent Kernel, Implicit regularization of gradient descentStanford CS229M: Machine Learning Theory - Fall 2021Notes
  4. Stanford CS229M - Lecture 13: Neural Tangent KernelStanford CS229M: Machine Learning Theory - Fall 2021Notes
  5. Stanford CS229M - Lecture 11: All-layer marginStanford CS229M: Machine Learning Theory - Fall 2021Notes
  6. Stanford CS229M - Lecture 10: Generalization bounds for deep netsStanford CS229M: Machine Learning Theory - Fall 2021Notes
  7. Stanford CS229M - Lecture 9: Covering number approach, Dudley TheoremStanford CS229M: Machine Learning Theory - Fall 2021Notes
  8. Stanford CS229M - Lecture 8: Refined generalization bounds for neural nets, Kernel methodsStanford CS229M: Machine Learning Theory - Fall 2021Notes
  9. Stanford CS229M - Lecture 7: Challenges in DL theory, generalization bounds for neural netsStanford CS229M: Machine Learning Theory - Fall 2021Notes
  10. Stanford CS229M - Lecture 6: Margin theory and Rademacher complexity for linear modelsStanford CS229M: Machine Learning Theory - Fall 2021Notes
  11. Stanford CS229M - Lecture 5: Rademacher complexity, empirical Rademacher complexityStanford CS229M: Machine Learning Theory - Fall 2021Notes
  12. Stanford CS229M - Lecture 4: Advanced concentration inequalitiesStanford CS229M: Machine Learning Theory - Fall 2021Notes
  13. Stanford CS229M - Lecture 3: Finite hypothesis class, discretizing infinite hypothesis spaceStanford CS229M: Machine Learning Theory - Fall 2021Notes
  14. Stanford CS229M - Lecture 2: Asymptotic analysis, uniform convergence, Hoeffding inequalityStanford CS229M: Machine Learning Theory - Fall 2021Notes
  15. Stanford CS229M - Lecture 1: Overview, supervised learning, empirical risk minimizationStanford CS229M: Machine Learning Theory - Fall 2021Notes
  16. Nearest Neighbors IIDeep Learning Boot CampNotes
  17. Generative ModelsDeep Learning Boot CampNotes
  18. Implicit Regularization IIDeep Learning Boot CampNotes
  19. Implicit Regularization IDeep Learning Boot CampNotes
  20. Nearest Neighbors IDeep Learning Boot CampNotes
  21. Recent Developments in Over-parametrized Neural Networks, Part IIDeep Learning Boot CampNotes
  22. Adversarial ExamplesDeep Learning Boot CampNotes
  23. Generalization IVDeep Learning Boot CampNotes
  24. Recent Developments in Over-parametrized Neural Networks, Part IDeep Learning Boot CampNotes
  25. Generalization IIIDeep Learning Boot CampNotes
  26. Optimization's Untold Gift to Learning: Implicit RegularizationOptimization, Statistics and UncertaintyNotes
  27. Fast Rates for Bandit Optimization with Upper-Confidence Frank-WolfeOptimization, Statistics and UncertaintyNotes
  28. On Approximation Guarantees for Greedy Low Rank OptimizationOptimization, Statistics and UncertaintyNotes
  29. Graph PoweringOptimization, Statistics and UncertaintyNotes
  30. Low-rank Matrix Completion: Adaptive Sampling Can Help When, How?Optimization, Statistics and UncertaintyNotes
  31. Implicit Regularization in Nonconvex Statistical EstimationOptimization, Statistics and UncertaintyNotes
  32. A Few Connections Between Optimization and ProbabilityOptimization, Statistics and UncertaintyNotes
  33. An Instability in Variational Methods for Learning Topic ModelsOptimization, Statistics and UncertaintyNotes
  34. Distributional Robustness, Learning, and Empirical LikelihoodOptimization, Statistics and UncertaintyNotes
  35. The Convergence of Hamiltonian Monte CarloOptimization, Statistics and UncertaintyNotes