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