Machine Learning and Dynamical Systems

Machine Learning and Dynamical Systems

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Graphs of Random Matrices in Deep Learning

44 of 51

44 of 51

Graphs of Random Matrices in Deep Learning

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Machine Learning and Dynamical Systems

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  1. 1 Machine Learning for Prediction of Earth Climate and Weather
  2. 2 Understanding forecasting with reservoir computing via synchronization
  3. 3 Kernelization of Reservoir Systems
  4. 4 Controlling Chaos Using Edge Computing Hardware
  5. 5 Predicting tipping point with reservoir computing
  6. 6 Training Autonomous Dynamics of a Soft Body: Embedding Bifurcation Structures...
  7. 7 State estimation of complex systems
  8. 8 Learning, approximation and control
  9. 9 Linear Operator Theoretic Framework for Data-Driven Optimal Control:
  10. 10 Several topics at the intersection of control, dynamics, and learning from data
  11. 11 The Operator is the Model
  12. 12 Koopman-based generalization bound for neural networks
  13. 13 On the Barriers of Robust Koopman Learning
  14. 14 Statistical Learning of Transfer Operators and the Infinitesimal Generator
  15. 15 Representation Learning for Dynamical Systems
  16. 16 Combinatorial Topological Dynamics
  17. 17 Identifying nonlinear dynamics with high confidence from sparse data
  18. 18 On finite-dimensional approximations of push-forwards on locally analytic functionals
  19. 19 Closed-Loop Koopman Operator Approximation
  20. 20 Low-dimensional approximations of the conditional law of Volterra processes...
  21. 21 Data-driven reduced order models of forced systems using invariant foliations
  22. 22 Should we Derive or Let the Data Drive? Symbiotizing Data-driven Learning...
  23. 23 Some older, and some current, thoughts on Data and the Modeling of Complex Systems
  24. 24 Operator Learning Without the Adjoint
  25. 25 Learning Port Hamiltonian structures using PINNs type architecture
  26. 26 Provable Posterior Sampling with Score-Based Diffusion through Tilted Transport
  27. 27 Learning and Dynamical Systems: Perspectives from Optimization, Control, and Robotics
  28. 28 Learning Coarse-Grained Dynamics on Graph
  29. 29 Differentiable Programming for Data-driven Modeling, Optimization, and Control
  30. 30 Detecting non-trivial cycles of point clouds and time series data on manifolds
  31. 31 Exploring Cancer Progression: From Static Imaging Data to System Dynamics
  32. 32 Non-smooth dynamics and machine learning
  33. 33 Avoidance of traps for nonconvex stochastic optimization and equilibrium learning in games
  34. 34 Non-Euclidean Generative Modeling
  35. 35 A dynamical systems perspective on measure transport and generative modeling
  36. 36 Phase Transition Theory fo the Score Degradation of Machine Learning Models
  37. 37 Dynamical systems in deep generative modelling
  38. 38 Discovering dynamics and parameters of nonlinear systems from partial observations
  39. 39 Gated Recurrent Neural Networks with Weighted Time-Delay Feedback
  40. 40 Continuum Attention for Neural Operators
  41. 41 Ergodic Basis Pursuit induces robust sparse network reconstruction
  42. 42 Anamnesic Neural Differential Equations with Orthogonal Polynomial Projections
  43. 43 Learning Transfer Operators by Kernel Density Estimation
  44. 44 Graphs of Random Matrices in Deep Learning
  45. 45 Data-adaptive RKHS regularization for learning kernels in operators
  46. 46 Ensemble forecasts in reproducing kernel Hilbert space family
  47. 47 Equivariant learning through invariant theory
  48. 48 Ensemble forecasts in reproducing kernel Hilbert space family
  49. 49 Orbit hierarchies and long-term predictability in chaotic systems
  50. 50 Simplicity bias, algorithmic probability, and time series
  51. 51 On Bridging Machine Learning, Dynamical Systems, and Algorithmic Information Theory

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