Decision Awareness in Reinforcement Learning - End-to-End Optimization Approaches

Decision Awareness in Reinforcement Learning - End-to-End Optimization Approaches

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Memory-efficient meta-gradients

20 of 25

20 of 25

Memory-efficient meta-gradients

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Decision Awareness in Reinforcement Learning - End-to-End Optimization Approaches

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  1. 1 Intro
  2. 2 Definition
  3. 3 End-to-End Principle
  4. 4 What is neural network?
  5. 5 Automatic Differentiation
  6. 6 Computational Graph
  7. 7 Reverse and Forward Mode
  8. 8 Control-Oriented Model-Based Reinforcement Learning with Implicit Differentiation
  9. 9 Optimal Model Design Problem (OMD)
  10. 10 Smooth Bellman Optimality Equations
  11. 11 Connection between OMD and Rust (1988)
  12. 12 Bilevel Optimization (Bard 1998)
  13. 13 Implicit and Iterative Differentiation
  14. 14 Benefits under Model Misspecification
  15. 15 Function Approximation and Distractor States
  16. 16 Performance under Model Misspecification
  17. 17 Continuous-Time Meta-Learning with Forward Mode Dif- ferentiation.
  18. 18 Gradient Flow-based Meta-Learning
  19. 19 Time irreversibility
  20. 20 Memory-efficient meta-gradients
  21. 21 Consequence
  22. 22 Empirical Efficiency of COML
  23. 23 Nonlinear Trajectory Optimization
  24. 24 Extragradient Method
  25. 25 Trajectory Optimization with Learned Model

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