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1
Intro
2
Markov Decision Process
3
Reinforcement Learning Problem
4
Policy optimization
5
Example: Inverted Pendulum
6
Important Components in RL
7
Categorizing RL agents
8
Toy Maze Example
9
Model free evaluation
10
Monte Carlo Evaluation
11
Model Free Control
12
Bellman's Equation
13
Monte Carlo Control
14
Temporal Difference Control
Description:
Dive into the fundamentals of Reinforcement Learning with this comprehensive lecture covering key concepts such as Markov Decision Processes, policy optimization, and model-free evaluation. Explore important components of RL, categorize RL agents, and understand Bellman's Equation through practical examples like the Inverted Pendulum and a Toy Maze. Learn about Monte Carlo methods for evaluation and control, as well as Temporal Difference Control, providing a solid foundation for understanding and implementing RL algorithms.

Introduction to RL

Pascal Poupart
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