Artificial Intelligence Reinforcement Learning in Python
Artificial Intelligence Reinforcement Learning in Python metadata, size 4282.45 MB, 330 files, category video, indexed at 2026-08-01.
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Infohash7b1c7e7b41e24c586b33e26d247d5c0ebf1e589e
总大小4.2 GB
格式mp4
分类视频
文件数330
发掘时间(北京时间)2026-08-02 03:45:35
最后活跃(北京时间)2026-08-02 03:45:35
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文件列表
| 文件名 | 格式 | 大小 |
|---|---|---|
| 1. Windows-Focused Environment Setup 2018.mp4 | mp4 | 186.4 MB |
| TutsNode.com.txt | txt | 63 B |
| 11. Bellman Examples-en_US.srt | srt | 26.6 KB |
| 1. How to Code by Yourself (part 1)-en_US.srt | srt | 26.0 KB |
| 16. Bayesian Bandits Thompson Sampling Theory (pt 2)-en_US.srt | srt | 22.7 KB |
| 4. Machine Learning and AI Prerequisite Roadmap (pt 2)-en_US.srt | srt | 22.2 KB |
| 3. External URLs.txt | txt | 75 B |
| 2. Iterative Policy Evaluation-en_US.srt | srt | 20.4 KB |
| 1. Beginners, halt! Stop here if you skipped ahead-en_US.srt | srt | 19.9 KB |
| 1. Windows-Focused Environment Setup 2018-en_US.srt | srt | 19.3 KB |
| 12. UCB1 Theory-en_US.srt | srt | 19.2 KB |
| 5. Markov Decision Processes (MDPs)-en_US.srt | srt | 18.8 KB |
| 5. Warmup-en_US.srt | srt | 18.1 KB |
| 2. Gridworld-en_US.srt | srt | 16.6 KB |
| 15. Bayesian Bandits Thompson Sampling Theory (pt 1)-en_US.srt | srt | 16.1 KB |
| 2. How to Code by Yourself (part 2)-en_US.srt | srt | 15.8 KB |
| 4. Gridworld in Code-en_US.srt | srt | 15.7 KB |
| 2. How to install Numpy, Scipy, Matplotlib, Pandas, IPython, Theano, and TensorFlow-en_US.srt | srt | 15.7 KB |
| 5. Iterative Policy Evaluation in Code-en_US.srt | srt | 15.6 KB |
| 3. Machine Learning and AI Prerequisite Roadmap (pt 1)-en_US.srt | srt | 15.4 KB |
| 3. Data and Environment-en_US.srt | srt | 15.1 KB |
| 19. Thompson Sampling With Gaussian Reward Theory-en_US.srt | srt | 14.4 KB |
| 8. Policy Improvement-en_US.srt | srt | 14.2 KB |
| 2. Monte Carlo Policy Evaluation-en_US.srt | srt | 14.1 KB |
| 1. How to Succeed in this Course (Long Version)-en_US.srt | srt | 14.0 KB |
| 24. (Optional) Alternative Bandit Designs-en_US.srt | srt | 13.9 KB |
| 3. Feature Engineering-en_US.srt | srt | 13.9 KB |
| 3. Proof that using Jupyter Notebook is the same as not using it-en_US.srt | srt | 13.5 KB |
| 1. Section Introduction The Explore-Exploit Dilemma-en_US.srt | srt | 13.0 KB |
| 6. Future Rewards-en_US.srt | srt | 12.2 KB |
| 1. Monte Carlo Intro-en_US.srt | srt | 12.1 KB |
| 10. Optimistic Initial Values Beginner's Exercise Prompt-en_US.srt | srt | 2.8 KB |
| 4. Approximation Methods for Prediction-en_US.srt | srt | 12.1 KB |
| 1. Dynamic Programming Section Introduction-en_US.srt | srt | 11.9 KB |
| 2. From Bandits to Full Reinforcement Learning-en_US.srt | srt | 11.6 KB |
| 4. How to Model Q for Q-Learning-en_US.srt | srt | 11.6 KB |
| 7. Code pt 2-en_US.srt | srt | 11.3 KB |
| 13. UCB1 Beginner's Exercise Prompt-en_US.srt | srt | 2.6 KB |
| 4. Monte Carlo Control-en_US.srt | srt | 11.2 KB |
| 12. Optimal Policy and Optimal Value Function (pt 1)-en_US.srt | srt | 11.0 KB |
| 2. Linear Models for Reinforcement Learning-en_US.srt | srt | 11.0 KB |
| 5. Monte Carlo Control in Code-en_US.srt | srt | 10.7 KB |
| 8. The Bellman Equation (pt 1)-en_US.srt | srt | 10.7 KB |
| 11. Policy Iteration in Windy Gridworld-en_US.srt | srt | 10.6 KB |
| 7. Approximation Methods for Control Code-en_US.srt | srt | 10.5 KB |
| 1. What is Reinforcement Learning-en_US.srt | srt | 10.5 KB |
| 10. The Bellman Equation (pt 3)-en_US.srt | srt | 7.4 KB |
| 11. Bellman Examples.mp4 | mp4 | 87.1 MB |
| 2. Applications of the Explore-Exploit Dilemma-en_US.srt | srt | 10.5 KB |
| 10. Policy Iteration in Code-en_US.srt | srt | 10.4 KB |
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