# CS410 Homework 8: Value Iteration and Q-Learning

**Due Date: 11/8/2024**

**Need help?** Remember to check out [Edstem](https://edstem.org/us/courses/61309) and our website for TA assistance.

## Downloads

Like in some previous homeworks, this assignment will take place in a Python notebook file.
Please click [here](https://classroom.github.com/a/XduhONIs) to download the assignment code.

## Handin

Your handin should contain:
- all modified files, including comments describing the logic of your algorithmic modifications
- a README, containing a brief overview of your implementation

### Gradescope

Submit your assignment via Gradescope.

To submit through GitHub, follow these commands:
1. `git add -A`
2. `git commit -m "commit message"`
3. `git push`

Now, you are ready to upload your repo to Gradescope.

*Tip*: If you are having difficulties submitting through GitHub, you may submit by zipping up your hw folder.

## Rubric

| Component | Points | Notes |
|-------------------|------|--------------------------------|
| Win-rate calculations (by hand) | 10 | Points awarded for correct answers and explanations of how you calculated your values. |
| Monte Carlo Simulation | 10 | Points awarded for correct return values. For a provided policy, answers should match expected outcomes to within some threshold.|
| Value Iteration | 30 | Points awarded for computation of value function. Since there is no randomness in VI, your answer should match the expected result to within floating point precision. |
| Q-Learning | 30 | Points awarded for correct implementation of Q-Learning. Since there is randomness in Q-Learning, your policy should score within a provided range of our solution policy. |
| Blackjack full game MDP Formulation | 20 | Points awarded for formulations of Blackjack with the full rule set and blackjack with card counting as MDPs. |

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