Time and Place: Tuesday 11:45pm-1:25pm and Thursday 2:50-4:30, Snell Engineering 168
Khoury College of Computer Sciences
Instructor: Chris Amato
TAs listed on Canvas and Piazza
Date | Topic | Notes | Reading | Assignment out/due |
---|---|---|---|---|
1/9 | Introduction | Course Introduction
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Chapter 1 | Look at official Python Tutorial. |
1/11 | Agents and Problem Domains | Agents and Their Problems | Ch 2 | |
1/16 | Uninformed Search | Search I |
Ch 3.1 -- 3.4 | |
1/18 | Informed Search | Search II |
Ch 3.5 --3.6, 4.1 | |
1/23 | Informed Search (cont.) | Search III | Assignment 1 due | |
1/25 | Adversarial Search | Competition in games | Ch 5.1 -- 5.3, 5.5 | |
1/30 | Adversarial Search (cont.) | Ch 12.1 -- 12.5 |
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2/1 | Uncertainty and Probability | Project description out |
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2/6 | Graphical Models/Bayes Nets | Probabilistic modeling | Ch 13.1 -- 13.2 | Assignment 2 due |
2/8 | Exact Inference | Ch 13.3
|
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2/13 | Approximate Inference | Ch 13.4 |
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2/15 | Exam 1 | |||
2/20 | Markov models | Sequential modeling | Ch 14.1 -- 14.3 | |
2/22 | Markov decision processes (MDPs) | Incorporating actions | Ch 17.1 -- 17.2 | Project proposal due |
2/27 | Planning with MDPs | Ch 5.4 (MCTS), (optional: SB 3.1--3.3, 3.5--3.6, SB 4.1--4.4) | Assignment 3 due | |
2/29 | Reinforcement learning | Learning for MDPs | Ch 22 | |
3/5S | No class (Spring break) | |||
3/7 | No class (Spring break) | |||
3/12 | Reinforcement learning (cont.) | (optional: SB 6.5) | ||
3/14 | Intro to machine learning | |
Ch 19.1 -- 19.2 | |
3/19 | More supervised learning | Ch 19.4 -- 19.7 |
Assignment 4 due | |
3/21 | Unsupervised learning | |||
3/26 | Deep learning | Ch 21 |
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3/28 | More deep learning | |||
4/2 | Deep reinforcement learning | |||
4/4 |
Exam 2 | |||
4/9 |
Advanced topics | Assignment 5 due | ||
4/11 | Project Presentations | |||
4/16 | Project Presentations | |||
4/18 | Project Presentations | |||
4/23 |
Project Reports Due | Report due at 11:59 PM -- This is a hard deadline, no extensions |
Important note: unless noted otherwise, all readings and assignments are due on the day that they appear in the schedule.
Unless noted otherwise, all readings are from Artificial Intelligence: A Modern Approach, 4th Ed., Russell and Norvig.