Time and Place: Monday & Thursday, 11:45-1:25, Richards Hall 300
College of Computer and Information Science
Instructor: Chris Amato
TA: Kechen Qin (qin.ke [at] husky.neu.edu)
TA: Apoorva Nagaraj (nagaraj.a [at] husky.neu.edu)
TA: Vinod Vishwanath (vishwanath.vin [at] husky.neu.edu)
Date | Topic | Notes | Reading | Assignment out/due |
---|---|---|---|---|
9/6 | Introduction | Course Introduction
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Python/autograder Tutorial introduces you to Python and the autograder. Also look at official Python Tutorial. | |
9/10 | Agents, Problem Domains and Search | Agents and Their Problems | Ch 2 | PA1 out |
9/13 | Uninformed Search | Search I |
Ch 3.1 -- 3.4 | |
9/17 | Informed Search | Search II |
Ch 3.5 --3.4, 4.1 | |
9/20 | Constraint Satisfaction | Ch 6 | ||
9/24 | CSP & Adversarial Search | Ch 5.1 -- 5.4 | PA1 Due on 9/26; PA2 out | |
9/27 | Adversarial Search | Ch 13.1 -- 13.5 | ||
10/1 | Probability | 16.1 -- 16.6 | |
|
10/4 | Utility/Decision theory | |
PA 2 Due 10/5 | |
10/8 | No class! (Holiday) | |||
10/11 | Midterm I | |||
10/15 | Markov decision processes (MDPs) | 17.1 -- 17.3 | Project description; PA3 out | |
10/18 | Planning with MDPs | (optional: SB 3.1--3.3, 3.5--3.6, SB 4.1--4.4) | ||
10/22 | Reinforcement learning | Ch 21 | ||
10/25 | Reinforcement learning (cont.) | (optional: SB 6.5) | ||
10/29 | Graphical Models and Inference | Ch 13.3 -- 13.5 | PA 3 Due 10/30 | |
11/1 | Markov Models | Ch 15.1 -- 15.3 | ||
11/5 | Bayes Nets (cont.) | Ch 14.1 -- 14.5 | Project proposal due | |
11/8 | Intro to machine learning | Ch 18.1 -- 18.2 |
PA4 out | |
11/12 | No class! (Veteran's Day) | |||
11/15 | Perceptrons and classification | Ch 18.3 -- 18.6 |
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11/19 | More supervised learning | Ch 18.7, 18.10 -- 18.11 |
PA 4 Due on 11/21 | |
11/22 | No class! (Thanksgiving) | |||
11/26 | Deep Learning | |
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11/29 | Midterm II | |||
12/3 | Project Presentations | |||
12/12 | 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, 3rd Ed., Russell and Norvig.