ECE 469: Artificial Intelligence
Fall 2020
Tuesday 5:00 PM - 6:00 PM,
Wednesday 11:00 AM - 1:00 PM
Lectures will be held remotely using Teams
Instructor: 
Carl Sable
e-mail: carl.sable@cooper.edu
Office: Room 614
"Artificial Intelligence: A Modern Approach"
(3rd edition or 4th edition)
by Stuart Russell and Peter Norvig
The book is recommended, not required.
The book has a nice
associated website.
Project 1: 33 1/3%
Project 2: 33 1/3%
Three problem sets: 33 1/3%
Projects and problem sets will be posted when they are assigned.
The schedule will be updated as the semester progresses. All dates 
which have not yet occurred should be considered tentative!
Part 1: Introductory Concepts
- Tuesday, September 1
 Topic: Course Introduction
 Suggested Reading: R&N Ed. 3 or 4, Chapter 1
- Wednesday, September 2
 Introduction (continued)
 Topic: Intelligent Agents
 Suggested Reading: R&N Ed. 3 or 4, Chapter 2
Part II: Search and Games
- Tuesday, September 8
 Topic: Simple Search Strategies
 Suggested Reading: R&N Ed. 3 or 4, Sections 3.1 - 3.4 and 4.4.1
- Wednesday, September 11
 Simple Search Strategies (continued)
- Tuesday, September 15
 Simple Search Strategies (continued)
 Topic: Advanced Search Strategies
 Suggested Reading: R&N Ed. 3 or 4, Sections 3.5 - 3.6, 4.1 - 4.2, 
and 4.5
- Wednesday, September 16
 Advanced Search Strategies (continued)
- Tuesday, September 22
 Advanced Search Strategies (continued)
 Topic: Games
 Suggested Reading: R&N Ed. 3 or 4, Chapter 5
- Wednesday, September 23
 Games (continued)
- Tuesday, September 29
 Games (continued)
- Wednesday, September 30
 Games (continued)
- Tuesday, October 6
 Project #1 assigned and discussed
Part III: Dealing with Uncertainty
- Wednesday, October 7
 Topic: Probability
 Suggested Reading: R&N Ed. 3, Chapter 13 or Ed. 4, Chapter 12
- Tuesday, October 13
 Topic: Bayesian Networks
 Suggested Reading: R&N Ed. 3, Chapter 14 or Ed. 4, Chapter 13
- Wednesday, October 14
 Topic: Bayesian Networks (continued)
- Tuesday, October 20
 Topic: Hidden Markov Models
 Suggested Reading: R&N Ed. 3, Sections 15.1 - 15.3
or Ed. 4, Sections 14.1 - 14.3; and
"An 
Introduction to Hidden Markov  Models and Bayesian Networks" 
(Ghahramani 2001)
Part IV: Machine Learning
- Wednesday, October 21
 Topic: Machine Learning Concepts
 Suggested Reading: R&N Ed. 3, Sections 18.1 - 18.2 and 18.4
or Ed. 4, Sections 19.1 - 19.2 and 19.4
 Topic: Decision Trees
 Suggested Reading: R&N Ed. 3, Section 18.3 or Ed. 4, Section 19.3
- Tuesday, October 27
 Decision Trees (continued)
- Wednesday, October 28
 Topic: Bayesian Learning
 Suggested Reading: R&N Ed. 3 or 4, Chapter 20
- Tuesday, November 3
 Topic: Feedforward Neural Networks
 Suggested Reading: R&N Ed. 3, Section 18.7
or Ed. 4, Sections 21.1 - 21.2
 Click here
for my annotated version of Figure 18.24
- Wednesday, November 4
 Feedforward Neural Networks (continued)
- Tuesday, November 10
 Topic: Deep Neural Networks
 Suggested Reading: R&N Ed. 4, Sections 21.3 and 21.5
(this topic is not covered in Ed. 3)
- Wednesday, November 11
 Project #2 assigned and discussed
 Topic: Non-parametric Machine Learning
 Suggested Reading: R&N Ed. 3, Sections 18.8 - 18.9
or Ed. 4, Sections 19.7.1 and 19.7.5 - 19.7.6
Part V: Natural Language Processing
- Tuesday, November 17
 Topic: Conventional Statistical Natural Language Processing
 Suggested Reading: R&N Ed. 3, Chapter 22 or Ed. 4, Section 23.1
- Wednesday, November 18
 Conventional, Statistical Natural Language Processing (continued)
- Tuesday, December 1
 Topic: Conventional Computational Linguistics
 Suggested Reading: R&N Ed. 3, Chapter 23
or Ed. 4, Sections 23.2 - 23.6
- Wednesday, December 2
 Natural Languages (continued)
- Tuesday, December 8
 Topic: Deep Learning and NLP
 Suggested Reading: R&N Ed. 4, Chapter 24
(this topic is not covered in Ed. 3)
- Wednesday, December 9
 Deep Learning and NLP (continued)
Part VI: Philosophy and AI
- Tuesday, December 15
 Topic: Philosophy and AI
 Suggested Reading: R&N Chapter 26
and "Computing 
Machinery and Intelligence" (Turing, 1950)
- Wednesday, December 16
 Philosophy and AI (continued)