LEC # | TOPICS | KEY DATES |
---|---|---|
1 | Introduction and scope | |
2 | Reasoning: goal trees and problem solving | |
3 | Reasoning: goal trees and rule-based expert systems | |
4 | Search: depth-first, hill climbing, beam | Problem set 0 due |
5 | Search: optimal, branch and bound, A* | |
6 | Search: games, minimax, and alpha-beta | Problem set 1 due |
Quiz 1 | ||
7 | Constraints: interpreting line drawings | |
8 | Constraints: search, domain reduction | |
9 | Constraints: visual object recognition | Problem set 2 due |
10 | Introduction to learning, nearest neighbors | |
11 | Learning: identification trees, disorder | |
Quiz 2 | ||
12 | Learning: neural nets, back propagation | Problem set 3 due |
13 | Learning: genetic algorithms | |
14 | Learning: sparse spaces, phonology | |
15 | Learning: near misses, felicity conditions | |
16 | Learning: support vector machines | Problem set 4 due |
Quiz 3 | ||
17 | Learning: boosting | |
18 | Representations: classes, trajectories, transitions | |
19 | Architectures: GPS, SOAR, Subsumption, Society of Mind | |
20 | The AI business | |
21 | Probabilistic inference I | |
Quiz 4 | ||
22 | Probabilistic inference II | Problem set 5 due |
23 | Model merging, cross-modal coupling, course summary |
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2010
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