SES # | TOPICS | LECTURERs |
---|---|---|
1 | Introduction, Overview | All |
2 | Pedestrian Crossing Problem 1 | RCL |
3 | Pedestrian Crossing Problem 2 | RCL |
4 | Functions of Random Variables 1 | RCL |
5 | Functions of Random Variables 2 | RCL |
6 | Geometrical Probability 1 | RCL |
7 | Geometrical Probability 2 | RCL |
8 | Introduction to Queues; Little’s Law | ARO |
9 | Markov Birth-and-Death Queues | ARO |
10 | Some Transportation Problems | AIB |
11 | More General Markov Queues | ARO |
12 | The M/G/1 Queue and Extensions | ARO |
13 | Quiz #1 | |
14 | Congestion Pricing | ARO |
15 | Hypercube Queueing Model 1 | RCL |
16 | Queueing Networks; Dynamic Queues | ARO |
17 | Hypercube Queueing Model 2 | RCL |
18 | Hypercube in Practice | RCL |
19 | Introduction to Networks | ARO |
20 | Node and Edge Covering | ARO |
21 | Location Problems | ARO |
22 | Probabilistic Routing and Location | ARO |
23 | Simulating Randomness | AIB |
24 | Networks Research from Urban OR | RCL |
25 | Implementation | RCL |
26 | Quiz #2 | |
27 | Final Roundup | All |
Calendar
Course Info
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As Taught In
Fall
2006
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Problem Sets with Solutions
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Lecture Notes
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