Project report due Apr 15.
Take home exam pickup: Thu Apr 22, 10AM in D520.
Take home exam due: Fri Apr 23, 10AM in D520.
Picking up the questions: the questions for the take home exam will be handed out on paper, by your instructor personally on Thursday, April 22 at 10:00 am, in room D520. I will be available to hand out the exam questions between 10:00 am and 11:00 am. After 11:00 am you are not guaranteed to receive the questions and you risk missing the exam.
Handing out the answers: you must deliver your answers written on paper to your instructor, personally, on Friday April 23, at 10:00 am, in D520. Exams delivered 2 hours late will receive a 10% penalty. After 12:00 noon on Friday April 23, no more answers will be accepted and you will receive a mark of zero in the exam.
Emergencies: try to stay out of trouble. Ask your mom for suggestions how to do that. If things do happen and you are unable to hand out your answers, contact me as soon as you can either by e-mail or phone @ 403.329.2298.
If you have questions: I am available on Thursday April 22 between 10 am and 11 am in my office in D520 to answer questions about the exam. After 11 am no questions will be answered by e-mail, phone, or in person, except to settle emergency situations as above. You are strongly advised to stay on campus for the first hour, to read the questions carefully and to think about the solution.
If you disagree with your mark in an assignment or test, please fill out this form. Include the form and your marked test/assignment in an envelope and hand them in during the office hours or in class no later than one week after the marked test is returned. Your entire work will then be re-marked and, as a result, your mark may go up or down, or remain unchanged.
|W1: J7||Admin issues, definition of OR, examples||[pdf]|
|W2: J12, J14||Some Math background||
Read Chapter 3 in the text.
|W3: J19-J21||LP duality.||Chapter 4 in text.|
|W4: J26-J28||Primal-dual algorithms for assignment.||
Read Chapter 5.
|W5: F2-4||Primal-simplex method for transportation problem.||
Read Chapter 6.
|W6: F9-11||Primal-simplex method.||
Read Chapter 7.
|W6 bis: F16-18||Reading week||No classes|
Primal-simplex method (c'ed).
Modelling with integer programming.
Read Chapter 9.
Undergraduate paper presentations.
Topics: Meta-heuristics in solving large optimization problems.
An introduction to tabu-search, Gendreau (2003):
Presenter: Trevor Gowman
An evolutionary tabu search algorithm and NHL scheduling, Costa (1994): [pdf] ; Presenter: Kevin Kruger
Variable neighborhood decomposition search, Hansen etal (2001): [pdf] ; Presenter: Tom Arjannikov
Ant system: optimization by a colony of cooperating agents, Dorigo etal (2001): [pdf] ; Presenter: Michael Karst
|W9: M9-11||Solving integer programs with B& B||
Read Chapter 10.
[example] (by Alexandre Bayen @ Berkeley)
|W10: M16-18||Solving integer programs with "branch and cut" and "dual simplex".||
Notes on dual simplex from K. Murty.
|W11: M23-25||Non-linear programming||
Chapter 14 in text
Graduate student presentations.
[NLP notes III]
Raqibur: TSP [Dantzig etal 1954]
Fouzia: column generation [Gilmore Gomory 1961]
Sadid: Lagrangean relaxation [Fisher 1985]
Interior point methods for LP
NLP III (c'ed)
[notes interior point]
[text by Hillier]
(Hillier and Lieberman, Introduction to OR, 9th Ed, sect.7.4)
|W14: A13-15||Exam Review||Problems will be reviewed in class.|
All projects require a project report to be handed in class, on our last class meeting of the sememster, April 15. You will be marked based on this project report paper. Your grade will be out of 20 points.
Students (especially graduate) are encouraged to choose an optimization problem that might be useful for their research.
Please research for the definition of each of these problems.
March 2 and March 4: 4 papers presented by undergraduate students only. Please e-mail me with your choice of paper presentation. Choose a paper that has no presenter yet. If you are taking the class as undergraduate, this is your only chance to subscribe to a paper presentation.
Guidelines for presentations and marking scheme: [txt] .
Due Feb 9 (in class).
Solutions: [P.1-3,5-7] ; [P.4] .
Due Feb 25 (in class).
Data for Problem 5:
Due Mar 18 (in class). You need to submit your source code by
e-mail before class.
Due Mar 30 (in class).
Updated Apr 8, 2010.