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Partial schedule

This schedule is subject to change. Watch your email!

Mon, Jan 15 Martin Luther King Day - NO CLASS
Tue, Jan 16 Linear algebra review: Linear independence and bases.
Wed, Jan 17 Introduction to operations research and linear programming. Read §§1.1-1.4.
Fri, Jan 19 Graphical solution to linear programs. Read §1.4.
Mon, Jan 22 Beginning the simplex method. Read §§3.1-3.3.
  Homework 0 due.
Tue, Jan 23 A simplex example.
Wed, Jan 24 The simplex algorithm.
Fri, Jan 26 More simplex algorithm.
  Homework 1 due.
Mon, Jan 29 The theory of the simplex algorithm. Read §3.4.
Tue, Jan 30  
Wed, Jan 31 Linear programming examples. Read §3.5.
Fri, Feb 2 More examples.
  Homework 2 due.
Mon, Feb 5 General constraints and variables. Read §3.6.
Tue, Feb 6 Examples.
Wed, Feb 7 Introduction to duality. Read §§4.1-4.2.
Fri, Feb 9 Complementary slackness.
Mon, Feb 12  
Tue, Feb 13 Review.
Wed, Feb 14 Test 1.
Fri, Feb 16 Sensitivity analysis. Read §4.3.
Mon, Feb 19 Sensitivity analysis continued.
Tue, Feb 20  
Wed, Feb 21 The matrix setting of the simplex algorithm Read §4.4.
Fri, Feb 23 Adding a variable. Read §4.65.
Mon, Feb 26 Introduction to networks and the transportation problem. Read §5.1.
Tue, Feb 27  
Wed, Feb 28 Transportation problem.
Fri, Mar 2 Introduction to Excel Solver. Read Appendix C

Mon, Mar 5  
Tue, Mar 6  
Wed, Mar 7  
Fri, Mar 9 Mid Semester Break - No class!
Mar 12-16 Spring Break - No class!
Mon, Mar 19 Test 2 distributed in class in person!
Fri, Mar 30 Test 2 due
Fri, Apr 20 Carnival - no class!
Mon, April 30 Test 3
Mon, May 14 Final, 5:30-8:30 pm


next up previous
Next: About this document ... Up: 21292 Previous: Homework assignments
Russell C Walker 2007-01-18