Mathematical Models of Operations Research

MATP-4700

Introduction to deterministic models of operations research including linear programming formulations, the simplex algorithm, degeneracy, geometry of convex polyhedra, duality theory, and sensitivity analysis. Special linear programming models for assignment, transportation, and network problems. Integer programming formulations along with branch and bound solution. Dynamic programming.

4 credits

Past Term Data

Offered
Not Offered
Offered as Cross-Listing Only
No Term Data
Spring Summer Fall
(Session 1) (Session 2)
2023
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 0/70
2022
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 23/70
2021
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 44/70
2020
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 54/70
2019
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 44/50
2018
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 41/50
2017
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 42/60
2016
Math Models Of Operations (4c)
  • Joseph G Ecker
Seats Taken: 49/55
2015
Math Models Of Operations (4c)
  • Joseph G Ecker
Seats Taken: 34/30
2014
Math Models Of Operations (4c)
  • John E. Mitchell
  • Michael Kupferschmid
Seats Taken: 27/30
2013
Math Models Of Operations (4c)
  • Michael Kupferschmid
Seats Taken: 23/30
2012
Math Models Of Operations (4c)
  • Michael Kupferschmid
Seats Taken: 28/30
2011
Math Models Of Operations (4c)
  • Michael Kupferschmid
Seats Taken: 29/30
2010
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 23/30
2009
Math Models Of Operations (4c)
  • Michael Kupferschmid
Seats Taken: 25/30
2008
Math Models Of Operations (4c)
  • John E. Mitchell
Seats Taken: 16/30
2007
Math Models Of Operations (4c)
  • Michael Kupferschmid
Seats Taken: 23/30