(Currently under revision, please check its update weekly.)
Week
|
Sections
|
Topics
|
Partial Assignment List
|
|
|
|
|
|
|
1 |
3.1-3.6,4.1-4.7 |
Linear Programming, Simplex Method and Tabular Form |
3.1(3,5*)
3.2(2*) 3.4(5,8*,9,12) 3.5(4,6) |
|
1 |
4.1-4.7, |
Simplex Method Tabular Form, Shadow Price |
4.1(2,4) 4.2(2) 4.3(3,5,7*) 4.4(2,5*(b*,c*)) 4.5(1) 4.6(1(b),3*(a*,b*),5,6,7*(a*,b*)) |
|
1 |
4.7, 6.1 15.1-2 |
Duality Game Theory |
4.7(1,2(a,b),5) , 6.1(3,4,5*) 15.1(2) |
|
2 |
15.3-15.5 11.1-11.3 |
Game Theory Dynamic Programming: Deterministic |
15.2(2,4,6*) ,15.4(3,4*),15.5(3*,5,9*) 11.2(1*a,b,c; 2;3b,c;4*) |
|
2 |
11.1-11.3 |
Dynamic Programming: Deterministic
Review Exam 1 |
11.3(2,3*,5) Project: |
|
2 |
17.1-17.3 |
Queuing Theory: Main
Ideas
|
17.2(2*,3*,4,5,6,7,8*) |
|
|
||||
3 |
17.3-17.4 |
Queuing Theory |
17.4(1,2*,3*,5,7)
|
|
3 3 4 |
17.4-17.6 17.4-17.6 |
Queuing Theory: Birth-Death Process Queuing Theory: Birth-Death Process Queuing Theory: Birth-Death Process Exam 2 |
17.5(3,5*,7,8*,9,10,11*) 17.6(2,4,6,8*) 17.8(1,2,5) |
|
|
S29.1- S29.6 |
Markov Chain |
S29.2(2*,3*), S29.3(1*,2,3), S29.4(1,2), |
|
4 |
S29.1- S29.6 |
Markov Chains |
S29.5(1,4,5,7*), S29.6(1*,2,5*) , S29.7(1,2) |
|
5 |
12.1-12-6 |
Integer Programming |
12.1(3,4*) 12.3(4*,5) 12.6(1,2*) |
|
5 5 |
Exam Week |
Catch up and Review Final Exam |
|
|
|
|
|
|
--- Problems with ‘*’ next to them are to be handed in on updated
due dates.
Notes: 1. Homework past due date will not be accepted unless
permission is granted in advance.
2.
Homework without problem statements will not be accepted.
3.
Exchange of ideas is encouraged. But with regard to collected homework such
exchanges must not be shared in writing. This rule does not apply to group
projects within the group but does apply between groups. The consequence for
violating this rule is for me to divide evenly one score among all sufficiently
similar works.
There will be one group project if time permits. It may require the use of the Matlab, a computer algebraic system which is made available free of charge to all UNL students. To install Matlab, go to http://procurement.unl.edu/matlab-licenses
Points to be accumulated through the semester:
The standard number-to-letter grade conversion will be used for your course grade.