Math 347 Fall 2007 Class Schedule


This schedule may be adjusted as necessary.

August

Sunday Monday Tuesday Wednesday Thursday Friday Saturday
26 27 28

First day of class

Syllabus and course information

1.1-1.3: One-Variable Optimization

29 30

1.1-1.3: One-Variable Optimization

2.1: Unconstrained Multivariable Optimization

31

September

Sunday Monday Tuesday Wednesday Thursday Friday Saturday
1
2 3 4

2.2: Lagrange Multipliers

5 6

2.3: Sensitivity Analysis and Shadow Prices

Homework 1 Due

7 8
9 10 11

In-class work on projects

12 13

In-class work on projects

Homework 2 Due

14 15
16 17 18

Graph theory and Euler cycles

19 20

Hamilton cycles

21 22
23 24 25

The Traveling Salesperson Problem

Homework 3 Due

26 27

Graph Coloring Problems

Homework 4 Due

28

Project 1 Due 5:00 pm

29
30

October

Sunday Monday Tuesday Wednesday Thursday Friday Saturday
1 2

4.1-4.3: Dynamical Systems

Homework 5 Due

3 4

4.1-4.3: Dynamical Systems

5 6
7 8 9

No class: October reading day

10 11

5.1: Eigenvalue Methods for Continuous Dynamical Systems

Homework 6 Due

12 13
14 15 16

In-class work on continuous dynamical systems

Intro to discrete dynamical systems

17 18

Discrete Dynamical Systems

Homework 7 Due

19 20
21 22 23

Discrete Dynamical Systems

Homework 8 Due

24 25

Discrete Dynamical Systems

Homework 9 Due

26 27
28 29 30

Discrete Dynamical Systems of Several Equations

Homework 10 Due

31

November

Sunday Monday Tuesday Wednesday Thursday Friday Saturday
1

In-class work on projects

Homework 11 Due

2 3
4 5 6

Higher order discrete dynamical systems

Homework 12 Due

7 8

Chaos

9

10
11 12 13

7.1-7.2: Probabiltity Models

Homework 13 Due

14 15

8.1-8.2: Markov Chains and Processes

Project Summary Due

Homework 14 Due

16 17
18 19 20

No class: Thanksgiving holiday

21 22

No class: Thanksgiving holiday

23 24
25 26 27

Continuous Probability Models

Homework 15 Due

28 29

Poisson Processes

Homework 16 Due

30

December

Sunday Monday Tuesday Wednesday Thursday Friday Saturday
1
2 3 4

Queueing Models

5 6

Queueing Models

7

Final Projects Due 5:00 pm

8
9 10 11

Last day of class

Final Project Presentations

12 13 14 15
16 17 18 19 20 21 22
23 24 25 26 27 28 29
30 31


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