Course notes will be distributed to registered students. In addition the following
references are excellent.
Here is a timetable of lecture topics. The last column shows activities for the week.
This schedule may be updated as the semester progresses.
Lecture |
Date |
Topics |
Due Dates |
1 |
Sept 8 |
Introduction: nonlinear ODEs; nonlinear phenomena; phase portraits |
|
2 |
Sept 15 |
Mathematical background |
|
3 |
Sept 22 |
Existence and uniqueness of solutions |
Homework 1 |
4 |
Sept 29 |
Comparison lemma, Continuity w.r.t. ic's; finite escape time; limit sets |
Quiz 1 |
5 |
Oct 6 |
Invariant sets; Nagumo theorem, stability definitions |
|
6 |
Oct 13 |
Thanksgiving |
|
7 |
Oct 20 |
Lyapunov stability theory |
Homework 2 |
|
Oct 27 |
Fall Break |
|
8 |
Nov 4 |
Barbashin-Krasovksii theorem; converse theorems, exponential stability |
Quiz 2 |
9 |
Nov 11 |
LaSalle Invariance Principle; Barbalat's Lemma |
Homework 3 |
10 |
Nov 18 |
Stability of perturbed systems |
Project Proposal |
11 |
Nov 25 |
Advanced topics |
Quiz 3 |
12 |
Dec 2 |
Advanced topics |
|
13 |
Dec 15 |
Final Project |
|
Homework will be submitted on Quercus by 5pm on the due date.