LEC # | TOPICS |
---|---|
1 | Unconstrained Optimization Optimality Conditions |
2 | Convex Unconstrained Optimization Optimality Conditions |
3 | Newton’s Method |
4 | Quadratic Forms |
5 | Steepest Descent Method |
6 | Constrained Optimization Optimality Conditions I |
7 | Constrained Optimization Optimality Conditions II |
8 | Constrained Optimization Optimality Conditions III |
9 | Projection Methods for Equality Constrained Problems |
10 | Projection Methods/Penalty Methods |
11 | Penalty Methods |
12 | Barrier Methods, Conditional Gradient Method |
13 | Midterm Exam |
14 | Interior-Point Methods for Linear Optimization I |
15 | Interior-Point Methods for Linear Optimization II |
16 | Analysis of Convex Sets |
17 | Analysis of Convex Functions |
18 | Duality Theory I |
19 | Duality Theory II |
20 | Duality Theory III |
21 | Duality Theory IV |
22 | Generalized Programming and Subgradient Optimization |
23 | Semidefinite Optimization I |
24 | Semidefinite Optimization II |
25 | Semidefinite Optimization III |
26 | Extensions and Wrap-up |
Calendar
Course Info
Instructor
As Taught In
Spring
2004
Level
Learning Resource Types
theaters
Lecture Videos
notes
Lecture Notes