filmov
tv
Linear Programming 35: Ellipsoid Method I
Показать описание
Linear Programming 35: Ellipsoid Method I
Abstract: We do the setup required to explain the ellipsoid method. The ellipsoid method proves that linear programs can be solved in polynomial time, but in practice the algorithm is typically not competitive with the simplex method.
This video accompanies the class "Linear Programming and Network Flows" at Colorado State University
We are following the book "Understanding and Using Linear Programming" by Jirí Matoušek and Bernd Gärtner
Our course notes are available at
Abstract: We do the setup required to explain the ellipsoid method. The ellipsoid method proves that linear programs can be solved in polynomial time, but in practice the algorithm is typically not competitive with the simplex method.
This video accompanies the class "Linear Programming and Network Flows" at Colorado State University
We are following the book "Understanding and Using Linear Programming" by Jirí Matoušek and Bernd Gärtner
Our course notes are available at
0:19:10
Linear Programming 35: Ellipsoid Method I
0:10:25
Lecture 15-2 Ellipsoid Method
0:05:49
Lecture 15-4 Ellipsoid method(Algorithm)
0:10:22
Linear Optimization course - Video 33: The ellipsoid method for optimization
0:10:22
Linear Optimization - Video 33: The ellipsoid method for optimization
0:08:11
Linear Optimization - Video 31: The key geometric result behind the ellipsoid method
0:30:49
The Ellipsoid Algorithm || @ CMU || Lecture 19a of CS Theory Toolkit
0:22:46
5.1 Ellipsoid Algorithm, Part I
0:05:07
Ellipsoid method
0:47:11
Ellipsoid algorithm, or why convex programming is 'simple' *
0:16:22
Linear Programming 36: Ellipsoid Method II
0:17:43
5.3 Ellipsoid Algorithm, Part III
0:36:43
CSE202, Lec 11: More on the ellipsoid algorithm
0:28:41
Linear Optimization - Video 32: The ellipsoid method for the feasibility problem
0:25:20
minimum volume covering ellipsoid problem YALMIP
0:53:34
24. Linear Programming and Two-Person Games
0:11:31
Linear Programming 33: Other algorithms besides the simplex method
0:09:53
A near-optimal algorithm for approximating the John Ellipsoid
0:16:49
Linear Programming 34: Polynomial and strongly polynomial algorithms
0:02:55
Leonid Khachiyan: Revolutionizing Linear Programming | Scientist Biography
0:08:26
Linear Programming and Half-Plane Intersection (2/5) | Computational Geometry - Lecture 04
1:03:35
Linear Programming
0:45:56
Timo Berthold - The Fundamental Algorithms for Mathematical Optimization
0:43:39
Linear Programming 1: An introduction
Комментарии