'Stable matching problem' diaporamas de présentation

Prof. Swarat Chaudhuri

COMP 482: Design and Analysis of Algorithms. Prof. Swarat Chaudhuri. Spring 2013. Design. Algorithms. Analysis. What you will learn in this course. How to abstract messy, real-world problems by clean algorithmic problems How to solve those algorithmic problems (design)

519 views • 41 slides

Lecture 2

312 views • 31 slides

Introduction to Linear and Integer Programming

Introduction to Linear and Integer Programming. Lecture 7: Feb 1. Overview . Mathematical programming Linear and integer programming Examples Geometric interpretation Agenda. Mathematical Programming . Input: An objective function f: R n -> R

426 views • 23 slides

Introduction to Linear and Integer Programming

Introduction to Linear and Integer Programming. Lecture 9: Feb 14. Mathematical Programming . Input: An objective function f: R n -> R A set of constraint functions: g i : R n -> R A set of constraint values: b i. Goal: Find x in R n which: maximizes f(x)

389 views • 21 slides

CS 333 Design and Analysis of Computer Algorithms Michal Cutler Lecture 2 January 26, 2006

CS 333 Design and Analysis of Computer Algorithms Michal Cutler Lecture 2 January 26, 2006. Stable Matching Problem. Goal. Given n men and n women, find a "suitable" matching. Participants rate members of opposite sex. Each man lists women in order of preference from best to worst.

211 views • 21 slides

Stable Matching

Stable Matching. The Stable Marriage Problem (input). Goal. Given n men, n women, and their preference lists, find a " suitable " matching. Participants rate members of opposite sex. Each man lists women in order of preference from best to worst.

179 views • 17 slides