'Np problem' diaporamas de présentation

Quantum Computing

1.32k views • 77 slides

Graph Theory A Path to Riches?

926 views • 70 slides

Discrete Structures & Algorithms The P vs. NP Question

851 views • 67 slides

COMPSCI 102

COMPSCI 102. Introduction to Discrete Mathematics. Complexity Theory: The P vs NP question. Lecture 25 (December 6, 2010). The $1M question. The Clay Mathematics Institute Millenium Prize Problems Birch and Swinnerton-Dyer Conjecture Hodge Conjecture Navier-Stokes Equations

672 views • 67 slides

COMPSCI 102

COMPSCI 102. Introduction to Discrete Mathematics. Complexity Theory: The P vs NP question. Lecture 26 (December 2, 2009). The $1M question. The Clay Mathematics Institute Millenium Prize Problems Birch and Swinnerton-Dyer Conjecture Hodge Conjecture Navier-Stokes Equations

673 views • 67 slides

The Theory of NP-Completeness

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The Theory of NP-Completeness

The Theory of NP-Completeness. NP. =. NPC. P. P. X. P=NP. ?. NP: Non-deterministic Polynomial. P: Polynomial. NPC: Non-deterministic Polynomial Complete. P : the class of problems which can be solved by a deterministic p olynomial algorithm.

744 views • 59 slides

Complexity Theory: The P vs NP question

723 views • 59 slides

The Theory of NP-Completeness

The Theory of NP-Completeness. NP. =. NPC. P. P. X. P=NP. ?. NP: Non-deterministic Polynomial. P: Polynomial. NPC: Non-deterministic Polynomial Complete. P : the class of problems which can be solved by a deterministic p olynomial algorithm.

743 views • 59 slides

15-251

15-251. Some. Great Theoretical Ideas in Computer Science. for. Complexity Theory: The P vs NP question. Lecture 27 (April 27, 2010). $$$. The $1M Questions. The Clay Mathematics Institute Millenium Prize Problems Birch and Swinnerton-Dyer Conjecture Hodge Conjecture

754 views • 58 slides

15-251

15-251. Some. Great Theoretical Ideas in Computer Science. for. Complexity Theory: The P vs NP question. Lecture 27 (April 23, 2009). $$$. The $1M Questions. The Clay Mathematics Institute Millenium Prize Problems Birch and Swinnerton-Dyer Conjecture Hodge Conjecture

587 views • 57 slides

Chapter 8

Chapter 8. The Theory of NP-Completeness. P : the class of problems which can be solved by a deterministic p olynomial algorithm. NP : the class of decision problem which can be solved by a n on-deterministic p olynomial algorithm.

528 views • 47 slides

Containment and Equivalence for an XPath Fragment

Containment and Equivalence for an XPath Fragment. Authors: Gerome Miklau Dan Suciu Presented by: Shnaiderman Lila. Presentation Outline. Introduction Final Destination Definitions and background Canonical models and Match Sets Exponential time containment algorithm (complete)

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CSE373: Data Structures & Algorithms Lecture 24 : The P vs. NP question , NP-Completeness

CSE373: Data Structures & Algorithms Lecture 24 : The P vs. NP question , NP-Completeness. Nicki Dell Spring 2014. Admin. Homework 5 due TONIGHT at 11pm! Homework 6 is posted Due one week from today, June 4 th at 11pm No partners. The $1M question. The Clay Mathematics Institute

467 views • 31 slides

CSE373: Data Structures & Algorithms Lecture 24 : The P vs. NP question , NP-Completeness

CSE373: Data Structures & Algorithms Lecture 24 : The P vs. NP question , NP-Completeness. Nicki Dell Spring 2014. Admin. Homework 5 due TONIGHT at 11pm! Homework 6 is posted Due one week from today, June 4 th at 11pm No partners. The $1M question. The Clay Mathematics Institute

314 views • 31 slides

Computing a Nash Equilibrium of a Congestion Game: PLS-completeness

Computing a Nash Equilibrium of a Congestion Game: PLS-completeness. based on Chapters 19 & 20 of Twenty Lectures on Algorithmic Game Theory , Tim Roughgarden. Global Connection Game. G=(V,E): directed graph c e : non-negative cost of the edge e ? E

309 views • 29 slides

NP-COMPLETE - Department of Information Technology

A presentation on NP-COMPLETE and is presented by Prof. Manjusha Amritkar, from the department of Information Technology at International Institute of Information Technology, Iu00b2IT. The presentation includes topics like The Traveling Salesman Problem, The Bin Packing Problem, Time Complexity of Problems, Quantifying Easy-to-compute and more.

213 views • 21 slides

Chapter 6: Transform and Conquer

The Design and Analysis of Algorithms. Chapter 6: Transform and Conquer. Genetic Algorithms. Genetic Algorithms. What is a GA Terms and Definitions Basic Genetic Algorithm Example Selection Methods Crossover Methods Mutation. What is a GA.

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Design and Analysis of Algorithms NP-Completeness

Design and Analysis of Algorithms NP-Completeness. Haidong Xue Summer 2012, at GSU. What is polynomial-time?. Polynomial-time: running time is , where k is a constant. Are they polynomial-time running time? yes yes yes yes. What is polynomial-time?. Are the polynomial-time? No No

242 views • 11 slides

Computational Complexity

Computational Complexity. Shirley Moore http://www.cs.utep.edu/svmoore CS4390/5390 Fall 2013 August 27, 2013. Learning Outcomes. After completing this lesson, you should be able to Define the complexity classes P and NP Define NP-complete

298 views • 8 slides