'Complete problem' diaporamas de présentation

Evaluation Metrics

1.05k views • 84 slides

Dealing with NP-C problems

Randomized Algorithm. Dealing with NP-C problems. NP-Complete Problem. A problem that, right now, we need exhaustive search Example: SAT TSP Vertex Cover Etc. Travelling Salesman Problem (TSP). Find a sequence of city to visit Minimize the cost of travel. Example. Example.

795 views • 67 slides

Introduction to Logic

Introduction to Logic. Sections 1.1 and 1.2 of Rosen Spring 2010 CSCE 235 Introduction to Discrete Structures URL: cse.unl.edu/~cse235 Questions: cse235@cse.unl.edu. Introduction: Logic?. We will study Propositional Logic (PL) First-Order Logic (FOL) Logic

796 views • 41 slides

CS 332: Algorithms

CS 332: Algorithms. NP Complete: The Exciting Conclusion Review For Final. Administrivia. Homework 5 due now All previous homeworks available after class Undergrad TAs still needed (before finals) Final exam Wednesday, December 13 9 AM - noon

548 views • 36 slides

COMPUTER VIRUSES

COMPUTER VIRUSES. Christopher Motl February 21, 2008. Computers & Viruses. History of Computer Viruses. How Viruses Work. Virus DetectionRemovalAnalysis. Alternative Detection Method. Computer Immune System. Miscellaneous Other Topics. OVERVIEW. COMPUTERS AND VIRUSES.

505 views • 34 slides

Advanced Algorithms

527 views • 34 slides

Algorithms for Non-crossing Spanning Trees

441 views • 32 slides

Federated Ontology Search

Federated Ontology Search. Vasco Calais Pedro, Eric Nyberg and Jaime Carbonell Presenter: Pushkar Acharya. Overview. Introduction Ontological Search Ontology description and selection Merging Scoring Results Related Work Challenges and Future Work Conclusion. Introduction.

405 views • 29 slides

Finding Optimum Clock Frequencies for Aperiodic Test

390 views • 29 slides

Merkle-Hellman Knapsack

1.03k views • 24 slides

NP-completeness

Giorgi Japaridze Theory of Computability. NP-completeness. Section 7.4. 7.4.a. Giorgi Japaridze Theory of Computability. Importance. NP-complete problems form a certain important subclass of NP . The phenomenon of NP-completeness was discovered in the early 1970s

387 views • 23 slides

CS 332: Algorithms

CS 332: Algorithms. NP Completeness. Review: Dynamic Programming. When applicable: Optimal substructure: optimal solution to problem consists of optimal solutions to subproblems Overlapping subproblems: few subproblems in total, many recurring instances of each Basic approach:

487 views • 21 slides

Complexity Theory

Complexity Theory. A light introduction to a rather important and complex topic. October 12, 2007 Presented by Sean Szumlanski. Programme. Graph coloring: a practical application This problem will serve as our touchstone throughout the

571 views • 17 slides

Engage NY Module 1

Engage NY Module 1. LESSON 9 Objective: Add decimals using place value strategies and relate those strategies to a written method. ROUND TO THE NEAREST ONE (SPRINT). This sprint will help build mastery of rounding to the nearest whole number. Decompose the Unit. Read this number: 6.358

267 views • 17 slides

Engage NY Module 1

262 views • 16 slides

Team Vertex

Team Vertex. Jimmy Fifield Nick Marino. Graph Coloring. What is the minimum number of colors needed to color every vertex so that no neighboring vertexes are the same color? NP-Complete problem. Brute force is extremely inefficient as number of colorings increases factorially .

311 views • 16 slides

Connected Math (CMP)

Connected Math (CMP). Inquiry Based Learning student-centered approach which engages students investigating real world questions

258 views • 14 slides

Inverses of Functions Part 3

Inverses of Functions Part 3. Lesson 2.10. Oral Drill. What are two other ways to refer to the input? What are two other ways to refer to the output? j. Oral Drill. k l m n p. What is the inverse of a function?. The relation that results when the input and the output are switched.

175 views • 11 slides

Chapter 16

Chapter 16 . Juvenile Justice. History and Overview of Juvenile Courts . Mid 19 th Century: reformers argued that failure of the family was the cause of delinquent behavior. Parents failed to teach their children proper values and respect for authority. This led to a separate court system

190 views • 9 slides

Skill Lesson- Drawing Conclusion

176 views • 6 slides