'Dijkstra' diaporamas de présentation

Mutual Exclusion Using Atomic Registers

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Chapter 3

Chapter 3. The Greedy Method. The greedy method . Suppose that a problem can be solved by a sequence of decisions. The greedy method has that each decision is locally optimal. These locally optimal solutions will finally add up to a globally optimal solution.

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Software Testing

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Axiomatic Semantics

University of Central Florida COP 4020: Programming Languages I Summer 2006 Lecture Notes by: Adam Brooks and Abraham Hedtke. Axiomatic Semantics. Axiomatic Semantics. C.A.R. (Tony) Hoare introduced a formal system of logic to define programming language semantics.

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The Role of Logic and Proof in Teaching Discrete Mathematics

The Role of Logic and Proof in Teaching Discrete Mathematics Summer Workshop on Discrete Mathematics Messiah College June 2006 Susanna S. Epp Why Discrete Math?

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CS 415

CS 415. Daily Announcements. Friday, 26 August 2005. Readings: Read Chapter 1 for next Monday Read Algol 60 report for next Wednesday Read some of chapter 2 for the following Monday (5 Sep) Intro, 2.1, 2.2 (skim 2.2.4 & 2.2.5), 2.3 (cs302 review), 2.4 Change to syllabus Quizzes!

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Chapter 5: Network Layer

Chapter 5: Network Layer. CS455/555: Spring 2003. Network Layer: Design Issues. Services provided to the Transport Layer: Connection-oriented vs Connectionless service Underlying network: Internet (connectionless) and ATM ( Connection-oriented) Virtual circuits vs. datagrams.

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Administration

Administration. Feedback on assignment Late Policy Some Matlab Sample Code makeRobot.m, moveRobot.m. Introduction to Motion Planning. CSE350/450-011 16 Sep 03. Class Objectives. Cell decomposition procedures for motion planning Review exact approaches from last week

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3D Object Retrieval

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Network Layer

Network Layer. Routing. Network Layer. Concerned with getting packets from source to destination. The network layer must know the topology of the subnet and choose appropriate paths through it.

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Software Testing

Software Testing. Overview. Definition of Software Testing Problems with Testing Benefits of Testing Effective Methods for Testing. Definition of Software Testing.

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15213 Recitation Section C

Shimin Chen. Dec. 2, 2002. 15213 Recitation Section C. Threads Synchronization Thread-safety of Library Functions. Outline. Important Dates. Lab 7 Proxy: due on Thursday, Dec 5 Final Exam: Tuesday, Dec 17. Web Server. Web Browser. Web Server. Proxy. Web Browser. Web Browser.

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Lecture 20: Shortest Paths

Lecture 20: Shortest Paths. Shang-Hua Teng. BOS. v. ORD. 4. JFK. v. v. 2. 6. SFO. DFW. LAX. v. 3. v. 1. MIA. v. 5. Weighted Directed Graphs. 2500. Weight on edges for distance. 1800. 800. 900. 1000. 400. Shortest Paths.

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CSC 3130: Automata theory and formal languages

Fall 2008. The Chinese University of Hong Kong. CSC 3130: Automata theory and formal languages. Efficient computation. Andrej Bogdanov http://www.cse.cuhk.edu.hk/~andrejb/csc3130. Why do we care about undecidability?. TM M accepts all inputs. TM M accepts input w.

561 views • 21 slides

Dijkstra's Shortest Path Algorithm

Dijkstra's Shortest Path Algorithm. Find shortest path from s to t. 2. 24. 3. 9. s. 18. 14. 6. 2. 6. 4. 19. 30. 11. 5. 15. 5. 6. 16. 20. t. 7. 44. Dijkstra's Shortest Path Algorithm. S = { } PQ = { s, 2, 3, 4, 5, 6, 7, t }. ?. ?. 2. 24. 3. 0. 9.

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How to Make a Good Presentation

How to Make a Good Presentation. Daniela Stan DePaul University July 1 st , 2005. Outline. Part I: Key Advice for Presentation Style Part II: Key Advice on Presentation Content Topics covered in Part II Selecting a Problem Picking a Solution. Slide Presentation:.

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Chapter 9: Graphs

Mark Allen Weiss: Data Structures and Algorithm Analysis in Java. Chapter 9: Graphs. Summary. Lydia Sinapova, Simpson College. Summary of Graph Algorithms. Basic Concepts Topological Sort Shortest Paths Spanning Trees Scheduling Networks Breadth-First and Depth First Search

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A Sketchy Evolution of Software Design

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GPS Navigation and Data Structures

GPS Navigation and Data Structures. By Michael Cabassol and Augie Hill. How GPS Works. 24 Satellites orbit Earth 11,000 Nautical Miles high (12,658.8 miles) Each makes an orbit in 11 hours 58 min 24 satellites run on 6 orbits 4 Satellites are needed to triangulate position. Visual Example.

334 views • 6 slides