1 / 17

P. 1

Intro. to Computer Network. Tue. 10:20am-1:10pm, CSIE 102 Instructor: Cheng-Fu Chou Email:ccf@csie.ntu.edu.tw Office hours: by appointments TAs: 胡嘉祐   r07922162@ntu.edu.tw 謝宏祺   r08944005@ntu.edu.tw 楊晨郁   r08922177@ntu.edu.tw Office: 德田館 (CSIE Building)R505 Lecture Format: Slides

mahonn
Download Presentation

P. 1

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Intro. to Computer Network • Tue. 10:20am-1:10pm, CSIE 102 • Instructor: Cheng-Fu Chou • Email:ccf@csie.ntu.edu.tw • Office hours: by appointments • TAs: • 胡嘉祐  r07922162@ntu.edu.tw • 謝宏祺  r08944005@ntu.edu.tw • 楊晨郁  r08922177@ntu.edu.tw • Office: 德田館(CSIE Building)R505 • Lecture Format: • Slides • Interactive P. 1

  2. Class Resources • Class web page: • http://www.cmlab.csie.ntu.edu.tw/~chenyuyang/CN2019/index.html • Computer Networks 2019 • Includes message archives (send by the instructor or the TA) • Reading list • Proj. assignment & HWs • You should check this site regularly P. 2

  3. Course Reading • Textbook: • “Computer Networking: A Top Down Approach Featuring the Internet,”7th edition, Jim Kurose and Keith Ross, Addison-Wesley • Reference books: • Computer Networks: A Systems Approach - by Larry Peterson and Bruce Davie, 4th Edition, Morgan Kaufman. • TCP/IP Illustrated volume I and volume II P. 3

  4. Important Info. • Grading (tentative): : • HW (paper reading and discussion) 20% • projects (I,II, or III) 35% • midterm 20% • final 25% • class participation: 5% P. 4

  5. Assignments • HW • Based on readings and discussions • Projects: • C/C++ only • Paper reading • Late Policy • TBD: check the class web site P. 5

  6. Things to Do Today • Read class web page • Check course description P. 6

  7. Student Commitments • Keep up with your reading • Do your own work • Turn in assignments on times • You are encouraged to study with other students and discuss (no sharing) programming assignments and HWs P. 7

  8. Objective • This course will cover the basic principles of networking with a focus on protocols, implementations, and issues specific to the Internet. We will selectively implement new protocols and network services; In addition, we will discuss new ideas and issued published in recent network papers in SDN, 5G/B5G,…. P. 8

  9. Contents • Computer Networks and Internet • Application Layer • Transport Layer • The Network Layer P. 9

  10. Contents • Wireless and Mobile Networks • Multimedia Networking • Security in Computer Networks • Network Management P. 10

  11. Question 1 • Suppose you are at a workstation with IP address 140.112.28.40 and are running IE. You are click on an URL pointing to http://www.youtube.com (IP addr. 64.233.183.91). Assume that the web page is available, loaded and displayed by your browser. Describe, in as much details as you can, the steps that occur between the mouse-click and the displaying of the web page. P. 11

  12. Ans. • 6 messages to translate the server name (www.youtube.com) into its IP address • 3 messages to set up TCP connections • 2 messages for the browser to send HTTP “get” request • 2 messages for the server to send back the requested page • 4 messages to tear down the TCP connections P. 12

  13. Question 2 • What are the requirements as you design a computer network P. 13

  14. Definition of a computer network: • A shared platform through which a large number of users and applications communicate with each other. • Connectivity: who and how to connect? • Scalability: how many to connect? • Resource sharing: how to utilize the connectivity? • Packet switching in datacom • Circuit switching in telecom P. 14

  15. Requirements • Connectivity • Cost-Effective Resource Sharing • Scalability • What else? P. 15

  16. The End • Questions ? • interested issues, topics • SDN, 5G/B5G,…. P. 16

  17. 1st HW: paper reading • S. Keshav, “How to read a paper”. SIGCOMM Comput. Commun. Rev., 37(3):83-84, July 2007. • David D. Clark, “The design philosophy of the DARPA internet protocols”. In Proceedings of the 1988 Symposium on Communications Architectures and Protocols, pages 106-114. ACM, August 1988. P. 17

More Related