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1DT014/1TT821 Computer Networks I. Dr. Edith C.-H. Ngai Department of Information Technology Uppsala University. How to reach me?. [email protected]. 018 471 5777. ITC building 1, floor 4, room 1440. Consultation Hours: (Tue) 10am – 11:30am (Fri) 10am – 11:30am. - PowerPoint PPT Presentation
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© Uppsala University, IT Dept. Computer Networks I / 0 - 1
1DT014/1TT821Computer Networks I
Dr. Edith C.-H. Ngai Department of Information Technology
Uppsala University
© Uppsala University, IT Dept. Computer Networks I / 0 - 2
How to reach me?
ITC building 1, floor 4, room 1440
018 471 5777
Consultation Hours:(Tue) 10am – 11:30am(Fri) 10am – 11:30am
© Uppsala University, IT Dept. Computer Networks I / 0 - 3
Organization of the Course
Lectures Labs Examination Group Presentations (for 1DT014)
Visit our course web page:
http://www.it.uu.se/edu/course/homepage/datakom/p2ht08
© Uppsala University, IT Dept. Computer Networks I / 0 - 4
Nature of the Course
The course combines theory and practical applications of design and implementation of large and small scale computer networks.
The theory part of the course consists of a series of lectures and seminars.
Laboratory exercises and a programming assignment comprise the practical part.
© Uppsala University, IT Dept. Computer Networks I / 0 - 5
What You Will Learn
Basic principles and applications of computer networks and the Internet.
The operations of different layers in the Internet protocol stack.
Issues like network security to most current and relevant networking technologies.
Practical experience on building small computer networks and implementation of network protocols.
© Uppsala University, IT Dept. Computer Networks I / 0 - 6
Other Related Courses
Computer Programming (1TD433, 1TD721)
Computer Architecture (1DT016)
Operating Systems (1DT020)
Distributed Systems (1TT835)
Advanced Computer Networks (1DT010)
© Uppsala University, IT Dept. Computer Networks I / 0 - 7
Required Textbook
Computer Networking: A Top Down Approach, 4th edition. Jim Kurose, Keith RossAddison-Wesley, July 2007.
© Uppsala University, IT Dept. Computer Networks I / 0 - 8
Suggested References
Data and Computer Communications,7th edition , William Stallings, Prentice Hall, 2003.
Computer Networks, A Systems Approach, by Larry L. Peterson and Bruce S. Davie, Morgan Kaufmann Publishers, 2nd edition, 1999.
Computer Networks, Fourth Edition, by A. S. Tanenbaum, Prentice Hall PTR, 2003.
UNIX Network Programming , Volume 1, Second Edition: Networking APIs: Sockets and XTI, by W. Richard Stevens, Prentice Hall, 1998.
TCP/IP Illustrated, Volume 1: The Protocols, by W. Richard Stevens, Addison-Wesley, 1994, ISBN 0-201-63346-9.
© Uppsala University, IT Dept. Computer Networks I / 0 - 9
Coursework
Labs (100 marks)– 2 lab sessions in Pol_1313D– 1 take-home programming assignment
Final Examination (100 marks) Group presentation (for 1DT014)
– 2 to 3 people in a group– 20 min presentation on a selected topic – Dates: 5 Nov, 18 Nov, and 4 Dec
© Uppsala University, IT Dept. Computer Networks I / 0 - 10
Grading
To pass the course, you need to satisfy both criteria:– get more than 70 marks in your labs.– get more than 60 marks in your final exam.
If you get more than 70 marks in your lab, the marks over 70 can be transferred to your final exam.
You get the following grades according to your final exam marks:>60 grade 3>80 grade 4>90 grade 5
© Uppsala University, IT Dept. Computer Networks I / 0 - 11
More about your labs …
Tutor: Erik Nordström Email: [email protected] Office: ITC building 1, floor 4, room 1422
3 Labs:– Snoop– Routing – Sliding windows (Take-home programming assignment)
© Uppsala University, IT Dept. Computer Networks I / 0 - 12
More about your presentation …
Date: 5 Nov (Wed) Topic: Network Applications
– Peer to peer networks– Multimedia over the Internet– SIP, RIP, VoIP, Instant Messaging – etc ..
Sign up ASAP
© Uppsala University, IT Dept. Computer Networks I / 0 - 13
Course Outline
Ch. 1: Computer Networks and the Internet Ch. 2: Application Layer Ch. 3: Transport Layer Ch. 4: Network Layer Ch. 5: Link Layer Ch. 8: Security in Computer Networks Ch. 6: Pervasive Computing