Paul D. Paulson (email)

TAs

Office/lab hours in Dearborn 205 TBA

Craig Furtado (email)
Viet Le  (email)

Required:

Kurose & Ross, Computer Networking: A Top-Down Approach (4th edition), Addison-Wesley, 2008. ISBN 0321497708

Recommended (and free):

Hall, Brian, Beej's Guide to Network Programming: Using Internet Sockets

On completion of the course, students will be able to:

1. describe the hardware devices used to create a network
2. give examples of networking technologies, and examine the associated standards
3. describe the essential features of a networking protocol
4. describe various congestion control, error detection, and error correction schemes
5. create a local area network and a model intranet by configuring networking hardware and software in a controlled laboratory environment
6. create low-level client-server application programs using the socket API
7. demonstrate (simulate) the processes of packet construction, packet switching, and packet deconstruction
8. apply a route discovery algorithm to determine the shortest path in an internet represented as a weighted graph
9. compare/contrast cable networking and wireless networking
10. use a variety of networking services, such as DNS, NAT and ARP
11. associate networking functions with the appropriate layers of the ISO/OSI networking layering model, and associate internetworking functions with the appropriate layers of the TCP/IP layering model
12. describe network security issues and some of the methods for managing those issues

5 labs/reports @ 2%
5 homeworks @ 1%
2 programming assignments @ 10%
2 quizzes @ 7.5%
2 midterm exams @ 15%
Final exam  (Wednesday, June 11, 6:00 pm)

Final grades are based on the accumulated percentage.  See the evaluation criteria and grading scale.  Quiz, exam, and final grades may be adjusted linearly if it seems appropriate.

• 10%
• 5%
• 20%
• 15%
• 30%
• 20%