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Advanced Networking Concepts

Class Schedule for Fall 2004




Course Description
 
This course introduces advanced concepts of modern computer and telecommunication networks. The course assumes that students have strong theoretical and working knowledge of various networking technologies. The state-of-the-art hardware and software networking technologies are introduced. These include, for example, Fiber-optic and Mobile/Cellular communications (3rd Generation and Ad Hoc); Wavelength Division and Time Division Multiple Access Protocols; New technologies for TCP/IP, MPLS, Mobile IP, Multicasting; ATM,  Next Generation Internet technologies (All-Optical networks); to name a few.

The objective of the course is to help students build on their networking knowledge and keep them up to date with the new technologies in the ever changing and dynamic world of networking, ultimately preparing them for career in the field of networking.

The course is suitable for those who have strong genuine interest in computer and telecommunication networks and intend pursuing a career in the same.


Prerequisites
Students need to have knowledge of computer architectures, probability theory (e.g. exponential distribution), and communication theory (e.g. Fourier transform). Should have taken cse589 or an equivalent course earlier. In addition, students should be proficient in C/C++ programming and ready to learn/use computer simulation packages (OPNET).

Evaluation Methods
Academic Integrity
The CSE Department Academic Integrity Policy will be strictly adhered to and dishonesty of ANY kind WILL NOT be tolerated. Make sure you read this policy and are familar with it.

Announcements
 

Presentations for Fall 2004   
Schedule   

Presentations from Fall 2003 
Presentations from Fall 2002


Presentations of Fall 2001
Some Earlier Presentations

The presentation are mostly in .ppt (Microsoft power point), .ps (postscript). They maybe tarred or zipped. Please use tar -xvf filename or unzip filename as the case maybe.
  1.   Improving Adaptability and Fairness in Internet Congestion control - (.ppt)
  2.   Scheduling Algorithms for supporting QoS- (.pdf) & (.ps)
  3.    On the Road to UMTS - (.ppt)
  4.    Unicast Routing in Mobile Ad-Hoc Networks - ( .ppt)
  5.    Secure Multicast - ( .ppt)
  6.    MPLS and Traffic Engineering- ( .ppt)
  7.    Cellular IP : A New Paradigm in Internet Host Mobility - ( .ppt)
  8.    Quality of Service : Intserv and Diffserv ( .ppt)
  9.    Network Security - ( .ppt)
  10.    Protection/restoration for OBS- ( .ppt)
  11.    TCP Congestion Control - ( .pdf)
  12.    Wireless TCP Introduction - ( .ppt)
  13.    Reliable IP Multicast : Status and Selected Topics - ( .ppt)
  14.    Addressing (CIDR, exterior routing, RSIP) - ( .ppt)
  15.    Aurora : VP/VC Control (Concurrent ATM connection setup, Reducing need for VP provisioning) (.ppt)
  16.    Multiprotocol Label Switching : The Future of IP Backbone Technology (.ppt) or (.ps)
  17.    Resource Management with Virtual Paths in ATM Networks (.ppt)
  18.    Profitable connection assignment in All Optical WDM Networks (.ppt)
  19.    IP Multicast Routing (.ppt)
  20.    Multicast Routing (.ppt)
  21.    Mobile IP (.ps)
  22.    Scheduling, Traffic Grooming and Wavelength Assignment in Optical Ring Networks (.ps)
  23.    RSVP / Multimedia Networking (.ppt)
  24.    Protocols for improving performance of TCP over Wereless links (.ppt)
  25.    Comparison and evaluation of OSPF & RIP (tar file, html presentation)

Computer Networks related links