Fall 2002
CS6280 - Performance Evaluation of Communication Networks

    Professor: Mostafa H. Ammar

ECE6543 - Fiber Optic Networks

    Professor: Stephen E. Ralph

Spring 2002

CS6262 - Network Security

    Professor: Wenke Lee

ECE6610 - Wireless Networks

    Professor: Raghupathy Sivakumar

ECE8823 - Cryptography: Theory & Practice

    Professor: Faramarz Fekri

Fall 2001

CS6290 - High Performance Computer Architecture

    Professor: Ken Mackenzie

• Projects:
1. Cache Design
2. Superscalar Design
3. Final Project

    Professor: H Venkateswaran

Spring 2001

CS6210 - Advanced Operating Systems

    Professor: Mustaque Ahamad

    Project 1: Multithreaded Traffic Information Server (Due Date: January 30, 2001)

    Project 2: Distributed Traffic Information Server(Due Date: February 27, 2001)

    Project 3: Building a Distributed Shared Memory (DSM) System

    Project 4: Recoverable Memory

CS7470 - Mobile and Ubiquitous Computing

    Professor: Thad E. Starner

Fall 2000

CS7001 - Graduate Studies - Computing

    Professor: Gregory D. Abowd

    My web page on CoWeb for this class

• Projects:
1. Facial Modeling/Animation: Predicting visual information from acoustic for Lip Synch
2. Client-Sever (sponsored by Professor Schwan)

PROBLEM:
I will be implementing an event-based client server application, in which the server provides image data to the clients. A client may not be interested in the entire image, but in a particular subquadrant. Therefore some processing needs to be performed on the image data, in order to extract the desired portion, i.e. part of the original image is not needed by the client, and needs to be filtered out. This processing can be performed at the client's side, upon receipt of the data. The communication infrastructure that I will use for this project, ECHO, offers a possibility for deriving event channels. I will use derived event channels to `move' the filtering function at the server's side, the event source in this case, and therefore allow for bandwidth to be conserved by transmitting only what is necessary.
3. Network Simulation using "ns"

    Professor: Jun Xu

CS6400 - Database Systems Concepts and Design

    Professor: Ed Omiecinski