Course :	MATH 554 (3 credits)
Title :	Introduction to Stochastic Processes
Instructor :	Alexander Roitershtein

Course :	CS612 (3 credits)
Title :	Distributed Algorithms
Instructor :	Soma Chaudhuri

Course :	CS587X (3 credits)
Title :	Principles of Network and Distributed Programming
Instructor :	Ying Cai
Project :	1) Implementation of a client-server communication protocol for registration and maintenance of client-related data and upgradation of client application: In this application, the clients advertise themselves by sending UDP beacons, and the server sends commands to clients for obtaining client data and the clients respond to those commands by TCP segments. The code can be found here. This application was later modified (using Java RMI) to a version that handled dynamic upgrade of client code. 2) A peer-to-peer file-sharing system: This application, developed using socket programming in Java, supported file sharing across multiple machines. The design was adopted from the Gnutella specification and the application was successfully tested on a platform involving multiple Linux machines. The code can be found here.

Course :	EE520 (3 credits)
Title :	Topics in Communication: Network Coding
Instructor :	Aditya Ramamoorthy

Course :	CS611 (3 credits)
Title :	Discrete Algorithms for Mobile, Wireless & Ad Hoc Networks
Instructor :	Soma Chaudhuri

Course :	CS526/CS426 (4 credits)
Title :	Parallel Algorithms & Programming
Instructor :	Srikanta Tirthapura
Project :	1) Implementation of Conway's Game of Life on a virtual square grid topology using Blue Gene (code) 2) Implementation of Sample Sort algorithm on large data sets using Intel Xeon Cluster (code)

Course :	CPRE543 (3 credits)
Title :	Wireless Network Architecture
Instructor :	Morris Chang
Project :	Paper study on Public Key Infrastucture for preventing Sesssion Hijacking and Malicious Mobile Node Flooding Attacks in Mobile IPv6 (ppt)