OPNET Technologies 7255 Woodmont Avenue Bethesda, MD 20814 Tel: 240-497-3000 Fax: 240-497-3001 E-mail: mailto:info@opnet.com Web: http://www.opnet.com/home.html OPNET is a registered trademark of OPNET Technologies © 2001 OPNET Technologies	California State University, Long Beach 1250 Bellflower Blvd, Long Beach, CA 90840 Sponsoring Professor: Dr. Tulin Mangir Tel: (562) 985-5774 temangir@csulb.edu
	Graduate Students: M. Shoaib Waheed mwaheed@csulb.edu

Classes

Instructor Prof Tulin Mangir

EE 445/L Computer Networks
EE 545 Computer Networks
EE 545 / 445 COMPUTER NETWORKs

Catalog Data: Hardware and software technologies as they relate to
computer networking will be studied. LAN, WAN environments and access
methods. Ethernet, ATM. Bridges, Routers, Gateways, and Intelligent Hubs. Data
network architectures. Protocols. Load balancing. Use of simulation tools
in designing networks. (3 units)
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EE 548 Wireless Networks and Security

 EE-548 Wireless and Mobile Networks & Security in Wireless Networks ,
Spring 2005

Catalogue course description:
Wireless and Mobile Adhoc Networks and Security:
Adhoc and geographic routing, resource discovery, medium access control,
IP-mobility, mobility modeling, wired-wireless networks, security aspects.
Lab: Wireless LANset-up, measurement, Mobile-IP, adhoc routing, security
tools. Also use of tools such as OPNET, Ethereal, Sniffer, Scanner, etc.
Project Required.


Others:
ET 497/ Networking Technology
ET 486/L Peer to Peer Networking Technology

Research:

Adhoc routing protocols.

Routing protocols were simulated under different mobility model to see their performances.

Manhattan Mobility Model.

Packet End to End Delay is Maximum for DSR initially but gets lesser with time. The delay is minimum for TORA.

Wireless LAN Delay is Maximum for DSR and minimum for TORA But after the routes are discovered the delay in DSR reduces.

Packet Delay Variation is Maximum for TORA and Least for AODV.

Throughput is Maximum for TORA Minimum for DSR. AODV has less troughput initially but it increases and reaches the level of TORA.

TORA is best routing protocol for Manhattan mobility model.

Free Way mobility Model

Packet End to End Delay is Maximum for DSR and Minimum for TORA. Unlike

Manhattan the delay in DSR do not decrease.

Packet Delay variation is most in TORA and least in AODV

Throughput is maximum for AODV and least for DSR.

AODV is the best for freeway mobility model. As on free nodes are moving fast in a particular direction or the topology is not changing that rapidly as in Manhattan model hence TORA is less efficient then AODV.

Random Walk

Packet End to End Delay is Maximum for TORA and Least for AODV.

Packet Delay variation is maximum in TORA and least in AODV.

TORA and AODV perform almost similar but DSR causes more delays.

Other Projects.

1. Limiting radio operation, Adaptive duty cycling, wake up on demand.

2. Data Management

3. Geographic routing in sensor Networks

4. System monitoring and maintenance

5. Research and development of Routing Protocols.

6. Vertical Hand off