OPNET Technologies
7255 Woodmont Avenue 
Bethesda, MD 20814

Tel: 240-497-3000
Fax: 240-497-3001
E-mail: university@opnet.com
Web: www.opnet.com 

OPNET is a registered
trademark of OPNET Technologies
© 2001 OPNET Technologies


University: University of Louisiana at Lafayette
Professors: George Thomas  and Renuka Jindal
Department: William Hansen Hall Department of Electrical and Computer Engineering

1. Modeling of CSMA Channel Access protocol

OPNET was used to design and simulate the CSMA/CD channel access protocol using  Modeler.  It was analyzed with the simulated results of a channel interface to a multi-tap bus.

2. Modeling the Behavior of an Optical Network

 

We will develop a behavioral model for an optical network. This will involve developing detailed models of various building block equivalents including the Optical Translator Unit, Optical Multiplexing unit, Optical Demultiplexing Unit, Optical Amplifier, Dispersion Compensation Module, Receivers (O-E) and Transmitters (E-O) and other pertinent hardware. These models will be combined to create a blue-print of the performance of the optical network as a function of several parameters including S/N ratio.

3. Courses Using OPNET 

TLCM 521 is a graduate course instructed by Dr. George Thomas.  TLCM 521 has a course title of TOPICS IN LIGHTWAVE NETWORKS.  This is a 'selected topics' course. After a quick tour of the basics, we will focus on several recent advances in the field, using sources from current literature. A broad outline of topics is as follows: Advanced Topics in High Capacity Networks Fiber Optic Network Topologies -Wavelength Division Multiplexing -Wavelength Routing and Multihop Networks -Multiaccess and Switching in All-Optical Networks -Recent AdvancesAppropriate reference material from current literature will be used and announced in class from time to time, including the following: Optical Networks, R. Ramaswami and K. Sivarajan, Morgan Kaufman, 1998 Optical Communication Networks, B. Mukherjee, McGraw-Hill, 1998 Lightwave Networks, (Chapter 7 of Broadband Networks), A. Acampora, Plenum Press Grading Policy You will periodically be assigned to study several selections from current research literature which amplify or apply the principles discussed in class. You will be asked to either make presentations in the class describing each of these assigned topics, or you may opt to do a simulation project based on them and report your results to the class.

TLCM 525 is an advanced graduate course instructed by Dr. Wei Li.  It is for students interested in recent methods and research issues in the models and performance evaluation of high-speed telecommunications networks.  A detailed descriptions, models and approaches to the performance analysis of the advanced telecommunications networks will be discussed.  It is intended to build upon the introductory graduate course on advanced telecommunications networks, but focuses on tools from queuing networks and their applications to exploring the performance and optimization of various types of advanced telecommunications networks.

OPNET  is available in the Networks Lab for use in your simulations for all of the courses listed above.