Journal of Engineering Research
Abstract
In optical switching networks, queueing models are often used for modeling, analyzing, and evaluating the performance of switching nodes. These models determine the number of optical packets in the switch and how quickly the switch can serve the traffic. This paper examines the numerical performance of optical switching nodes under various queuing models and simulates a modeling system using the OPNET modeler simulation tool. The study estimates the expected average number of optical packets, the probability of packet loss, and the waiting delay time in an optical switch under different loads and wavelength channels.The study estimates the expected average number of optical packets, the probability of packet loss, and the waiting delay time in an optical switch under different loads and wavelength channels.The study estimates the expected average number of optical packets, the probability of packet loss, and the waiting delay time in an optical switch under different loads and wavelength channels.
Recommended Citation
Gaballah, Waleed
(2023)
"Queueing Models Performance Analysis in Optical Switching Network Nodes,"
Journal of Engineering Research: Vol. 7:
Iss.
5, Article 15.
Available at:
https://digitalcommons.aaru.edu.jo/erjeng/vol7/iss5/15