A review on Queue Management Algorithms in Large Networks

Abstract

The efficiency of Transmission Control Protocol (TCP) is significantly influenced by Congestion Control. Many scientists have widely researched and suggested several improvements to conventional TCP Congestion Control over the past centuries. This subject, however, still inspires scholarly and industrial research groups due to changes in demands for internet applications and the evolution of internet technologies. In this review paper, illustrate the most important features of the TCP and its mechanisms. The challenges and its effect on the performance of the network communication have also been explained. Several research groups have been working on the improvement of the quality of services of the network. This paper reviews some recent studies and argues their latest findings to have a better understanding. Where the important features of sub-sections of the TCP were presented. Then we showed the two main classes of the existing router queue management system. Performance metrics are used to show the behaviour of a network during data transmission. The results in this study showed the performance of ARED was be better than that of RED.

Packets’ Congestion Management with Fuzzy Admission Control Policy for Differentiated Service Networks

“…In essence, when congestion is detected, transmission rate decreases by a multiplicative factor. This is the case of TCP in the Internet as congestion is detected at the source, through signals such as packet losses or some negative acknowledgment mechanisms [6]. However, continuous increase in the rate of data transmission over networks has made it necessary to ensure that network congestions are addressed as they occur.…”

Quadratic exponential random early detection: a new enhanced random early detection-oriented congestion control algorithm for routers

“…It is one of the crucial problems that affect quality of network service [9], [10]. Therefore, to make certain of a better network performance, it is imperative to develop algorithms that avoid network traffic congestion [9], [11]- [13].…”

The Handling of “Waiters” Problem by Telecommunication Service Provider: A System Dynamics Approach

“…Hamdi et al [9] reviewed the essential features of the Transmission Control Protocol mechanism. Transmission Control Protocol, defined as internet protocols for congestion and traffic control, controls the rate of information received by the transportation layer using a congestion control system to ensure that the transmitter does not overload the network.…”