Enhancing Network Performance in Wireless Sensor and Anonymous Networks

Zaynab Saeed Hameed^1,*, Mohammed Arif Nadhom Obaid Al-agar¹, Israa Ali Al-Neami¹

¹Department of Computer Engineering, University of Technology, Baghdad, Iraq

Emails: zaynab.s.hameed@uotechnology.edu.iq; MohammedArif.N.Alagar@uotechnology.edu.iq; Israa.A.AlShaikhli@uotechnology.edu.iq

Abstract

In Wireless Sensor Networks (WSN), congestion control plays a crucial role as the traffic load surpasses the capacity of each major channel. The WSN constrained resources must be taken in consideration while devising such strategies to get the best throughput. Various factors are contributed in the congestion; the primary factor is the over flowing buffer, packet loss, reduce network throughput and loss of energy. This research, studies path load distribution in novel networks, including anonymous communication. Initially there is a chance that the public Wi-current Fi approach will result in notable imbalances. We next modify an optimal path-selection algorithm and use flow level visualization to show that this results in a substantially improved network load balance. Web-based Congestion Control (WCC) needs to make it possible to give WCC channel flows a distinct quality of service (QoS) in order to overcome this difficulty.

Keywords: Traffic Load; Congestion Detection; Network Capacity; Path Load Distribution