An Effective Autonomous Reconfiguration System for Wireless Mesh Network

Abstract
Authors
Keywords
Conclusion
References

In recent years, the demand for the network usage is increasing day by day. While transferring the data from source to destination, these networks experience frequent link failure which are caused by channel interference and dynamic obstacles, resulting in poor system performance. To preserve the network performance a Modified Autonomous Network Reconfiguration System is used, which identifies a link failure and enables a multi radio wireless mesh network to autonomously recover from the local link failure thus improving the QoS. Modified Autonomous Network Reconfiguration System is implemented extensively on IEEE 802.11b based WMN through NS2 simulation for mobile node configuration. The performance parameters of different recovery methods are analyzed and compared with modified autonomous system.

Published In : IJCSN Journal Volume 5, Issue 1

Date of Publication : February 2016

Pages : 106-109

Figures :06

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Publication Link : An Effective Autonomous Reconfiguration System for Wireless Mesh Network

Femy Thomas : Department of Electronics and Communication Engineering Toch Institute of Science And Technology Arakkunnam, Kerala, India

Sona Lisa Kurian : Department of Electronics and Communication Engineering Toch Institute of Science And Technology Arakkunnam, Kerala, India

Wireless Mesh Network

Reconfiguration System

Wireless Link Failures

We have implemented a Modified ARS for a mobile node configuration, based on IEEE 802.11b wireless links. It is found that a Modified ARS is more effective than ARS in terms of throughput and latency. By the election of leader node, the energy consumption and timing has been reduced. Thus a Modified ARS offers better efficiency in a mobile node configuration.

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