A Framework for Dynamic Multipath Self Reconfiguration Mechanism in Wireless Mesh Network

Mesh Network has the advantages of fast implementation, easy maintenance and low direct investment while comparing with the existing networks. Since Wireless mesh networks are implemented as wireless anchors, but they are not stabilized.WMN frequently affects by link failures. This paper presents the fast autonomous network reconfiguration system which provides the multi radio Wireless Mesh Networks to recover from link failure automatically to maintain the network performance. Fast autonomous network reconfiguration system gives the necessary changes in local radio and channel allocations to rescue from fails. Recover Mechanism have been introduced in order to increase the network performance while failure occurs.. In this research, we study if the extra infrastructure support can be exploited to build disjoint paths in those frameworks, while keeping the recovery path lengths close to the primary paths. Our evaluations show that it is possible to extend the proactive recovery mechanisms to provide support for nearly-disjoint paths. Energy consumption must be minimized while achieving high throughput and low delay.