CLUSTER BASED MOBILITY MANAGEMENT ALGORITHMS FOR WIRELESS MESH NETWORKS

Abstract

Wireless mesh networks (WMNs) contain the modernadvancementwith attracting additional academicianas well asindustrialiston behalf of their flawless connectivity toward the internet. Radio sourcebeindividualamongst the major resources during wireless network, which belikely to utilizeintoanwell-organizedmannerparticularlyas the mobile nodes beon top of move. Though, on condition thatassured quality of service toward the mobile nodes within the network be a toughproblem. To complete this, we propose 2 cluster algorithms, specifically, static clustering algorithm designed for WMNs with dynamic clustering algorithm meant for WMNs. In these algorithms, we propose a novel weight-based cluster head in addition to cluster portioncollectionprocedure for the development of clusters. The weight of the nodes within WMN be computed allowing for the parametercontain the bandwidth of the node, the amount of node connectivity, and node collaborationaspect. Further, we as wellrecommendimproved quality of service enable routing protocol for WMNs in view of the delay, bandwidth, hopcount, and probable transmission count are the routing metrics. The presentation of the proposed clustering algorithms with routing protocol beanalyze, and outcomedemonstrate high throughput, high packet deliverance ratio, and low communication chargecomparethrough the existing baseline mobility management algorithms and routing protocols.