Route Stability with Node Reliability-Based Auto Reconfiguration in Wireless Mesh Network

Wireless Mesh Network (WMN) is envisioned as an efficiently feasible paradigm and a capable method for sustaining Quality of Service (QoS). During data transmission, multi-hop WMNs incident repetitive link failures due to many reasons. Hence, these failures originate harsh function degradation in WMNs. This approach presents Route Stability with Node Reliability-based auto-reconfiguration (RSNR) in WMN. Providing reliability is measured to be a demanding job because of the imperfect energy and memory. This approach regulates the radios in the WMN conditional on signal strength to ensure reliability by applying self-reconfiguration. The stability of the path builds the route an applicable one to forward information. The node reliability and the link stability measure the link quality. This link quality node makes self-reconfiguration. The node with a lesser SINR value with the best Link quality node is chosen as the next node. The RSNR approach results revealed increased efficiency of the received rate and residual energy of the packet received rate.