Autonomous load balancing of Optimized Path Selection for Wireless Mesh Network

Now days, Wireless mesh networks (WMNs) taking the attention and attracting Internet access networks and it enables technologies for application-oriented networks. The inherent issues of proactive and reactive path selection elements are overcome by Optimized path selection protocol as well as for WMN QoS (Quality of Service) are provided. The traffic is directed from all the way through a congested location by using an efficient load balancing approach keeps data transmission as an effective path. Hence, congestion is prevented by using autonomous load balancing with optimum path selection routing technique. The prevention of traffic congestion is an important technology to increase WMN reliability. This paper presents Autonomous Load Balancing of Optimized Path Selection for Wireless Mesh Network. Each node’s Maximum Residual Energy and Minimum Draining Rate are considered by depending on cluster head (CH) selection technique. The described model predicts the most efficient node by selecting cluster head dynamically and periodically. Throughput, Energy Consumption, Packet Delivery Ratio and Packet end to end Delay are used parameters for performance analysis. Results found that autonomous load balancing and path selection improves QoS of WMN which is really helps in Routing scheme.