An Optimized Approach on Link Stability with Load Balancing in MANET using Balanced Reliable Shortest Route AOMDV (BRSR_AOMDV)

Objectives: MANET consistency depends on the robustness of the load balancing and link between the mobile nodes of the network. This paper has been evaluated the reliability for defective nodes (transceivers) to find the average queue length and signal interference noise ratio. In order to increase the load balancing and produce high throughput. Methods/Analysis: This paper proposes Balanced Reliable Shortest Route AOMDV (BRSR-AOMDV) a technique which handles both load balancing and link stability based on the average queue length computation and the signal strength of the each reachable links. This proposed approach uses two phases, one for discovering the path with least queue size and in the second phase among the selected paths with short queue size the path with high link stability is considered as optimal path for traversing packet from the selected source to destination nodes. Findings: The method is illustrated with an application and some imperative results are also presented. The performance is done based on different metrics for load balancing as well as link stability and the proposed method performs better than the AODV. Conclusion: BRSR-AOMDV achieves good packet delivery ratio, more network lifetime while attaining low delay overhead than the existing scheme AODV scheme.