A Load-Based Multihop Routing Using Whitebox Routers in Backbone Network

Abstract

White box routers are multi-hop networks. Clients and routers form this kind of network, with the routers serving as its backbone and including many radio interfaces. It is critical to distribute the load uniformly and prevent interference for Wireless Mesh Network (WMNs) to be able to provide backbone support. As a routing system for multi-radio backbone networks, we introduce Load-based Multihop-White Box Routing (L-MWBR). This protocol accounts for variations in transmit rates, packet loss ratios, intra- and interflow interference, and traffic volumes. In multi-radio networks, the L-MWBR measure is useful for locating pathways that are superior in terms of load balancing and lowering the amount of interference that occurs between multiple flows and within individual flows. There are various current routing measures in multi-radio backbone networks, and the results of the simulation reveal that the L-MWBR method works substantially better than other metrics.