Implementing SDN Process‐Based MRMC Wireless Networks

The Multi-Radio Multi-Channel [MRMC] network's quality of services may rely on several factors, but it mostly depends on the QoS process for all the routes. Failure in ratio link leads to the reduction in performance of the QoS process as well as its throughput will also be reduced. In industries, various services are provided by accessing them with the help of the manet. Through which the employees and customers can access the sector's service anywhere, at any place, and at any time through mobile. With the node's movement in MRMC, the link-failure frequency will always be high. The nodes move in all directions with different speed limits. The rise of interest towards applying the Software-Defined Network principle of the wireless multi-hop network paves the way for bringing in flexibility and programmability in the MRMC. This is mainly lacking in the present time in the distributed wireless network such as the (Mesh, Ad-hoc, and other sensor networks). But the SDN in the wireless network promises enhanced mitigation processes like interference, mobility, and scalability of the network where the Qos service in the network gets enhanced automatically. This research tries to highlight the proposed ILP based wireless resource allocation for the p2p and the p2mp service to the end of the network with frequency needs in the SDN MRMC network hop. The recommended model's specification is based on the Wireless communication system. Also, consideration was made on switching the wireless node's resource consumption because the SDN forwarding table for the network remains restricted. The Genetic Algorithm from the proposed ILP (Integer Linear Programming) is introduced for addressing the large wireless network. The outcome from the simulation process illustrates that both the IPL and the GA from ILP formulation works effectively.