A Novel Approach for Channel Assignment Using Optimization Technique in Wireless Networks

Due to their adaptable deployment options and complementary communication features, Wireless Mesh Networks (WMNs) have experienced an exponential rise in popularity in recent years. WMNs, a crucial component of next-generation wireless networking, have great promise for both the academic and commercial worlds. However, the best routing protocols are lacking in the present WMNs. Instead, a lot of WMNs use ad hoc network routing methods, which have various network characteristics as a result, routing is now the most pressing issue that must be addressed as soon as possible. The proposed model used the Ant-In-Mesh routing algorithm and its upgraded version is being developed in this paper to deal with the demanding traffic needs of WMNs. This algorithm was influenced by the conventional Ant Colony Optimization (ACO) approach, which provides an optimum path for best routing in dynamic networks by using Ant colony optimization and improves network performance by removing and reconnecting dead paths in mesh networks.