Published Paper Details:

Introduced in this paper is the "Efficient Whale Optimization Algorithm based Routing Protocol for Wireless Mesh Networks." This protocol seeks to enhance routing patterns in Wireless Mesh Networks (WMNs) by utilizing the Whale Optimization Algorithm (WOA). The protocol's operations are described in depth in the given pseudocode, with a focus on iterative path optimization based on geographical criteria such as energy consumption, available bandwidth, signal strength, and distance. Iterative routing optimization loop is the protocol's central component, which is initiated with node setup and topology establishment. It combines the phases of exploration and exploitation of EWOA, modeling the behaviors of whales to enable varied route discovery and the best possible path selection. Route fitness is dynamically evaluated to guarantee adaptation to shifting network conditions. Through the integration of spatial measurements and the principles of WOA, it enhances the efficiency and reliability of data transmission. In dynamic WMNs, this adaptive technique offers greater robustness of the network. Ultimately, by tackling congestion, signal deterioration, and energy consumption, this protocol offers a fresh paradigm for improved routing in WMNs and paves the way for more effective wireless communication systems.