Fuzzy-based Multipath Routing using Equilibrium Optimizer and LF Distribution in MANET Environment

Without a central hub or backbone network, mobile ad hoc networks are made up of a loosely connected group of wireless mobile nodes that may move freely and share information with one another. Nodes in a wireless network often need to make many hops before they can communicate with any other nodes in the network due to their restricted transmission range. Due to the dynamic nature of the network topology and the inherent unreliability of the available alternate route, routing protocol in ad hoc mobile networks is challenging. In this work, we provide a multipath routing method for MANETs that is based on fuzzy controllers. The fundamental concept behind the FMRM method is to build fuzzy regulators with the aid of fewer ad hoc network reconstructions. The simulation results demonstrate the effectiveness and efficiency of the suggested method when applied to MANETs. It's a method for choosing amongst several possible routes.