Fuzzy Optics Enabled Antenna Model for Push-To-Talk Communication in Underwater Networks

Abstract

This paper explores a unique antenna model to allow push-totalk underwater communications. This antenna version uses fuzzy logic to adaptively control the transmission and reception parameters of the antenna. The russification of the antenna parameters reduces the complexity of antenna control, permitting even low-give-up underwater gadgets to transmit and acquire alerts successfully. This version uses binary water droplet-like antenna systems, which are adaptively tuned in response to various sign energy levels. The binary antenna structure can attain enormous gains with minimal cease-consumer setup time and value. Moreover, this antenna model allows for a quick reconfiguration to suit converting water conditions and tool features, allowing the antenna to keep top-quality overall performance for underwater conversation. Our assessment of this version in actual-global situations shows that push-to-communicate communique is feasible with reasonable hyperlink reliability.