Analysis and Design of Intelligent Underwater Wireless Sensor Network for Control of Marine Vessel Traffic

Underwater sensor networks consist of a number of sensors and conductive carriers that are underwater for shared tasks throughout the specific area. These components together are responsible for monitoring different environmental conditions. In the underwater wireless sensor network, nodes communicate through sound waves. Because these waves emit better underwater than electromagnetic waves. The purpose of designing underwater sensor networks, collecting visual data of oceans, monitoring underwater environments in terms of pollution, preventing disasters such as tsunamis and earthquakes Assisting in seafaring, etc. The purpose of designing underwater sensor networks, collecting visual data of oceans, monitoring underwater environments in terms of pollution, preventing disasters such as tsunamis and earthquakes, Assistance to seafaring, etc. Since a large number of vehicles use shared infrastructure facilities, traffic control of underwater vehicles is a determinant factor in the efficiency of the system. In this paper, a new architecture of underwater sensor wireless network is designed to monitor and control different ships and water vehicles. Control is obtained by supervising the vehicles' metrics and adjusting the control parameters. This technique can be used in ۲D and ۳D forms. Simulation results on simulated data show the efficiency of the proposed method

Keywords:

Underwater Wireless Sensor Network , Intelligent Underwater Network , Underwater voice communications , Place-finding algorithm , Control of Marine Vessel Traffic