Soldier Monitoring System In Military Operations Using Awgn

Military is the most vital asset of any country; they are in need of speed and secure information exchange to carry out effective military operations. Establishing communication links to marine units and ground operation units giving the benefit of joint mission operation. The main objective is to design the system for commander in charge of the mission to monitor the position and status of the soldier during the military operations (Land and Water) in a secure manner, where the technique can be used for both water and land communication. To attain this objective, it is proposed to develop a system comprising of land and water communication. Most existing work of underwater communication and land transmission face many new challenges making it difficult for delivering information from transmitter end to the receiver end efficiently. Several tests alternative methods are put into research to which the proposed system can be put under use. This System eliminates the losses due to attenuation, turbidity of water, multipath, delay and reduce the bit error rate with the use of Additive White Gaussian Noise (AWGN) by channeling it into appropriate frequency and increases the overall throughput. The system focuses to eliminate maximum errors that may occur while establishing the communication link. The proposed system will enable the soldier to switch between land and water communication. The collected data from the soldier’s node in navy operation reaches the base control room by using water as the medium through RF technology. The system enables the soldier to be equipped with the same transmitting technique which has the ability to switch between both land and water communication. Through the proposed method the efficiency, capacity, latency and throughput of the system will be enhanced for faster operation.