Design considerations for wireless underwater communication transceiver

Evolutionary processes have shaped acoustic communication behaviours of remarkable complexity, for thus many researches have led to the development of innovative receiver structures for robust underwater acoustic communication. As underwater channel model, attenuation, transmission distance, low power consumption, highly Signal to Noise Ratio, Bit Error Ratio, inter-symbol interference, error coding and alternative modulation strategies, are of primary concern in the whole study and in particularly the proposition of the transceiver structure and his design. The values of these parameters above - mentioned are crucial to improve the wireless underwater communication. In addition, the battery powered Network nodes limit the life time of the proposed transceiver. This paper aims to survey the existing and the reliability of this transceiver and its applicability to underwater communication based on these simulations parameters values that are evaluated and presented.