Abstract
The recently introduced power spectrum of the refractive index fluctuations of the natural oceanic water turbulence is applied to an underwater communication system in the presence of adaptive optics corrections. The effects of the average temperature (0-30°C), the average salinity (0-40 ppt), the temperature-salinity gradient ratio (0-400°C/ppt), and the wavelength of the source (400-700 nm) on such a system are considered for the first time, to the best of our knowledge. It is revealed that even in the presence of adaptive optics the communication system's operation is severely affected by the regional and seasonal averages and fluctuations in the water's refractive index.
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