UDC 519.245
UDC 528.021.78
This paper discusses a proposed algorithm for statistical modeling of the impulse response of a laser non-line-of-sight optical communication channel through the water-atmosphere interface. The impulse response is the basis for assessing channel quality parameters, such as the signal-to-noise ratio, path loss, maximum number of transmitted bits per unit time, and the bit error rate.
Monte Carlo method, impulse response, scattered-light optical communication, water-atmosphere interface, water disturbance
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