Estimated Bit Error Rate in the Atmospheric Optical Communication Channel Based on Scattered Radiation in the UV-wavelength Range in the Daytime and at Night
A model of the atmospheric optical communication channel based on scattered radiation in the UV wavelength range is considered. The model is based on the Monte Carlo method algorithms for the local and modified double local estimate to calculate the impulse response of the optical communication channel. The bit error rate in the day and at night is estimated for the wavelength range from 200 to 400 nm and information coding using the digital pulse interval modulation (DPIM). The results demonstrate that the wavelength λ = 295 nm is better to arrange a long-range communication using the receiving system under study in the daytime, whereas the wavelength λ = 395 nm is better at night.
Tags: atmosphere monte carlo method optical communication based on scattered radiation scattered laser radiation uv wavelength range атмосфера метод монте-карло оптическая связь на рассеянном излучении рассеянное лазерное излучение уф-диапазон длин волн
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