Optical Communication Performance of Solitonic Pulses in Weak Oceanic Turbulence

Yang, 王阳 Wang; Peng, 张鹏 Zhang; Xiaoyan, 李晓燕 Li; Chao, 王超 Wang; Dashuai, 王大帅 Wang; Shoufeng, 佟首峰 Tong

doi:10.3788/cjl201845.0506004

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“…Influence [3,4]. Only Wang Yang combined the optical characteristics of seawater and the turbulent environment to analyze the performance of underwater optical communication in the channel analysis [5], but his channel model uses hypergeometric functions, which is complex and not conducive to statistics.…”

Section: Introductionmentioning

confidence: 99%

Influence Analysis of Underwater Laser Pulse Arrival Delay

Li,

Lian,

Yang

et al. 2023

HSET

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In order to explore the influence of pulse arrival delay in underwater laser timing technology, a fused channel model based on Monte Carlo method and phase screen method is adopted, and the influence of ocean turbulence environment on photon transmission is added in the simulation process. On this basis, the received waveform and pulse arrival delay distribution characteristics of laser pulses in two waters and different turbulent environments are analyzed. The results show that with the turbidity of waters, the enhancement of ocean turbulence and the increase of transmission distance, the received pulses waveform gradually show a positive skewed distribution, and the pulse broadening and arrival delay are continuously increasing.

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Section: Introductionmentioning

confidence: 99%