1) scattering atmospheric optical communication
散射大气光通信
1.
Optical antenna for non-line-of-sight scattering atmospheric optical communication;
非视线散射大气光通信的光学天线
2) optical scattering communication
光散射通信
1.
Based on the assumption of single-scattering,atmospheric propagation model of non-line-of-sight optical scattering communication system is studied.
在单次散射假定下,研究了非视线光散射通信系统的大气传输模型。
3) atmospheric optical communication
大气光通信
1.
Atmospheric optical communication with optimal selection diversity;
大气光通信中应用最优选择分集
2.
Using the gas discharge lamp as the light source of atmospheric optical communication,the function theory and characteristic of this light source are analyzed.
以气体放电灯作为大气光通信的光源,分析了光源的工作原理及特性,对调制方式进行了选择,设计实验电路并进行了一系列调制实验,最后提出一种基于电子镇流器的大气光通信BFSK调制方法。
3.
The OSCM system based on coherent detection in atmospheric optical communication is designed and the signal transmission performance of this system is simulated and analyzed in this paper.
设计了应用于大气光通信的OSCM(光微波副载波复用)相干检测系统,对系统的信号传输性能进行了仿真分析,在理论上验证了该方案误码率低,可同时传输多路信号,适用于大气信道。
4) atmospheric laser communications
大气光通信
1.
In atmospheric laser communications, system performance is influenced by phase disturbance and irradiance fluctuation induced by turbulence and the problem may be solved partly by using adaptive optics compensation.
大气光通信中大气湍流引起的相位噪声和光强起伏噪声会严重影响通信系统的通信质量,自适应光学补偿可在一定程度上解决问题。
5) free-space laser communication
激光大气通信
1.
Analysis of the parameters influencing the distance of free-space laser communication;
影响激光大气通信距离的诸因素分析
2.
Free-space laser communication is becoming attractive as a new wireless access technology in recent years because it combines advantages of fiber optical communication and microwave communication.
激光大气通信系统由于结合了光纤通信和微波通信的优势,近年来作为一种新型宽带无线接入方式越来越受到重视。
6) Laser atmospheric communication
激光大气通信
1.
The paper mainly designs the part of electronics of laser atmospheric communication system.
本文主要对激光大气通信的电子学系统进行了设计。
补充资料：红外线通信(见光通信)
红外线通信(见光通信)
infrared communication
hongwaixian tongxin红外线通信(in fraredco~爪cation)见光通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条