Communication, FSO)或无线光通信(Wireless Optical Communication) ,是近年来出现的通信热 点。它是以大气为媒介，让载波激光在大气中传 输有效信息以达到通信日的.
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【正文快照】： 0引言无线激光通信(Wireless Optical Communication),又称为大气激光通信(Free Space Laser Communication),是一种新兴的通信方式。
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indoor wireless optical communication 室内红外光通信
wireless optical communication system 无线光通信系统
transient wireless optical communication 瞬态无线光通信
Underwater wireless optical communication 水下光学无线通信
atmospheric wireless optical communication 大气无线光通信
wireless optical communication network technology 无线光网络通信技术
optical wireless communication 无线光通信 ; 光无线通信 ; 光学式的无线通讯
urban optical wireless communication 城市光无线通信
terrestrial optical wireless communication 地面无线光通信系统 ; 地面无线光通信
Wireless Optical Communication (Free Space Optical Communication-FSO) has many advantages, such as good security, effective anti-interference, high data transfer rate, flexibility and convenience, and so on.
无线光通信即自由空间光通信具有保密性好、抗干扰能力强、传输速率高、灵活便捷等优点。
参考来源 - 基于PPM和RS码的无线光通信系统性能分析·2,447,543篇论文数据，部分数据来源于NoteExpress
For the time being, there is little research of applying LDPC codes to the atmospheric wireless optical communication.
目前对无线光通信系统在大气信道中应用LDPC码的研究少见于文献。
These studies have great academic and practical values in the development and application of wireless optical communication systems.
该研究对于无线光通信系统的开发和应用具有重要的学术和应用价值。
In addition, this paper discusses how to improve the capability, which would be helpful for the design of wireless optical communication system.
本文还就系统性能提升进行了讨论，为无线光通信系统设计提供了一定的参考。
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