The Optical Communication System of the Wild Internet of Things for One-to-Multi-Points

G. Wen, Shuang Wang, Yining Mu, Jingyi He
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Abstract

With the development of the wild Internet of things , Because of the many benefits of laser communications, laser communications network as Internet of things important means of optical networks has become an inevitable trend and urgent demand. This paper designed the 150mm optical main diameter, Laser divergence angle of 1mrad multipoint communication system. Mainly using the splitter splitting and frequency division multiplexing combined, through optical design and frequency shift keying binary method, The purpose is achieve that received the same optical signal of six channels at the same time.The laser communications systems for the internet of things development of a new device.
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面向一对多点的野生物联网光通信系统
随着物联网的迅猛发展,由于激光通信的诸多优点,激光通信网络作为物联网的重要手段光网络已成为必然趋势和迫切需求。本文设计了150mm光主直径,1mrad激光发散角的多点通信系统。主要采用分路器分路和频分复用相结合,通过光学设计和移频键控二进制方法,达到同时接收六个通道相同光信号的目的。激光通信系统为物联网发展的一种新设备。
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