一种新型差分集成光发射机和微波/光直接探测接收机的数字基带/ scm控制光纤Unk

R. Gaudino, S. Han, M. Shell, M. Vaughn, D. Blumenthal, J. Laskar
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引用次数: 2

摘要

光纤网络为未来的模拟和数字应用提供了支持宽带、灵活通信的潜力。光副载波复用(OSCM)允许在使用单个光源的光纤上传输并行数据通道。OSCM的一个应用是光纤中的带外信号,其中&ita通道在基带传输,控制通道多路复用到RF子载波上。通过微波带通滤波器进行光检测,很容易恢复控制通道。在微波子载波上传输的数字信息可用于在电路交换网络中建立端到端连接,处理争用解决[13],以及在基于分组的网络中传输报头[2,3,4]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Digital-baseband/SCM-Control Fiber Unk with Novel Differential Integrated Optic Transmitter and Microwave/Optical Direct Detection Receiver
Fiber-optic networks offer the potential to support very wideband, flexible communications for future analog and digital applications. Optical subcarrier multiplexing (OSCM) allows parallel data channels to be transmitted on an optical fiber using a single optical source. One application of OSCM is out-of-band signaling in optical fibers where the &ita channel is transmitted at baseband and the control channel multilplexed onto an RF subcarrier. The control channel is easily recovered by following photodetection with a microwave bandpass filter. Digital information transmitted on the microwave subcarrier can be used to setup end-to-end connections in a circuit switched network;, handle contention resolution [ 13, and transmit headers in packet-based networks [2, 3,4].
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