A new experimental system of coherent optical communication is recently accomplished at the Guilin Institute of Optical Communications in China.
一种新型的相干光纤通信实验系统最近在桂林激光通信研究所完成。
One of the key technology in coherent optical communication system is how to restrain polarization noise of the optical system.
光学系统偏振噪声的抑制是相干光通系统中的关键技术之一。
Heterodyne efficiency is reduced by aberration of receiving antenna for space coherent optical communication.
空间相干光通信中接收天线像差会使光外差效率下降。
This paper reports a polarization control technique for coherent optical fiber communication systems.
本文报导一种适于相干光纤通信系统应用的单模光纤偏振自动控制技术。
As a result, coherent optical communication system will gradually become the mainly solution for the next generation transmission network in the future.
因此，相干光通信系统将逐渐成为未来高速大容量传送网的必然选择。
Coherent optical communication has many advantages, but the technology is very complicated, It has come into practice by ten years effort.
相干光通信具有很多方面的优点，但其技术复杂，经过十多年的努力，已经进入实用阶段。
Under this background, the kernel technology of phase synchronization and correction in coherent optical communication system is systematically researched in this thesis.
基于此背景，本论文对相干光通信系统中的核心技术——相位同步及校正技术进行了深入的、系统的研究。
Under this background, the kernel technology of phase synchronization and correction in coherent optical communication system is systematically researched in this thesis.
基于此背景，本论文对相干光通信系统中的核心技术——相位同步及校正技术进行了深入的、系统的研究。
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