Intersatellite optical communication 星间激光链路 ; 卫星光通信
This paper verified the feasibility and effectiveness of the compensation system established by us, and lay a foundation for the using of the various fiber components in the optical intersatellite communication system.
本文的研究验证了卫星平台振动补偿技术的可行性及有效性,为在卫星光通信系统中应用各种光纤通信技术打下基础。
参考来源 - 振动对空间光—光纤耦合效率影响及补偿方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Firstly, after discussing the acquisition scenarios, acquisition method, and scan pattern in acquisition technique of optical intersatellite communication, the acquisition probability is studied.
在星间光通信捕获技术研究方面，本文对捕获方案，捕获过程，捕获方式以及扫描方式进行了阐述。
A proposal is introduced in the paper that the control method of multiple axis pointing can be used to improve the tracking and pointing system in intersatellite optical communication.
提出了用复合轴瞄准控制方法实现卫星光通信跟瞄控制，以提高卫星光通信中跟瞄系统的性能。
Vibration is a key factor of intersatellite optical communication, even a minor vibration of the pointing system on one satellite can dramatically degrade the network performance.
星间光通信中振动是影响系统性能的重要因素，即使其中一个卫星的瞄准系统的很小幅度的振动也可以引起整个网络的性能急剧恶化。
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