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Acquisition performance analysis for intersatellite optical communications with vibration influence

Acquisition performance analysis for intersatellite optical communications with vibration influence
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摘要 A stable and accurate pointing,acquisition system is an important part of initially building intersatellite optical communication links.Satellite platform vibration can cause the system instability and reduce the system precision in building and maintenance of a satellite optical communication system.In this paper,vibration influence is consciously discussed by acquisition time for intersatellite optical communications.Analytical expression of acquisition possibility is derived,taking the scan parameters and platform vibration into account,and vibration influence on the multi-scan acquisition time is also presented.The theoretical result calculated by the proposed analytical expression is approximate to the result by the Monte Carlo simulation. A stable and accurate pointing, acquisition system is an important part of initially building intersatellite optical communication links. Satellite platform vibration can cause the system instability and reduce the system precision in building and maintenance of a satellite optical communication system. In this paper, vibration influence is consciously discussed by acquisition time for intersatellite optical communications. Analytical expression of acquisition possibility is derived, taking the scan parameters and platform vibration into account, and vibration influence on the multi-scan acquisition time is also presented. The theoretical result calculated by the proposed analytical expression is approximate to the result by the Monte Carlo simulation.
作者 马晶 陆高原 于思源 谭立英 付玉龙 黎发军 Jing Ma;Gaoyuan Lu;Siyuan Yu;Liying Tan;Yulong Fu;Fajun Li(National Key Laboratory of Tunable Laser Technology,Harbin Institute of Technology,Harbin 150001,China)
出处 《Chinese Physics B》 SCIE EI CAS CSCD 2020年第1期280-286,共7页 中国物理B(英文版)
基金 Project supported by the Program of Excellent Team in Harbin Institute of Technology,China
关键词 optical communication systems optical communications acquisition time vibration influence optical communication systems optical communications acquisition time vibration influence
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