星间激光通信不确定区域扫描补偿技术研究

In view of the relative motion deviation arising from the initial acquisition in satellite laser communications, we establish a relative motion compensation model for intersatellite laser communications. If only we provide a little star calendar table enquiry, this model can acquire high precision compensation data. Stimulant results show that this model can reduce the deviation resulting from uncertain region scanning, enabling high-probability and fast establishment of laser communication links in intersatellite laser communications.

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王利辉, 孟立新, 李咏豪, 张立中. 星间激光通信不确定区域扫描补偿技术研究[J]. 光通信研究, 2012, 38(4): 64. Wang Lihui, Meng Lixin, Li Yonghao, Zhang Lizhong. Research on compensation technology for uncertain region scanning in intersatellite laser communications[J]. Study On Optical Communications, 2012, 38(4): 64.

星间激光通信不确定区域扫描补偿技术研究

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