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基于运动校正解模糊的分布式定位技术

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为了在同时观测条件下进行非合作定位,研究了邻近多站分布式高精度定位技术,深入分析了利用电磁波信号到达相位差进行定位的方法,重点解决相位差校正解模糊问题.为了对相位差误差及模糊数进行估计,提出利用已知外辐射源的校正方法,在运动过程中,实现校正解模糊及定位跟踪一体化处理.该方法观测性好,适应性强,通过对算法的研究及仿真,验证了其理论可行性,为实际应用奠定了基础.
Distributed localization technology based on motion correction of ambiguity resolution
In order to carry out non-cooperative location under simultaneous observation conditions,a re-search is made on the technology of high precision neighborhood multi-stations distributed localization.A localiza-tion method of using electromagnetic wave signal arriving phase difference is analyzed in depth,which is focused on solving the ambiguity of phase difference correction.A method of using known external emitters is provided to estimate the error and ambiguity number of phase difference.In the process of the unknown embitter motion,the integrated processing of the correction of ambiguity resolution and the localization tracking are realized.The meth-od is suitable for observing and verified feasibly in theory by study and simulations,laying the foundation for practi-cal application.

motioncorrection of ambiguity resolutiondistributedlocalization

卢鑫、朱晓丹、薄超、韦北余、丁其洪

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南京电子设备研究所,江苏 南京 210000

运动 校正解模糊 分布式 定位

2024

航天电子对抗
中国航天科工集团公司8511研究所

航天电子对抗

影响因子:0.382
ISSN:1673-2421
年,卷(期):2024.40(6)