卫星导航系统中极化分集接收的干扰监测与抗干扰

Li Sun, Bigang Jing, Yue Cheng, Liang Yuan
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引用次数: 3

摘要

卫星导航系统采用扩频技术,导航信号比接收机处的机械热噪声低20 dB。电磁环境下的无线通信信号和电视广播信号可作为卫星导航系统的干扰源。本文设计了具有垂直极化单元和水平极化单元的圆形阵列。在估计干扰方向的基础上,通过波束形成和阵列元选择进行极化分集接收。与干扰相对应的极化分集接收可以进行干扰监测和分析。与干扰相比,极化分集接收是正交极化的,可以实现抗干扰,保证卫星导航的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Jamming monitoring and anti-jamming by polarization diversity reception in the satellite navigation system
The satellite navigation system adopts the spread spectrum technology, and the navigation signal is 20 dB lower than the mechanical thermal noise at the receiver. The wireless communication signal and the TV broadcast signal in the electromagnetic environment can be taken as the jamming to the satellite navigation system. The circular array with vertical polarization elements and horizontal polarization elements is designed in the paper. Based on the direction of the jamming estimated, the polarization diversity reception is performed by the beamforming with the array element selection. The polarization diversity reception which is the same polarization compared to the jamming can perform the jamming monitoring and the analysis. The polarization diversity reception which is orthogonally polarized compared to the jamming can realized the anti-jamming, ensuring the use of the satellite navigation.
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