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On site validation in GNSS stations for multipath and interference mitigation structure (IMLP)

机译:GNSS站中针对多径和干扰缓解结构(IMLP)的现场验证

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The mitigation of Interference and Multipath is of paramount importance for the GNSS reference stations since they potentially introduce significant errors on the measurements provided by these stations. The solution that has been used up to now in order to reduce the effect of multipath consists of using a small choke-ring ground plane, but unfortunately this solution results to be effective only to a very limited extent. The solution proposed in this paper, named "Interference and Multipath Protector" (IMLP), consists instead of adding an external structure able to deterministically change the antenna coverage. The general - effect of the IMLP structure is: - to reduce the unwanted gain at low elevation angles; - to leave the original pattern as much as possible unchanged for the high elevation angles. The paper summarizes recent simulation analyses and measurements results deriving from the study (design and development) of the IMLP structure solution.
机译:对于GNSS参考站,缓解干扰和多径至关重要,因为它们可能会对这些站提供的测量结果造成重大误差。迄今为止,为了减小多径效应而一直使用的解决方案包括使用较小的扼流圈接地平面,但是不幸的是,该解决方案仅在非常有限的程度上有效。本文提出的解决方案称为“干扰和多径保护器”(IMLP),它不是添加能够确定性地改变天线覆盖范围的外部结构。 IMLP结构的一般效果是:-在低仰角处减少不必要的增益; -对于高仰角,尽可能使原始图案保持不变。本文总结了来自IMLP结构解决方案研究(设计和开发)的最新仿真分析和测量结果。

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