重新设计的海洋中频波段波形

Lars Grundhöfer, S. Gewies, Niklas Hehenkamp, G. D. Galdo
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引用次数: 1

摘要

一些研究表明,在海上中频(MF)频段工作的海上无线电信标信号可以进行修改,以实现距离和位置估计。这种被称为测距模式(R-Mode)的技术面临着歧义性解决和多径干扰抑制方面的挑战,这些问题与每个无线电信标500至1000 Hz的小带宽有关。本文表明,在两个独立的中频信道中传输或使用完整的海上中频波段时,增加每个站的总使用带宽将提高估计电离层反射的模糊度和识别信号的能力。提出了一种匹配跟踪算法,将接收到的信号分解为地波和天波分量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Redesigned Waveforms in the Maritime Medium Frequency Bands
Several studies have shown that the signals of marine radio beacons, which operate in the maritime medium frequency (MF) band, can be modified to enable range and position estimate. This technology called Ranging Mode (R-Mode) faces challenges in the resolution of ambiguities and suppression of multipath interference which are related to the small bandwidth of 500 to 1000 Hz per radio beacon. This paper shows that increasing the overall used bandwidth per station with the transmission in two separate MF channels or using the complete maritime MF band would increase the ability to estimate the ambiguities and identify signals reflected by the ionosphere. A matching pursuit algorithm is proposed to decompose the received signal into the ground-wave and sky-wave component.
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