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Non-binary spread spectrum signals with good delay-tracking features for satellite positioning

机译:具有良好延迟跟踪功能的非二进制扩频信号,用于卫星定位

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This paper derives an algorithm to design new signal-in-space formats to be possibly used in next-generation constellations of satellites. Considering recent advances in spread spectrum signal generation and detection, it is possible to investi gate new strictly band-limited non-binary waveforms which aim at minimizing the error on time delay estimation (TDE), and thus at maximizing positioning accuracy. This paper elaborates on a criterion proposed by the authors to improve TDE accuracy for the additive white Gaussian noise channel, focusing on multipath aspects. Preliminary theoretical analysis on a two-ray multipath channel is provided to support the proposed algorithm.
机译:本文源于设计新的信号空间格式,以便可能用于卫星的下一代星座。考虑到近期扩频信号产生和检测的进步,可以投资新的严格带限制的非二进制波形,其目的在于最小化时间延迟估计(TDE)的误差,从而最大化定位精度。本文详细说明了作者提出的标准,以提高添加剂白色高斯噪声通道的TDE精度,专注于多径方面。提供了对两个射线多径通道的初步理论分析,以支持所提出的算法。

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