利用多通道多频率采样进行欠采样频谱重建

V. Lesnikov, T. Naumovich, A. Chastikov
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引用次数: 6

摘要

信号欠采样是一种用于数字信号处理的技术,其中采样率小于采样定理所要求的。在这种情况下,存在混叠的影响,这可能导致不可接受的失真。提出了一种恢复混叠失真频谱的方法。为了做到这一点,信号以不同的采样率在几个通道中采样。所有这些频率都不满足采样定理,因此在所有信道中都会发生混叠。然而,信道中的频谱畸变各不相同。这些差异被用来还原光谱。本文给出了一个三通道情况下的频谱恢复实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Undersampled Spectrum Reconstruction Using Multichannel Multifrequency Sampling
Signal undersampling is a technique used in digital signal processing where the sampling rate is less than what the sampling theorem requires. In this case, there is the effect of aliasing, which can lead to unacceptable distortion. The paper proposes a method to restore the spectrum distorted by aliasing. To do this, the signal is sampled in several channels with different sampling rates. All these frequencies do not satisfy the sampling theorem, so aliasing takes place in all channels. However, the spectrum distortions in the channels differ from each other. These differences are used to restore the spectrum. The paper presents an example of spectrum restoration in the case of three channels.
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