拥挤频谱中稀疏频率波形的实验验证

Shaun W. Frost, B. Rigling, L. Patton, L. Monte, B. Himed
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引用次数: 1

摘要

随着越来越多的用户占据频谱,而可用的连续带宽越来越少,雷达和通信波形慢慢地被迫在使用可用频率时变得更有效。随着波形设计变得越来越奇特,未来的稀疏频率方法也必须考虑放大器施加的约束,如模量和相位限制。本文对三种稀疏频率波形设计进行了比较。给出了实验结果,并与仿真数据进行了对比验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental validation of sparse-frequency waveforms for congested spectrums
With more users populating the frequency spectrum and less available contiguous bandwidth, radar and communication waveforms are slowly forced to become more efficient at using their available frequencies. As waveform designs become more exotic, it is critical that future sparse-frequency methods also consider constraints imposed by amplifiers, such as modulus and phase restrictions. In this paper, three sparse-frequency waveform designs are compared. Experimental results are shown and validated against simulated data.
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