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Study and simulating of adaptive array processing with effect of channel uniformity

机译:具有信道均匀性的自适应阵列处理的研究与仿真

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Adaptive anti-jam processing used by Global Positioning System (GPS) usually works in an environment where interferences exist. The Power-Inversion (PI) algorithm is often applied to suppress interferences in the system. But variance of amplitude and phase which exists among antenna channel takes bad effect on adaptive anti-jam processing and PI algorithm, so we do our best to research the relation between channel uniformity and adaptive processing. When variance of amplitude and phase is limited under the definite condition, paper proves PI algorithm can not only reject interferences, but also conquer channel uniformity on a certain degree by academic researching and simulating. The conclusion has the advantage to engineering applications.
机译:全球定位系统(GPS)使用的自适应抗干扰处理通常在存在干扰的环境中工作。功率反转(PI)算法通常用于抑制系统中的干扰。但是天线信道之间存在的幅度和相位变化会对自适应抗干扰处理和PI算法产生不利影响,因此我们尽力研究信道均匀性与自适应处理之间的关系。在一定条件下,当振幅和相位的变化受到限制时,通过学术研究和仿真证明,PI算法不仅可以抑制干扰,而且可以在一定程度上克服信道均匀性。结论对工程应用具有优势。

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