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Optimized algorithm for solving phase interferometer ambiguity

机译:解决相位干涉仪模糊度的优化算法

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Direction finding (DF) system using phase interferometer of long baselines gives high accuracy of angle of arrival (AOA), however, it also involves phase ambiguity and phase error. The paper presents a measurement of phase interferometer system, which was configured with three and four antenna elements, providing information of phase error. Moreover, a method including rotation of measured phase differences, labeling the phase lines and rounding value of phase difference was applied for determination of unambiguous AOA. The algorithm of AOA calculation was fast and optimized. The method was verified by experimental measurement combining with signal processing in MATLAB environment. The RMS error of phase measurement was 5.4¿¿ and RMS error of AOA determination was around 0.09¿¿.
机译:使用长基线相位干涉仪的测向(DF)系统可提供很高的到达角(AOA)精度,但是它也涉及相位模糊度和相位误差。本文介绍了一种相位干涉仪系统的测量方法,该系统配置了三个和四个天线元件,可提供相位误差信息。而且,将包括旋转所测量的相位差,标记相位线和相位差的取整值的方法用于确定明确的AOA。 AOA计算的算法是快速和优化的。在MATLAB环境下,通过实验测量与信号处理相结合,验证了该方法的有效性。相位测量的RMS误差为5.4°,AOA测定的RMS误差为0.09°左右。

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