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The Error Analysis and the Error Calibration of the Bionic Polarized Light Compass

机译:仿生偏振光罗盘的误差分析与误差标定

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The bionic polarized light compass was made based on the compound eyes' structure of the desert ants. According to the theoretical output formula of the compass, the error analysis of the compass was carried out. The results show that the relative proportional coefficient, the error angle of the polarization direction between any two channels and the zero deviation value of the system will affect the calculation of the polarization azimuth angle. But the degree of polarization will not affect the theoretical calculation value of the polarization azimuth angle. The error calibration experiment was designed in order to calculate the compensation parameters of the related error sources. The inverse calculation result of the polarization azimuth angle proved the validity of the compensation parameters.
机译:仿生偏振光罗盘是根据沙漠蚂蚁的复眼结构制成的。根据指南针的理论输出公式,对指南针进行了误差分析。结果表明,相对比例系数,任意两个通道之间偏振方向的误差角和系统的零偏差值都会影响偏振方位角的计算。但是极化程度不会影响极化方位角的理论计算值。为了计算相关误差源的补偿参数,设计了误差校准实验。极化方位角的反算结果证明了补偿参数的有效性。

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