Error model of triaxial angular velocity sensor

D. Megyesi, R. Bréda, M. Matis
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Abstract

The paper deals with the analysis of triaxial angular velocity sensor installed in IMU MNAV10CA. Sensor analysis is used to create a sensor model that includes sensor errors in individual axes as well as errors caused by a three-axis sensor design as a non-orthogonal error or misalignment. The authors of the article discuss the sequence of creating an error model, thanks to which it is possible to analyze interfering components in a useful sensor signal. The created model can then be used in the overall model of a small unmanned aircraft to increase its stability and controllability. Allan variation will be used to analyze the sensor noise processes.
三轴角速度传感器误差模型
本文对安装在IMU MNAV10CA中的三轴角速度传感器进行了分析。传感器分析用于创建传感器模型,该模型包括单个轴上的传感器误差以及由三轴传感器设计引起的误差,如非正交误差或不对准。本文的作者讨论了创建误差模型的顺序,由于它可以分析有用的传感器信号中的干扰成分。创建的模型可以用于小型无人机的整体模型,以增加其稳定性和可控性。Allan变分将用于分析传感器的噪声过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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