惯性实验室模拟

C. Blum, B. Braun, J. Dambeck, M. Kagi
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引用次数: 0

摘要

2015年初,一个惯性实验室将安装在慕尼黑工业大学的飞行系统动力学研究所(FSD)。与ACUTRONIC瑞士有限公司合作,将使用AC3350三轴运动模拟器来研究惯性传感器校准技术,以及整个实验室环境的误差影响。为了识别和评估对实验室质量可能产生的影响,对整个校准过程进行了模拟,包括实验室环境、运动模拟器和被测单元的误差模型。本文概述了惯性传感器标定过程中已识别的误差源。对未来惯性实验室的典型误差源进行了举例讨论。最后利用初步仿真结果说明了这些误差对对称六姿标定过程的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Inertial laboratory simulation
In early 2015 an inertial laboratory will be installed at TUM's Institute of Flight System Dynamics (FSD). In cooperation with ACUTRONIC Switzerland Ltd. an AC3350 three-axis motion simulator will be used to investigate inertial sensor calibration techniques, as well as error influences of the whole laboratory environment. To identify and assess possible influences on the laboratory's quality a simulation of the whole calibration process, including error models of the laboratory environment, the motion simulator and the unit under test has been created. The article presents an overview of identified error sources in the inertial sensor calibration process. Typical error sources are discussed exemplarily for the future Inertial Laboratory. Finally the influence of these errors on a symmetric six-pose calibration process is illustrated using preliminary simulation results.
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