基于加速度计的对准传递(ABAT)

C.E. Hagan, C. S. Lofts
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引用次数: 3

摘要

本文提出了一种仅利用加速度计在引力场中的测量值就能实现对准传递的新方法。重新制定了TRIAD(三轴姿态发展)算法,使用两对引力测量来代替恒星观测来实现三轴姿态确定。ABAT方法的一个主要优点是可以根据飞行考虑自由选择导弹惯性测量单元陀螺仪。另一个好处是能够通过简单地进行新的重力测量和重新处理安装前的测量来更新校准传递。该方法消除了对中误差的主要影响因素完成对中传递所需的时间。提供了算法开发、误差分析和实验室结果
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Accelerometer based alignment transfer (ABAT)
The authors present a novel alignment transfer method which uses only accelerometer measurements in the gravitational field. The TRIAD (three-axis attitude development) algorithm is reformulated to use two pairs of gravitational measurements instead of star observations to achieve three-axis attitude determination. A major benefit of the ABAT method is the freedom to choose missile inertial measurement unit gyroscopes based solely on in-flight considerations. An additional benefit is the ability to update the alignment transfer by simply making new measurements of gravity and reprocessing the measurements taken before erection. The proposed alignment transfer method eliminates time to complete alignment transfer from the major contributors of the alignment error. Algorithm development, error analysis, and laboratory results are provided.<>
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