Improving the Attitude Determination Accuracy for an Earth Remote Sensing Spacecraft

B. V. Odintsov

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Improving the Attitude Determination Accuracy for an Earth Remote Sensing Spacecraft

机译：提高地球遥感航天器的姿态确定精度

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This paper considers the problem of improving the accuracy of spacecraft attitude determination through refining the drift model coefficients of strapdown electrostatic gyros and defining the misalignments between the gyro and the star sensor axes. The results of the office studies of the data of electrostatic gyros are presented.

机译：本文考虑了通过细化捷联静电陀螺仪的漂移模型系数并定义陀螺仪与恒星传感器轴之间的未对准来提高航天器姿态确定精度的问题。介绍了静电陀螺仪数据的办公室研究结果。

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《Gyroscopy and navigation》 |2011年第1期|p.10-15|共6页
作者
B. V. Odintsov;
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Concern CSRI Elektropribor, JSC, St. Petersburg, Russia;

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1. APPLICATION OF SINGLE-GIMBAL CONTROL MOMENT GYROS FOR ATTITUDE CONTROL OF A RADIO-RANGE EARTH REMOTE SENSING SPACECRAFT [J] . V. N. Platonov, A. V. Sumarokov, V. S. Ryabikov, Вестник Московского государственного технического университета. Серия приборостроение . 2019,第1a124期

机译：单轴控时刻Gyros在无线电距离遥感宇宙飞船态度控制中的应用
2. Method for Validation of the Onboard Attitude Control System Software of the Auriga Earth Remote Sensing Small Spacecraft [J] . Rozin P. E. Solar system research . 2017,第7期

机译：Auriga地球遥感小型航天器机载姿态控制系统软件的验证方法
3. Studying the Possibility of Ensuring the Stabilization Accuracy Characteristics of an Advanced Spacecraft for Remote Sensing of the Earth [J] . Platonov V. N., Sumarokov A. V Journal of computer & systems sciences international . 2018,第4期

机译：研究确保先进的航天器对地球进行遥感的稳定精度特性的可能性
4. A COMPACT AUTONOMOUS MEDIUM RESOLUTION, HIGH ACCURACY STAR TRACKER FOR EARTH REMOTE SENSING SPACECRAFT [C] . L. Maresi, R. Noteborn, O. Mikkelsen, 4th ESA International Conference on Spacecraft Guidance, Navigation and Control Systems, 4th, Oct 18-21, 1999, ESTEC, Noordwijk, The Netherlands . 1999

机译：紧凑的自主中等分辨率，高精度星跟踪器，用于地球遥感空间合成
5. Experimental testing of the accuracy of attitude determination solutions for a spin-stabilized spacecraft. [D] . Ryan, Keegan P. 2011

机译：自旋稳定航天器姿态确定解决方案精度的实验测试。
6. Remote Sensing of Daytime Water Leaving Reflectances of Oceans and Large Inland Lakes from EPIC onboard the DSCOVR Spacecraft at Lagrange-1 Point [O] . Bo-Cai Gao, Rong-Rong Li, Yuekui Yang 2019

机译：DSCOVR航天器在Lagrange-1点上从EPIC遥感海洋和大内陆湖泊的日间积水反射率
7. Improving the accuracy of estimating communication session continuance of Earth remote sensing spacecrafts with ground based data receiving stations for reliable high speed radio links [O] . A.A. Kascheev, V.V. Mironov 2018

机译：提高估算地球遥感航天器的估计通信会话连续性的准确性，利用基于地面的数据接收站进行可靠的高速无线电链路
8. Attitude Accuracy Study for the Earth Observing System (EOS) AM-1 Spacecraft [R] . Lesikar, James D., II, Garrick, Joseph C. 1996

机译：地球观测系统（EOs）am-1航天器的姿态精度研究

Improving the Attitude Determination Accuracy for an Earth Remote Sensing Spacecraft

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