ACCURACY OF CREATION AND IMPLEMENTATION OF REMOTE SENSING SATELLITE ATTITUDE CONTROL SOFTWARE USING A NAVIGATION SATELLITE SYSTEM

机译：使用导航卫星系统创建和实现遥感卫星姿态控制软件的准确性

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The article deals with accuracy evaluation of a remote sensing satellite attitude control software formation and optimisation using a satellite navigation system. The performance characteristics of the onboard navigational software, which supports functioning of the imaging equipment are considered, based on the results of the navigation system operation aboard the Resurs-DK Satellite. Also analyzed is the usage of GLONASS and GPS navigational systems with account of reduced-time possibility to receive navigational messages by the satellite antenna assemblies. Here it is demonstrated that the evaluation of the attitude control software accuracy highly depends on the accuracy of predictable and current CoG motion parameters if the problem is tackled from the point of view of imaging equipment pointing at target ground strips. Some guidelines on improvement of the control software and effective timely acquisition of checking information on ground-strip imaging accuracy are given.

机译：本文涉及使用卫星导航系统对遥感卫星姿态控制软件的形成和优化进行准确性评估。基于Resurs-DK Satellite上导航系统运行的结果，考虑了支持成像设备功能的车载导航软件的性能特征。还分析了GLONASS和GPS导航系统的使用，考虑到减少了通过卫星天线组件接收导航消息的时间。在此证明，如果从成像设备指向目标接地条的角度解决了问题，则姿态控制软件准确性的评估高度取决于可预测和当前CoG运动参数的准确性。给出了一些改进控制软件和及时有效地获取有关地面条带成像精度的检查信息的准则。

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来源
《Saint Petersburg international conference on integrated navigation systems; 20090525-27; Saint Petersburg(RU)》|2009年|P.276-282|共7页
会议地点 Saint Petersburg(RU)
作者
A.S.Galkina; A.I.Mantiirov; V.I.Rublyov; V.E.Yurin;
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作者单位

State Research and Production Space Centre 'TSSKB-PROGRESS', Russia, 443009, Samara, Zemetsa street, 18;

State Research and Production Space Centre 'TSSKB-PROGRESS', Russia, 443009, Samara, Zemetsa street, 18;

State Research and Production Space Centre 'TS;

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原文格式 PDF
正文语种 eng
中图分类导航设备、水声设备;
关键词
attitude control software; navigational support; simulation; navigation satellite system; onboard software; onboard control system; pointing;

机译：姿态控制软件;导航支持;模拟;导航卫星系统;机载软件;机载控制系统;指向;

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3. Remote sensing satellite's attitude control system: rapid performance sizing for passive scan imaging mode [J] . Amirreza Kosari, Alireza Sharifi, Alireza Ahmadi, Aircraft Engineering and Aerospace Technology . 2020,第7期

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4. ACCURACY OF CREATION AND IMPLEMENTATION OF REMOTE SENSING SATELLITE ATTITUDE CONTROL SOFTWARE USING A NAVIGATION SATELLITE SYSTEM [C] . A.S.Galkina, A.I.Mantiirov, V.I.Rublyov, Saint Petersburg international conference on integrated navigation systems . 2009

机译：使用导航卫星系统创建和实施遥感卫星姿态控制软件的准确性
5. The design, implementation and testing of the thermal control system of the CanX-2 nanosatellite, and, The preliminary design of the attitude determination and control system for the generic nanosatellite bus. [D] . Sarda, Karan. 2006

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8. Application of Self-Tuning Controllers to a Remote Sensing Satellite AttitudeControl System [R] . Neto, A. F. M., Padilha, O. S. 1991

机译：自校正控制器在遥感卫星姿态控制系统中的应用

ACCURACY OF CREATION AND IMPLEMENTATION OF REMOTE SENSING SATELLITE ATTITUDE CONTROL SOFTWARE USING A NAVIGATION SATELLITE SYSTEM

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