The application of modern control techniques for the development of spacecraft attitude estimation and control algorithms is reviewed. Control theories, and the mathematical modeling of the systems such as optical systems, flexible spacecraft, and liquid sloshing in microgravity are treated. The Modular Attitude Control System (MACS) is presented. The MACS test and simulation assembly, built for ESA, is described.
Attitude Control of Spacecraft: An Overview of Recent Developments and Research
1985
24 pages
Report
Keine Angabe
Englisch
Astronautics , Manned Spacecraft , Unmanned Spacecraft , Satellite attitude control , Product development , Research and development , Algorithms , Computer aided design , European space agency , Mathematical models , Performance tests , Spacecraft guidance , Test facilities , Foreign technology , MACS system
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