Fault-tolerant precision attitude control of communication and navigation spacecraft

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Stability/Nonlinear Dyn. Res. Ctr., Blagonravov Mashinery Res. Inst., Russian Academy of Sciences RAS, 5 Dm. Ul'yanov Str., Moscow 117333, Russia [1 ]
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Space Technol. | / 3-4卷 / 165-172期
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New results on creation and employment of nonlinear methods for dynamic research of the precision fault-tolerant gyromoment attitude control systems, and also onboard algorithms of the Russian spacecraft for communication, navigation and geodetic purposes, are presented. © 2000 Lister Science.
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