Providing of the functional stability of the spacecraft’s orientation and stabilization
DOI:
https://doi.org/10.15587/2313-8416.2014.26399Keywords:
failure, stability restoration, angular velocity sensor, flywheels engines, stabilization and orientation satellite system, functional stability, measuring unitAbstract
The tools for diagnosis and restoring the functionality of the orientation and stabilization systems are presented. The software system for debugging modules providing functional stability and algorithmic support is described. One of the possible solutions to scientific and applied task of providing the functional stability of stabilization systems and aircraft orientation is given. The criteria, the fulfillment of which provides a functional sustainability are determined.
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