The synthesis of a predicting algorithm for the programmed reorientation of a large space structure with variable parameters

An algorithm for the programmed control of elastic structure's orientation is offered that provides the prediction of the finite state and its sequential correction. The paper shows that discrete control ensures object's fast turn at the specified angle and further holds it in the specified position with simultaneous rejection of structure's elastic vibrations owing to control impacts developed for holding the object's aspect angle in admissible deviation region. An example of the algorithm realization is adduced.