2012Journal of Chengdu UniversityRequires access

Model Design of Tracking Control Algorithm for LEO Aircraft

Zhao Dingyuan

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Abstract

LEO(low earth orbit) aircraft tracking control has two models,tracking control with known trajectory and with dynamic trajectory.The former is using the trajectory parameters of aircraft to judge whether the trajectory diverges from the original design.The transmitted data are obtained by adjusting the tracking place of receiver.Because the trajectory of dynamic tracking is unknown,tracking algorithms are related to the situation of the equipment and the controlling process algorithms have high requirement.A tracking control algorithm model for known trajectory under tracking system was designed and it achieved good application effect.

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What this paper is about

LEO(low earth orbit) aircraft tracking control has two models,tracking control with known trajectory and with dynamic trajectory.The former is using the trajectory parameters of aircraft to judge whether the trajectory diverges from the original design.The transmitted data are obtained by adjusting the tracking place of receiver.Because the trajectory of dynamic tracking is unknown,tracking algorithms are related to the situation of the equipment and the controlling process algorithms have high requirement.A tracking control algorithm model for known trajectory under tracking system was designed and it achieved good application effect.

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Available abstract

LEO(low earth orbit) aircraft tracking control has two models,tracking control with known trajectory and with dynamic trajectory.The former is using the trajectory parameters of aircraft to judge whether the trajectory diverges from the original design.The transmitted data are obtained by adjusting the tracking place of receiver.Because the trajectory of dynamic tracking is unknown,tracking algorithms are related to the situation of the equipment and the controlling process algorithms have high requirement.A tracking control algorithm model for known trajectory under tracking system was designed and it achieved good application effect.

Key concepts: Trajectory, Tracking (education), Process (computing), Control theory (sociology), Computer science, Tracking system, Control (management), Trajectory optimization

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