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Six-degree-of-freedom synchronised adaptive learning control for spacecraft formation flying

Six-degree-of-freedom synchronised adaptive learning control for spacecraft formation flying

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© The Institution of Engineering and Technology
Published

An adaptive learning synchronisation control strategy for six-degree-of-freedom spacecraft formation flying based on the cross-coupling concept is presented. The proposed strategy allows the spacecraft track the desired attitude and position trajectories in a synchronised fashion, in the presence of periodic disturbances and uncertainties in constant parameters. Illustrative simulations of spacecraft formation flying are conducted to verify the effectiveness of the proposed approach.

Inspec keywords: attitude control; position control; adaptive control; learning systems; aerospace control; space vehicles

Other keywords: position trajectories; constant parameter uncertainties; adaptive learning synchronisation control strategy; periodic disturbances; six-degree-of-freedom spacecraft formation flying; cross-coupling concept

Subjects: Spatial variables control; Self-adjusting control systems; Aerospace control

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