2018TRANSACTIONS OF THE JAPAN SOCIETY FOR AERONAUTICAL AND SPACE SCIENCES AEROSPACE TECHNOLOGY JAPANOpen access

Rendezvous Control of Spacecraft via Constrained Optimal Control Using Generating Functions

Dijian Chen, Kenji Fujimoto

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Abstract

This paper studies rendezvous control of spacecraft via constrained optimal control using generating functions.The problem of minimum energy control of the spacecraft transiting between specified states with constraints is formalized into the constrained optimal control problem.The generating function approach is extended to such problems by equipping with penalties.Finally, the developed technique is summarized as algorithms to successfully realize optimal rendezvous control with velocity and thrust bounds.

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This paper studies rendezvous control of spacecraft via constrained optimal control using generating functions.The problem of minimum energy control of the spacecraft transiting between specified states with constraints is formalized into the constrained optimal control problem.The generating function approach is extended to such problems by equipping with penalties.Finally, the developed technique is summarized as algorithms to successfully realize optimal rendezvous control with velocity and thrust bounds.

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Available abstract

This paper studies rendezvous control of spacecraft via constrained optimal control using generating functions.The problem of minimum energy control of the spacecraft transiting between specified states with constraints is formalized into the constrained optimal control problem.The generating function approach is extended to such problems by equipping with penalties.Finally, the developed technique is summarized as algorithms to successfully realize optimal rendezvous control with velocity and thrust bounds.

Key concepts: Rendezvous, Spacecraft, Optimal control, Control theory (sociology), Control (management), Thrust, Computer science, Function (biology)

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