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Application of Inverse System Method to Rigid Body Dynamics Study on Progressive Tracking of Rigid Body with Two Rotors

Jian Gao

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Abstract

The differential geometry method was applied to the rigid body dynamics efficiently in recent years.However,its calculating process is complicated in practical application.The author applies the inverse system method to rigid body dynamics system and designs a controller of the Euler dynamic equations.The progressive tracking of the motion of a rigid body is realized by controlling the two rotors in it.

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What this paper is about

The differential geometry method was applied to the rigid body dynamics efficiently in recent years.However,its calculating process is complicated in practical application.The author applies the inverse system method to rigid body dynamics system and designs a controller of the Euler dynamic equations.The progressive tracking of the motion of a rigid body is realized by controlling the two rotors in it.

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Available abstract

The differential geometry method was applied to the rigid body dynamics efficiently in recent years.However,its calculating process is complicated in practical application.The author applies the inverse system method to rigid body dynamics system and designs a controller of the Euler dynamic equations.The progressive tracking of the motion of a rigid body is realized by controlling the two rotors in it.

Key concepts: Rigid body, Inverse dynamics, Rigid body dynamics, Tracking (education), Dynamics (music), Inverse, Control theory (sociology), Motion (physics)

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Application of Inverse System Method to Rigid Body Dynamics Study on Progressive Tracking of Rigid Body with Two Rotors — Research Paper | ScholarLens