Features of the mathematical model for the control forces calculation of the four-wheeled robot

The article discusses the issue of determining program forces in drives of a four-wheel robotic platform - the issue of opening the uncertainty of the equations system. The motion laws are synthesized on the basis of application of the calculus of variations. The method of determining the program fo...

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Veröffentlicht in:IOP conference series. Materials Science and Engineering 2019-03, Vol.489 (1), p.12054
Hauptverfasser: Leonard, A V, Tverdohlebov, S A, Gavrilov, A E, Ustinov, S A, Burhanov, A A
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container_title IOP conference series. Materials Science and Engineering
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creator Leonard, A V
Tverdohlebov, S A
Gavrilov, A E
Ustinov, S A
Burhanov, A A
description The article discusses the issue of determining program forces in drives of a four-wheel robotic platform - the issue of opening the uncertainty of the equations system. The motion laws are synthesized on the basis of application of the calculus of variations. The method of determining the program forces is based on the compilation of equations of the dynamics of a rigid body motion and additional equations - "zero-functions" (displacements) of the points of the application of redundant reactions.
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subjects Calculus of variations
Mathematical analysis
Rigid structures
Rigid-body dynamics
title Features of the mathematical model for the control forces calculation of the four-wheeled robot
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