Proposal of methodology for the modeling and control of manipulators
Industrial applications demand that robots operate in agreement with the position and orientation of their end effector. It is necessary to solve the kinematics inverse problem. This allows the displacement of the joints of the manipulator to be determined, to accomplish a given objective. Complete studies of dynamical control of joint robotics are also necessary. Initially, this article focuses on the implementation of numerical algorithms for the solution of the kinematics inverse problem and the modeling and simulation of dynamic systems. This is done using real time implementation. The modeling and simulation of dynamic systems are performed emphasizing off-line programming. In sequence, a complete study of the control strategies is carried out through the study of several elements of a robotic joint, such as: DC motor, inertia, and gearbox. Finally a trajectory generator, used as input for a generic group of joints, is developed and a proposal of the controller's implementation of joints, using EPLD development system, is presented.
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The Brazilian Society of Mechanical Sciences
2002
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oai:scielo:S0100-738620020003000082003-08-27Proposal of methodology for the modeling and control of manipulatorsRosário,J. M.Oliveira,C. deSá,C. E. A. deLima,C. R. E. Kinematics modeling dynamical control Industrial applications demand that robots operate in agreement with the position and orientation of their end effector. It is necessary to solve the kinematics inverse problem. This allows the displacement of the joints of the manipulator to be determined, to accomplish a given objective. Complete studies of dynamical control of joint robotics are also necessary. Initially, this article focuses on the implementation of numerical algorithms for the solution of the kinematics inverse problem and the modeling and simulation of dynamic systems. This is done using real time implementation. The modeling and simulation of dynamic systems are performed emphasizing off-line programming. In sequence, a complete study of the control strategies is carried out through the study of several elements of a robotic joint, such as: DC motor, inertia, and gearbox. Finally a trajectory generator, used as input for a generic group of joints, is developed and a proposal of the controller's implementation of joints, using EPLD development system, is presented.info:eu-repo/semantics/openAccessThe Brazilian Society of Mechanical SciencesJournal of the Brazilian Society of Mechanical Sciences v.24 n.3 20022002-07-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S0100-73862002000300008en10.1590/S0100-73862002000300008 |
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| author |
Rosário,J. M. Oliveira,C. de Sá,C. E. A. de Lima,C. R. E. |
| spellingShingle |
Rosário,J. M. Oliveira,C. de Sá,C. E. A. de Lima,C. R. E. Proposal of methodology for the modeling and control of manipulators |
| author_facet |
Rosário,J. M. Oliveira,C. de Sá,C. E. A. de Lima,C. R. E. |
| author_sort |
Rosário,J. M. |
| title |
Proposal of methodology for the modeling and control of manipulators |
| title_short |
Proposal of methodology for the modeling and control of manipulators |
| title_full |
Proposal of methodology for the modeling and control of manipulators |
| title_fullStr |
Proposal of methodology for the modeling and control of manipulators |
| title_full_unstemmed |
Proposal of methodology for the modeling and control of manipulators |
| title_sort |
proposal of methodology for the modeling and control of manipulators |
| description |
Industrial applications demand that robots operate in agreement with the position and orientation of their end effector. It is necessary to solve the kinematics inverse problem. This allows the displacement of the joints of the manipulator to be determined, to accomplish a given objective. Complete studies of dynamical control of joint robotics are also necessary. Initially, this article focuses on the implementation of numerical algorithms for the solution of the kinematics inverse problem and the modeling and simulation of dynamic systems. This is done using real time implementation. The modeling and simulation of dynamic systems are performed emphasizing off-line programming. In sequence, a complete study of the control strategies is carried out through the study of several elements of a robotic joint, such as: DC motor, inertia, and gearbox. Finally a trajectory generator, used as input for a generic group of joints, is developed and a proposal of the controller's implementation of joints, using EPLD development system, is presented. |
| publisher |
The Brazilian Society of Mechanical Sciences |
| publishDate |
2002 |
| url |
http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0100-73862002000300008 |
| work_keys_str_mv |
AT rosariojm proposalofmethodologyforthemodelingandcontrolofmanipulators AT oliveiracde proposalofmethodologyforthemodelingandcontrolofmanipulators AT saceade proposalofmethodologyforthemodelingandcontrolofmanipulators AT limacre proposalofmethodologyforthemodelingandcontrolofmanipulators |
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