This paper presents control of a two-link flexible robot manipulator. A planar two-link flexible manipulator that moves in the horizontal plane is considered. A dynamic model of the system is developed using an assumed mode methods. The NN robust based-PID controller is used to reduce a nonlinearities problem that can be efficiently solved. The system responses namely hub angular position, deflection and end-point acceleration responses at both links are obtained and analysed
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
Unwanted vibration of flexible manipulator results in unsatisfactory performance of any dynamic syst...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
This paper presents control of a two-link flexible robot manipulator. A planar two-link flexible man...
This paper presents control of a two-link flexible robot manipulator. A planar two-link flexible man...
This paper presents the dynamic modeling and control of a two-link flexible robot manipulator. A dyn...
A dynamic model of a two-link flexible robot was derived and simulations were carried out to analyze...
A dynamic model of a two-link flexible robot was derived and simulations were carried out to analyze...
In this thesis, we develop robust dynamical controllers for addressing the problems of tracking and ...
Developing nonlinear adaptive and robust controllers for a two-link flexible robot arm is the main o...
This paper deals with some robustness aspects of a model based controller used for trajectory tracki...
Utilization of robotic manipulator with multi-link structure encompasses a great influence in most o...
This paper deals with some robustness aspects of a model based controller used for trajectory tracki...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Flexible link manipulators have recently high attention in research due to the numerous advantages o...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
Unwanted vibration of flexible manipulator results in unsatisfactory performance of any dynamic syst...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
This paper presents control of a two-link flexible robot manipulator. A planar two-link flexible man...
This paper presents control of a two-link flexible robot manipulator. A planar two-link flexible man...
This paper presents the dynamic modeling and control of a two-link flexible robot manipulator. A dyn...
A dynamic model of a two-link flexible robot was derived and simulations were carried out to analyze...
A dynamic model of a two-link flexible robot was derived and simulations were carried out to analyze...
In this thesis, we develop robust dynamical controllers for addressing the problems of tracking and ...
Developing nonlinear adaptive and robust controllers for a two-link flexible robot arm is the main o...
This paper deals with some robustness aspects of a model based controller used for trajectory tracki...
Utilization of robotic manipulator with multi-link structure encompasses a great influence in most o...
This paper deals with some robustness aspects of a model based controller used for trajectory tracki...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Flexible link manipulators have recently high attention in research due to the numerous advantages o...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...
Unwanted vibration of flexible manipulator results in unsatisfactory performance of any dynamic syst...
Flexible manipulator systems exhibit many advantages over their traditional (rigid-arm) counterparts...