A two-link flexible arm with nonuniform or variable cross-section by design will be considered based on an exact PDE model with boundary conditions. In this research, the nonlinear controller is used to achieve set-point regulation of the rigid modes as well as suppression of elastic vibrations. The control laws are obtained by energy based Lyapunov approach. © 2006 IEEE
This paper presents a finite-element (FE) model of a manipulator with a flexible link and flexible j...
In this thesis, we develop robust dynamical controllers for addressing the problems of tracking and ...
The design of inversion-based nonlinear control laws solving the problem of accurate trajectory trac...
We consider the motion of a two-link flexible arm with nonuniform cross section. We obtain the equat...
This work presents a novel nonlinear control scheme for simultaneous state tracking and mitigation o...
In this paper a novel nonlinear controller for position and vibration control of flexible-link mecha...
This dissertation investigates the approximation techniques and instability for nonlinear one-link a...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Due to inherent nonlinearity, the control of mechanical systems dictates the use of nonlinear techni...
The problem of the trajectory-tracking and vibration control of highly flexible planar multi-links r...
In this paper, a discrete model is adopted, as proposed by Hencky for elastica based on rigid bars a...
The control of non-minimum phase systems remains an important open problem in nonlinear control, fin...
Developing nonlinear adaptive and robust controllers for a two-link flexible robot arm is the main o...
This paper describes the control of a two-degree-of-freedom flexible robot arm. The controller desig...
—The paper describes the model of a two flexible joint manipulator and the development of a nonlin...
This paper presents a finite-element (FE) model of a manipulator with a flexible link and flexible j...
In this thesis, we develop robust dynamical controllers for addressing the problems of tracking and ...
The design of inversion-based nonlinear control laws solving the problem of accurate trajectory trac...
We consider the motion of a two-link flexible arm with nonuniform cross section. We obtain the equat...
This work presents a novel nonlinear control scheme for simultaneous state tracking and mitigation o...
In this paper a novel nonlinear controller for position and vibration control of flexible-link mecha...
This dissertation investigates the approximation techniques and instability for nonlinear one-link a...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Due to inherent nonlinearity, the control of mechanical systems dictates the use of nonlinear techni...
The problem of the trajectory-tracking and vibration control of highly flexible planar multi-links r...
In this paper, a discrete model is adopted, as proposed by Hencky for elastica based on rigid bars a...
The control of non-minimum phase systems remains an important open problem in nonlinear control, fin...
Developing nonlinear adaptive and robust controllers for a two-link flexible robot arm is the main o...
This paper describes the control of a two-degree-of-freedom flexible robot arm. The controller desig...
—The paper describes the model of a two flexible joint manipulator and the development of a nonlin...
This paper presents a finite-element (FE) model of a manipulator with a flexible link and flexible j...
In this thesis, we develop robust dynamical controllers for addressing the problems of tracking and ...
The design of inversion-based nonlinear control laws solving the problem of accurate trajectory trac...