This work follows the global input/output linearization approach for the design of control systems for nonlinear plants of Kravaris and Chung. A robust nonlinear state feedback is proposed for uncertainties considered as a class of bounded perturbations to the state model. A Liapunov-based approach is used to guarantee uniform ultimate boundedness.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/37402/1/690340708_ftp.pd
In this thesis, investigation of robust stability properties for certain nonlinear systems via exact...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
This paper studies the design of feedback controllers for trajectory tracking in single-input/ singl...
This paper highlights some of our recent results on control of single-input single-output constraine...
Feedback linearization provides an effective means of designing nonlinear control systems. This meth...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
Current applications of nonlinear model predictive control algorithms are restricted to small-scale ...
[[abstract]]©1992 Elsevier - Chemical process control is subjected to uncertainty due to uncertain m...
A design method is presented for the analysis and synthesis of robust nonlinear controllers for chem...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
A design method is presented for the analysis and synthesis of robust nonlinear controllers for chem...
This paper considers global robust stabilization of a class of nonlinear systems via output feedback...
We investigate a model following control (MFC) design for nonlinear minimumphase systems subject to ...
We investigate a model following control (MFC) design for nonlinear minimumphase systems subject to ...
In this thesis, investigation of robust stability properties for certain nonlinear systems via exact...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
This paper studies the design of feedback controllers for trajectory tracking in single-input/ singl...
This paper highlights some of our recent results on control of single-input single-output constraine...
Feedback linearization provides an effective means of designing nonlinear control systems. This meth...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
Current applications of nonlinear model predictive control algorithms are restricted to small-scale ...
[[abstract]]©1992 Elsevier - Chemical process control is subjected to uncertainty due to uncertain m...
A design method is presented for the analysis and synthesis of robust nonlinear controllers for chem...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
A design method is presented for the analysis and synthesis of robust nonlinear controllers for chem...
This paper considers global robust stabilization of a class of nonlinear systems via output feedback...
We investigate a model following control (MFC) design for nonlinear minimumphase systems subject to ...
We investigate a model following control (MFC) design for nonlinear minimumphase systems subject to ...
In this thesis, investigation of robust stability properties for certain nonlinear systems via exact...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...
Feedback linearization technique is applied to design robust controllers for a class of nonlinear un...