A novel methodology is proposed for robust gain-scheduled PID controller design for uncertain LPV systems. The proposed design procedure is based on the parameter-dependent quadratic stability approach. A new uncertain LPV system model has been introduced in this paper. To access the performance quality the approach of a parameter varying guaranteed cost is used which allowed to reach for different working points desired performance. Numerical examples show the benefit of the proposed method. \ua9 2015 Slovenska Technicka Univerzita. All rights reserved
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
AbstractOur paper deals with robust gain-scheduled controller design for uncertain LPV systems which...
A novel methodology is proposed for robust gain-scheduled PID controller design for uncertain LPV sy...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
A novel approach to robust gain-scheduled controller design is presented. The proposed design proced...
This paper deals with the robust discrete gain-scheduled controller design for uncertain linear para...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
This paper deals with robust discrete gain-scheduled controller design for uncertain LPV systems whi...
summary:This paper is devoted to robust gain scheduled PID controller design with $L_2$ performance ...
The most widely used controllers in industry are still the proportional, integral, and derivative (P...
In the paper a new robust guaranteed cost output-feedback gain-scheduled PID controller design techn...
In the paper a generalized guaranteed cost output-feedback robust gain-scheduled PID controller synt...
summary:This paper is devoted to robust gain scheduled PID controller design with $L_2$ performance ...
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
AbstractOur paper deals with robust gain-scheduled controller design for uncertain LPV systems which...
A novel methodology is proposed for robust gain-scheduled PID controller design for uncertain LPV sy...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
A novel approach to robust gain-scheduled controller design is presented. The proposed design proced...
This paper deals with the robust discrete gain-scheduled controller design for uncertain linear para...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
Our paper deals with robust gain-scheduled controller design for uncertain LPV systems which ensures...
This paper deals with robust discrete gain-scheduled controller design for uncertain LPV systems whi...
summary:This paper is devoted to robust gain scheduled PID controller design with $L_2$ performance ...
The most widely used controllers in industry are still the proportional, integral, and derivative (P...
In the paper a new robust guaranteed cost output-feedback gain-scheduled PID controller design techn...
In the paper a generalized guaranteed cost output-feedback robust gain-scheduled PID controller synt...
summary:This paper is devoted to robust gain scheduled PID controller design with $L_2$ performance ...
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
A novel unified approach to design of robust controller, gain-scheduled controller (GSC), and robust...
AbstractOur paper deals with robust gain-scheduled controller design for uncertain LPV systems which...