Control system design problems are generally multi-objective, in that they require several, generally con-icting, requirements to be simultaneously met. One design procedure for interactive multi-objective computer-aided control system design is the method of inequalities (MOI). The method is general-purpose, exible and robust, and as such is well-suited to MATLAB implementation. The MOI has been combined with-optimisation in a mixed-optimisation approach which designs for both robustness and explicit closed-loop performance. MODCONS is a collection of routines which create an interactive multi-objective CACSD environment for designing robust control systems using this mixed-optimisation approach as well as for multi-objective design of sev...
Many real world control systems usually track several control objectives,simultaneously. At the mome...
This presentation deals with industrial applications, in aeronautic and turbomachinery fields, of mu...
One of the most important contributions of robust control theory has been the devel opment of a new ...
Control System Design methods are presented in terms of optimization techniques that incorporate Mu...
© 2013 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
Recently, there has been a renewed interest in multi-objective control system design using parameter...
Flight control law design is a multi-variable control problem where various strict requirements from...
This paper represents a multivariable controller design methodology which is based on the solution o...
Feedback controls are usually designed to achieve multiple and often conflicting performance goals. ...
This chapter presents a performance-prioritized computer aided control system design (CACSD) methodo...
There have been many approaches proposed for the computer-aided design of control systems. The co-au...
An overview of a number of approaches to the multiobjective control problem is given. In practice, t...
This paper treats the selection of controller gains of a servo system as a multiple-criteria decisio...
An approach for the design of multivariable feedback control systems in the frequency domain is pres...
Although optimal feedback controller design based on H∞ or H2 criteria [1] has already proven its po...
Many real world control systems usually track several control objectives,simultaneously. At the mome...
This presentation deals with industrial applications, in aeronautic and turbomachinery fields, of mu...
One of the most important contributions of robust control theory has been the devel opment of a new ...
Control System Design methods are presented in terms of optimization techniques that incorporate Mu...
© 2013 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
Recently, there has been a renewed interest in multi-objective control system design using parameter...
Flight control law design is a multi-variable control problem where various strict requirements from...
This paper represents a multivariable controller design methodology which is based on the solution o...
Feedback controls are usually designed to achieve multiple and often conflicting performance goals. ...
This chapter presents a performance-prioritized computer aided control system design (CACSD) methodo...
There have been many approaches proposed for the computer-aided design of control systems. The co-au...
An overview of a number of approaches to the multiobjective control problem is given. In practice, t...
This paper treats the selection of controller gains of a servo system as a multiple-criteria decisio...
An approach for the design of multivariable feedback control systems in the frequency domain is pres...
Although optimal feedback controller design based on H∞ or H2 criteria [1] has already proven its po...
Many real world control systems usually track several control objectives,simultaneously. At the mome...
This presentation deals with industrial applications, in aeronautic and turbomachinery fields, of mu...
One of the most important contributions of robust control theory has been the devel opment of a new ...