A methodology for the multiobjective design of controllers is presented motivated dy the problem of designing an active suspension controller. This problem has, as a particular feature, the possibility of being defined with two design variables only. The multiobjective controller is searched inside the space of 'optimal controllers' defined by a weighted cost functional. The weightings are taken as the optimization variables for the multiobjective design. The method leads to (local) Pareto-optimal solutions and allows the direct specification of controller constraints in terms of some primary objectives which are taken into account in the multiobjective search.122356757
Abstract: "Optimal control system design traditionally involves the adjustment of state and input va...
Flight control law design is a multi-variable control problem where various strict requirements from...
This paper presents three novel methods for the multi-objective design of controllers with tunable p...
The purpose of this research is to examine true multiobjective control/structure pareto optimization...
Optimal control schemes are usually employed to minimize different performance criteria of active su...
In this paper we present two multi-objective optimization techniques for the design of a passive su...
The design of controllers for active suspension systems can be formulated as an optimal control prob...
This article is concerned with the development of a procedure to calculate the parameters of weighti...
This book is devoted to Multiobjective Optimization Design (MOOD) procedures for controller tuning a...
This paper represents a multivariable controller design methodology which is based on the solution o...
The application of multiobjective optimization to the design of longitudinal automatic-landing contr...
This paper treats the selection of controller gains of a servo system as a multiple-criteria decisio...
A challenge in engineering design is to choose suitable objectives and constraints from many quantit...
This thesis is devoted toMultiobjective Optimization Design (MOOD) procedures for controller tuning...
A multiobjective evolutionary algorithm approach is proposed for the H? design of an electromagnetic...
Abstract: "Optimal control system design traditionally involves the adjustment of state and input va...
Flight control law design is a multi-variable control problem where various strict requirements from...
This paper presents three novel methods for the multi-objective design of controllers with tunable p...
The purpose of this research is to examine true multiobjective control/structure pareto optimization...
Optimal control schemes are usually employed to minimize different performance criteria of active su...
In this paper we present two multi-objective optimization techniques for the design of a passive su...
The design of controllers for active suspension systems can be formulated as an optimal control prob...
This article is concerned with the development of a procedure to calculate the parameters of weighti...
This book is devoted to Multiobjective Optimization Design (MOOD) procedures for controller tuning a...
This paper represents a multivariable controller design methodology which is based on the solution o...
The application of multiobjective optimization to the design of longitudinal automatic-landing contr...
This paper treats the selection of controller gains of a servo system as a multiple-criteria decisio...
A challenge in engineering design is to choose suitable objectives and constraints from many quantit...
This thesis is devoted toMultiobjective Optimization Design (MOOD) procedures for controller tuning...
A multiobjective evolutionary algorithm approach is proposed for the H? design of an electromagnetic...
Abstract: "Optimal control system design traditionally involves the adjustment of state and input va...
Flight control law design is a multi-variable control problem where various strict requirements from...
This paper presents three novel methods for the multi-objective design of controllers with tunable p...