The proceedings of the IEEE Conference on Control Applications/The proceedings of the ... IEEE Conference on Control Applications · 2007 · 49 citations · 29 references
Control StrategyEngineeringAerospace EngineeringMulti-objective Optimal ControlIntelligent OptimizationMechatronicsSystem OptimizationMechanical SystemsMathematical Control TheorySystems EngineeringHybrid Optimization TechniqueControl DesignMulti-objective OptimizationOptimization TechniquesController TuningMoo TechniquesDynamic Optimization
Optimization techniques have been a crucial tool for designing control systems and for tuning controllers. The always increasing quality requirements for new products and consequently the natural advance in control system design have lead to the introduction of more than one design criterion, which will require in turn more sophisticated techniques to solve such Multi-Objective Optimization (MOO) problems. Thus, many examples of using MOO techniques in control have appeared in the literature. In this paper, several optimal control design problems are analyzed from the MOO point of view. Moreover, some suggestions about how standard control design techniques can be extended to introduce multi-objective optimization are given.
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