Commande Multi-Objectifs En Utilisant Les Inégalités Matricielles Linéaires (LMIs) Et Les Algorithmes Génétiques

Abstract

In this memory tow control methods are studied of systems. First, a multiobjective controller with linear matrix inequality LMI approach. Second, a multiobjective control genetic algorithm approach is developed and applied to the system of two mass and spring. The studied method attenuates the effect of both uncertainties and external disturbances, a simulation example is presented to illustrate the efficiency of the multiobjective control via Linear matrix inequality LMI and genetic algorithm.