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A Loop Pairing Method for Non-Linear Multivariable Control Systems under a Multi-Objective Optimization Approach
ArticleAbstract: In the multivariable control literature there are few techniques that face the problem of selectingPalabras claves:decentralized control structures, loop pairing, Multi-objective evolutionary optimization, multivariable control system, Non-linear systems, Pareto FrontAutores:Blasco X., Herrero J.M., Reynoso-Meza G., Victor Huilcapi SubiaFuentes:googlescopusMulti-objective optimization in modeling and control for rotary inverted pendulum
ArticleAbstract: This article shows the application of multi-objective optimization techniques, both for the identifiPalabras claves:Modeling, Multi-objective evolutionary optimization, Non-linear identification, Pareto Front, PID CONTROLAutores:Blasco X., Byron Lima, Byron Xavier Lima Cedillo, Herrero J.M., Victor Huilcapi SubiaFuentes:googlescopusNon-linear identification of a Peltier cell model using evolutionary multi-objective optimization
Conference ObjectAbstract: In this paper a technique for identifying a first principles model of a Peltier cell using Multi-ObjPalabras claves:identification, Level diagrams, Multi-objective evolutionary optimization, Multivariable system modeling, Pareto Front, Peltier cellAutores:Blasco X., Herrero J.M., Martínez-Iranzo M., Victor Huilcapi SubiaFuentes:googlescopusWH-MOEA: A Multi-Objective Evolutionary Algorithm for Wiener-Hammerstein System Identification. A Novel Approach for Trade-Off Analysis between Complexity and Accuracy
ArticleAbstract: Several approaches have been presented to identify Wiener-Hammerstein models, most of them startingPalabras claves:evolutionary algorithm, multiobjective optimisation, Pareto Front, Wiener-Hammerstein identificationAutores:Herrero J.M., Martinez M., Sanchis J., Zambrano AbadFuentes:googlescopus