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Novel Fractional-Order Model Predictive Control: State-Space Approach

Ivo Petráš

2021IEEE Access16 citationsDOIOpen Access PDF

Abstract

This paper deals with a novel approach to the fractional-order model predictive control in state space. Except well-known fractional-order models of processes (plants) with arbitrary (real) order of the derivatives in fractional differential equations a new fractional performance index (cost function) and fractional control action are considered. Such combined approach to the model predictive control provides more degrees of freedom and incorporates fractional-order dynamics into the control in the form of memory due to the property of the fractional-order operator. An illustrative example of this approach is presented.

Topics & Concepts

Fractional calculusModel predictive controlControl theory (sociology)Operator (biology)Order (exchange)Computer scienceApplied mathematicsState spaceAction (physics)Function (biology)Property (philosophy)Fractional programmingTransfer functionDifferential equationMathematicsState-space representationControl (management)Mathematical optimizationAlgorithmMathematical analysisArtificial intelligenceNonlinear systemPhysicsEngineeringGeneFinanceElectrical engineeringPhilosophyBiochemistryRepressorBiologyChemistryEvolutionary biologyEconomicsNonlinear programmingQuantum mechanicsStatisticsEpistemologyTranscription factorAdvanced Control Systems DesignAdvanced Control Systems OptimizationExtremum Seeking Control Systems