New Controllability Results of Fractional Nonlocal Semilinear Evolution Systems with Finite Delay
Daliang Zhao, Juan Mao
Abstract
In the present paper, sufficient conditions ensuring the complete controllability for a class of semilinear fractional nonlocal evolution systems with finite delay in Banach spaces are derived. The new results are obtained under a weaker definition of complete controllability we introduced, and then the Lipschitz continuity and other growth conditions for the nonlinearity and nonlocal item are not required in comparison with the existing literatures. In addition, an appropriate complete space and a corresponding time delay item are introduced to conquer the difficulties caused by time delay. Our main tools are properties of resolvent operators, theory of measure of noncompactness, and Mönch fixed point theorem.
Topics & Concepts
ControllabilityBanach spaceMathematicsLipschitz continuityFixed-point theoremClass (philosophy)ResolventApplied mathematicsMeasure (data warehouse)Fractional calculusNonlinear systemFixed pointControl theory (sociology)Pure mathematicsMathematical analysisControl (management)Computer sciencePhysicsDatabaseArtificial intelligenceQuantum mechanicsNonlinear Differential Equations AnalysisStability and Controllability of Differential EquationsFractional Differential Equations Solutions