A fixed point and adjoint resolvent argument is used to claim existence and approximate controllability for nonautonomous impulsive integro-differential systems, with an illustrative heat equation example.
Approximate controllability of a non-autonomous evolution equation in Banach spaces
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In this paper, we consider a non-autonomous nonlinear evolution equation in separable, reflexive Banach spaces. First, we consider a linear problem and establish the approximate controllability results by finding a feedback control with the help of an optimal control problem. We then establish the approximate controllability results for a semilinear differential equation in Banach spaces using the theory of linear evolution systems, properties of resolvent operator and Schauder's fixed point theorem. Finally, we provide an example of a non-autonomous, nonlinear diffusion equation in Banach spaces to validate the results we obtained.
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The existence and controllability of nonautonomous system influenced by impulses on both state and control
A fixed point and adjoint resolvent argument is used to claim existence and approximate controllability for nonautonomous impulsive integro-differential systems, with an illustrative heat equation example.