Total controllability of nonlocal semilinear functional evolution equations with non-instantaneous impulses

J. Kumar, S. Singh, S. Arora, J. Dabas
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Abstract

In this article, we are discussing a more vital concept of controllability, termed total controllability. We have considered a nonlocal semilinear functional evolution equation with non-instantaneous impulses and finite delay in Hilbert spaces. A set of sufficient conditions of total controllability is obtained for the evolution system under consideration by imposing the theory of \(C_0\)-semigroup and Banach fixed point theorem. We also established the total controllability results for a functional integro-differential equation. Finally, an example demonstrates the feasibility of derived abstract results.

具有非瞬时脉冲的非局部半线性函数演化方程的总体可控性
在本文中,我们将讨论一个更为重要的可控性概念,即总体可控性。我们考虑了一个在希尔伯特空间中具有非瞬时脉冲和有限延迟的非局部半线性函数演化方程。通过施加 \(C_0\)-semigroup 理论和巴拿赫定点定理,为所考虑的演化系统得到了一组总体可控性的充分条件。我们还建立了函数式微分方程的总体可控性结果。最后,我们通过一个例子证明了衍生抽象结果的可行性。
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