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Solvability for Impulsive Neutral Integro-Differential Equations with State-Dependent Delay via Fractional Operators

机译:分数阶算子具有状态依赖时滞的脉冲中性积分微分方程的可解性

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This paper is mainly concerned with the existence of mild solutions for a first-order impulsive neutral integro-differential equation with state-dependent delay. We assume that the undelayed part generates an analytic resolvent operator and transforms it into an integral equation. By using a fixed-point theorem for condensing maps combined with theories of analytic resolvent operators, we prove some existence theorems. As an application of these main theorems, some practical consequences are derived. Keywords Impulsive differential equations - Neutral integro-differential equations - State-dependent delays - Analytic resolvents Communicated by F. Zirilli.
机译:本文主要涉及具有状态依赖时滞的一阶脉冲中立积分微分方程的温和解的存在。我们假设无延迟部分生成解析解析算子,并将其转换为积分方程。通过结合映射的定点定理和解析解算子的理论,证明了一些存在性定理。作为这些主要定理的应用,得出了一些实际的结果。脉冲微分方程-中性积分微分方程-与状态有关的延迟-F. Zirilli交流的解析解。

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