Almost Periodic Solution for Forced Perturbed Non-Instantaneous Impulsive Model
Copyright policy )Almost Periodic Solution for Forced Perturbed Non-Instantaneous Impulsive Model
In this paper we investigate a forced perturbed non-instantaneous impulsive model. Firstly, we prove the existence and uniqueness of an almost periodic solution for the model considered by the Banach contraction principle. Secondly, we prove that all solutions converge exponentially to the almost periodic solution. In other words, the solution of the model considered is exponentially stable. Finally, we provide some simulations to show the effectiveness of the theoretical results.
- Guizhou University China (People's Republic of)
non-instantaneous impulsive; forced perturbed; almost periodic; exponentially stable, almost periodic, QA1-939, forced perturbed, exponentially stable, Mathematics, non-instantaneous impulsive
non-instantaneous impulsive; forced perturbed; almost periodic; exponentially stable, almost periodic, QA1-939, forced perturbed, exponentially stable, Mathematics, non-instantaneous impulsive
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