Stability analysis of discrete dynamical system using khan-iteration technique

Monika Bai, Ashish, Pooja Bhatia
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Abstract

In the latest disciplines of research, controlling of chaos became the most important topic of research in non-linear dynamical systems which have large number of applications in engineering and scientific areas. In this reference, our objective is to develop controlling system by using the Picard-Mann hybrid procedure known as Khan-iteration. The chaotic region occur in dynamical systems due to the inconsistent periodic and fixed orbits of the system. Hence, the irregular periodic and fixed states are stabilized using control mechanism. Moreover, some theoretical and experimental results are observed which are followed by examples and theorems. At last, we examined the unstable states of the K-system and stabilized them by using Lyapunov exponent.
利用 Khan-iteration 技术分析离散动力系统的稳定性
在最新的研究学科中,混沌控制已成为非线性动力学系统中最重要的研究课题,在工程和科学领域有着大量的应用。在本研究中,我们的目标是利用被称为 Khan-iteration 的 Picard-Mann 混合程序来开发控制系统。由于系统的周期和固定轨道不一致,动态系统中会出现混沌区。因此,需要利用控制机制来稳定不规则的周期和固定状态。此外,我们还观察了一些理论和实验结果,并通过实例和定理加以说明。最后,我们研究了 K 系统的不稳定状态,并利用李雅普诺夫指数将其稳定下来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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