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Realization of a novel chaotic system using coupling dual chaotic system

机译:使用耦合双混沌系统实现新型混沌系统

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This paper establishes coupling between two various chaotic systems for Lorenz and Roessler circuits. The x-dynamics of Lorenz circuit was coupled numerically with the x dynamics of Roessler circuit. As a result of the optical coupling between these two chaotic systems, it has been observed an exceptional variation in the time series and attractors, which exhibits a novel behavior, leading to a promises method for controlling the chaotic systems. However, performing fast Fourier transforms of chaotic dynamics before and after coupling showed an increase in the bandwidth of the Roessler system after its coupling with the Lorenz system, which, in turn increases the possibility of using this system for secure and confidential optical communications.
机译:本文建立了洛伦茨和罗斯勒电路两种各种混沌系统之间的耦合。 Lorenz电路的X-Dynamics与Roessler电路的X动态进行数字耦合。 由于这两个混沌系统之间的光学耦合,已经观察到时间序列和吸引子的卓越变化,其表现出一种新的行为,导致用于控制混沌系统的承诺方法。 然而,在耦合前和之后执行混沌动力学的快速傅里叶变换显示,在其与Lorenz系统的耦合之后,Roessler系统的带宽增加,又增加了使用该系统进行安全和机密光通信的可能性。

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