DESIGN OF SYNCHRONIZATION SCHEMES WITH IDENTICAL, ANTI- AND HYBRID SYNCHRONIZATION FOR A FIFTH-ORDER CHAOTIC MODEL
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- TITLE: DESIGN OF SYNCHRONIZATION SCHEMES WITH IDENTICAL, ANTI- AND HYBRID SYNCHRONIZATION FOR A FIFTH-ORDER CHAOTIC MODEL
- ABSTRACT: The subject of this paper is the design of chaotic synchronization schemes with different types of synchronization for a fifth-order chaotic model. Chaotic systems are a specific class on nonlinear systems with complex dynamics, which are extremely sensitive to the initial conditions and possess a strange attractor in the state space, consisting of infinite number of unstable periodic orbits. Two or more such systems can synchronize their chaotic behavior, if a suitable control function is designed and applied to them. These tasks are very popular research field in the last two decades, because synchronized chaotic systems can be used for data protection in secure communication systems or for file encryption. In this paper, chaotic synchronization schemes with identical synchronization, with anti-synchronization and with hybrid synchronization are designed on the basis of a fifth-order chaotic model. The control functions are calculated using the Lyapunov’s second stability method.
- PAGES: 10
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