...Pallav; Himesh Handa; B. B. Sharma Dynamical systems that have a chaotic underlying structure have a sensitive dependency on the initial conditions and the values of their parameters. In this piece of work, a straightforward method for solving the synchronization issue in master–slave arrangement...

...Jithin Velayudhan; M. D. Narayanan; Ashesh Saha The primary objective of this paper is to analyze the synchronization phenomena in a coupled friction-induced oscillator consisting of two cantilever beams with tip-masses subjected to base excitations. The coupling is achieved by connecting a linear...

... series into a system of harmonic oscillators, we thus establish an efficient numerical scheme for tracking the periodic responses, as long as a synchronized motion can be achieved between the system of harmonic oscillators and the nonlinear oscillators considered. The presented method can be implemented...

...Liangliang Li; Yu Huang; Mingqing Xiao Wave dynamics reflect a broad spectrum of natural phenomena and are often characterized by wave equation such as in the development of meta-devices used to steer wave propagation. Modeling synchronization of wave dynamics is critical in various applications...

...Yajuan Gu; Hu Wang; Yongguang Yu Synchronization for incommensurate Riemann–Liouville fractional competitive neural networks (CNN) with different time scales is investigated in this paper. Time delays and unknown parameters are concerned in the model, which is more practical. Two simple...

...Lu Cao; Xiaoqian Chen A novel input–output linearization minimum sliding mode error feedback control (I/OMSMEFC) is proposed for the synchronization between two uncoupled FitzHugh–Nagumo (FHN) neurons with different ionic currents and external electrical stimulations. To estimate and offset...

... - 10 0 30 0 0 - 3 ) 21 06 2012 22 05 2013 In this paper, we study the synchronization of a class of uncertain chaotic systems. Based on the sliding mode control and stability theory in fractional calculus, a new controller is designed to achieve...

.... Using a hyperchaotic fractional order system, we propose a novel synchronization scheme between receiver and transmitter which increases the security of data transmission and communication. Indeed, this is first work that can open a new way in secure communication system. fractional order system...

... in the number of oscillators does not change the global behavior of the system. The simplest version of Eq. (19) is with zero wave number. The motion is then independent of space and only oscillates in time. Full synchronization in which all oscillators move in phase is exhibited by the ring. Equation...