Chaotic systems have attracted considerable attention and been applied in various
applications. Investigating simple systems and counterexamples with chaotic behaviors is …

In this paper, a robust adaptive control strategy is proposed to synchronize a class of
uncertain chaotic systems with unknown time delays. Using Lyapunov theory and Lipschitz …

This paper is concerned with the design of synchronized large-scale chaos random number
generators (CRNGs) and its application to secure communication. In order to increase the …

Recently, numerous chaotic systems in the form of fractional difference equations have
received considerable attention. Based on the stability theory of linear fractional difference …

Fractional-order discrete-time neural networks are a type of discrete system characterized by
non-integer order difference operators. Because the dynamics of these networks are …

In this paper, we intend to have a practical application of chaos theory wherein we utilize the
concept of synchronization between chaotic systems in a secure communication context. We …

Rolling bearings are widely used in rotating machinery. Their fault feature signals are often
submerged in strong noise and are difficult to identify. This paper presents a new method of …

In this paper, an adaptive generalised function projective synchronisation scheme of
fractional-order chaotic systems with different dimensions and orders and fully unknown …

In this chapter, we investigate the stabilization and synchronization of different fractional
chaotic maps described by the Caputo h-difference operator using linear control laws. First …

Stability and Stabilisation of Nonlinear Incommensurate Fractional Order Difference Systems |
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