We examine and analyze vibrational resonance (VR) in a dual-frequency-driven gyroscope
subject to a parametric excitation and an additive periodic forces. The method of direct …

In this manuscript, hybrid function projective synchronization of Bhalekar–Gejji and Pehlivan
chaotic systems is established by applying adaptive control technique where the system …

In this paper, active backstepping design technique is applied to achieve reduced-order
hybrid combination synchronization and reduced-order projective hybrid combination …

In this paper, generalised increased-and reduced-order synchronisation is established
between 5D and 6D hyperchaotic system by applying active control method. Using the …

This paper is concerned with the neural adaptive control design problem of a class of
chaotic systems with uncertain dynamics, input and output saturation. To attenuate the effect …

This brief proposes modified projective synchronization (MPS) methods for underactuated
unknown heavy symmetric chaotic gyroscope systems via optimal Gaussian radial basis …

In this paper, a sliding model control approach is introduced to realize modified projective
synchronization between two different chaotic systems in a finite time. The effects of …

This paper studies the problem of delayed state-feedback controller design for nonlinear
fractional order systems. The effects of the time-varying delay on the controller design …

We examine the synchronization transition of a pair of unidirectionally coupled gyroscope.
Based on Lyapunov stability theory and linear matrix inequalities (LMI), some necessary and …

In this paper, the problem of adaptive tracking control in networked nonidentical Lagrange
systems is investigated via backstepping schemes. Two distributed tracking control …