This paper presents a synchronizing approach to chaotic systems with unknown nonlinear
dynamics using a Gaussian non-singleton type-3 (NT3) fuzzy logic system (T3-FLS). The …

In this paper, a novel optimal synchronization control scheme for fractional–integer hybrid–
order chaotic systems is formulated. To deal with the fractional–order (FO) constraint, a …

This paper proposes control in the loop (CIL) for the synchronization between two nonlinear
chaotic systems at the existence of uncertainties and disturbances using an adaptive …

Recent biomedical engineering developments have empowered prosthetic devices to
evolve from purely mechanical devices to more sophisticated controlled devices, allowing …

The problem of the dual synchronization of two different fractional-order chaotic systems with
uncertain parameters is studied. This paper introduces a synchronization method in …

This article reports the design of a novel finite-time robust nonlinear controller for the
synchronization of two identical chaotic spacecraft. The proposed controller does not cancel …

This paper proposes an approach to control fractional-order semilinear systems which are
subject to linear constraints. The design procedure consists of two stages. First, a linear state …

In order to describe the complex dynamical behaviors of neurons with electromagnetic
effect, this paper presents a fractional-order memristive (FOM) Hindmarsh–Rose (HR) …

Barbalat's Lemma is a mathematical result that can lead to the solution of many asymptotic
stability problems. On the other hand, Fractional Calculus has been widely used in …

This paper presents control and synchronization for two nonlinear chaotic systems in the
presence of uncertainties and external disturbances based on an intuitionistic fuzzy control …