In this work, a sliding mode control (SMC) method and a composite learning SMC (CLSMC)
method are proposed to solve the synchronization problem of chaotic fractional-order neural …

Recently, intelligent control techniques have received considerable attention. In most
studies, the systems' model is assumed to be without any delay, and the effects of faults and …

This paper presents a novel sensorless high-gain observer for wind energy conversion
systems (WECS) incorporating Vienna rectifiers. Vienna rectifiers offer several advantages …

Considering that the formation composed of light-weight UAVs is highly susceptible to the
interference, which may from the changes in the external environment and the uncertainty of …

We develop a new robust control scheme for a non-holonomic spherical robot. To this end,
the mathematical model of a pendulum driven non-holonomic spherical robot is first …

Since the variable-order fractional systems show more complex characteristics and more
degrees of freedom due to time-varying fractional derivatives, we introduce a variable-order …

In the present article, as a new approach, a fuzzy disturbance observer is combined with an
active controller for the synchronization of fractional-order time-delayed systems. Since the …

Having found hidden hyperchaos in a 5D self-exciting homopolar disc dynamo, we study the
existence of a Hopf bifurcation, which leads to unstable limit cycles bifurcating from a stable …

Control of supply chains with chaotic dynamics is an important, yet daunting challenge
because of the limitations and constraints there are in the amplitude of control efforts. In real …

This letter presents a memory-augmented system identifier with finite-time convergence for
continuous-time uncertain nonlinear systems. A memory of events with significant effect on …