This paper is concerned with the finite-time synchronization issue of nonlinear coupled
neural networks by designing a new switching pinning controller. For the fixed network …

In this paper, we study a class of coupled time-delayed neural networks with discontinuous
activations. Based on the new analysis techniques, framework of nonsmooth analysis …

Active control strategy is a powerful control technique in synchronizing chaotic/hyperchaotic
systems. Until now, active control techniques have been employed to synchronize chaotic …

Based on the Lyapunov-Krasovskii functional theory and using the adaptive control, the
work of this paper addresses the globally and asymptotically stable synchronisation and anti …

A novel output feedback dynamic excitation control scheme is proposed for efficient load
angle trajectory tracking tasks for synchronous generators. In this way, effective tracking of …

This paper is concerned with the problem of the finite-time drive–response synchronization
of a general class of delayed memristive neural networks (DMNN) with interval parameters …

This paper focuses on the stability problems in a hydropower station. To enable this study,
we consider a nonlinear hydropower generation system for the load rejection transient …

A fuzzy proportion plus integral (FPI) control strategy is investigated for the automatic voltage
regulator (AVR) of synchronous generators (SGs). The Takagi-Sugeno·(TS) fuzzy state …

A fuzzy proportion plus integral (FPI) control strategy is investigated for the automatic voltage
regulator (AVR) of synchronous generators (SGs). The Takagi-Sugeno-(TS) fuzzy state …

This paper addresses the transient stability problem in power systems of nonlinear
character. A recursive nonlinear backstepping controller for improving the single machine …