This paper presents a novel chaos stabilization method using fuzzy Lyapunov exponents
placement. An adaptive neuro-fuzzy inference system (ANFIS) learning method is used to …

This study aims to show that a multiple delay feedback control method can stabilize unstable
fixed points of time-delay nonlinear oscillators. The boundary curves of stability in a control …

Power factor correction converters are power electronics circuits used as AC‐DC power
supplies. These systems are well known to exhibit nonlinear phenomena such as …

This paper addresses a new adaptive delayed feedback control technique for stabilizing a
class of chaotic time-delayed systems with a variable parameter. In the proposed scheme …

This work presents a nonlinear fuzzy feedback control approach for stabilizing the unknown
chaotic systems via Lyapunov exponents placement. An adaptive neuro-fuzzy inference …

This introductory chapter aims to provide a brief background material before presenting the
main contents of this book in the following chapters. Here, several stability and bifurcation …

In this paper, we investigate complete synchronization of double-delayed Rössler systems
with uncertain parameters as the master system is in chaotic synchronization. The uncertain …

This paper is concerned with bifurcation and chaos control in a new chaotic system recently
introduced by Bao et al [9]. First a condition that the system has a Hopf bifurcation is derived …

In this study, sliding adaptive fuzzy control (SAFC) is proposed to chaos control for a class of
time-delayed chaotic systems. An adaptation law based on Gradient Descent (GD) method …

In this study, an iterative method based on harmonic balance for the period-one rotation of
parametrically excited pendulum is proposed. Based on the characteristics of the period-one …