Hysteresis and multistability are fundamental phenomena of driven nonlinear oscillators,
which, however, restrict many applications such as mechanical energy harvesting. We …

This work concerns the control of multistability in a vibro-impact capsule system driven by a
harmonic excitation. The capsule is able to move forward and backward in a rectilinear …

The isolation vibration design for a self-synchronous vibrating system is challenging
because the realization of the system's function depends on itself vibrating. We propose a …

This paper proposes a new control method applicable for a class of non-autonomous
dynamical systems that naturally exhibit coexisting attractors. The central idea is based on …

This work is a continuation and verification of the original literature by means of experiment.
According to the previously published paper, the criteria of synchronization and stability for …

This paper is a continuation of the previous work by means of numeric and experiment. The
coupling characteristics of two exciters are described briefly. Numerical analyses …

In this study, recursive and adaptive backstepping nonlinear controllers are proposed to,
respectively, control and synchronize the biological system. The designed recursive …

We propose novel controllers for stabilization and tracking of chaotic and hyperchaotic
Lorenz systems using extended backstepping techniques. Based on the proposed …

Due to the small size and low speed of existing vibrating mechanical equipment, the
vibrating bodies are often considered rigid, and structural vibrations are neglected …

In this paper we investigate the possibilities and scenarios of synchronization under the
influence of parameters of structure that couples oscillators. The research is based on a …