Synchronization of power systems is not only a vital issue nowadays, but also of major
importance in the development of future smart grids where high penetration of renewable …

We study numerically the spatiotemporal dynamics and synchronization of a heterogeneous
two-layer multiplex network where each layer is represented by a ring of nonlocally coupled …

We present numerical results for the synchronization phenomena in a bilayer network of
repulsively coupled 2D lattices of van der Pol oscillators. We consider the cases when the …

We study numerically the spatio-temporal dynamics of ring networks of coupled discrete-
time systems in the presence of additive noise. The robustness of chimera states with …

We study numerically the impact of heterogeneity in parameters on the dynamics of
nonlocally coupled discrete-time systems, which exhibit solitary states along the transition …

We study numerically the spatiotemporal dynamics and anti-phase synchronization of
complex structures in a two-layer multiplex network of bidirectionally and repulsively …

The event-triggered synchronization control problem is concerned for a class of complex
networks with nonlinearly coupling function and adaptive coupling strength. Given a state …

The robust operation of power transmission grids is essential for most of today's technical
infrastructure and our daily life. Adding renewable generation to power grids requires grid …

We explore numerically the synchronization effects in a heterogeneous two-layer network of
two-dimensional (2D) lattices of van der Pol oscillators. The inter-layer coupling of the …

Abstract We introduce Ordinal Synchronization (OS) as a new measure to quantify
synchronization between dynamical systems. OS is calculated from the extraction of the …