Real-world networks often consist of millions of heterogenous elements that interact at
multiple timescales and length scales. The fields of statistical physics and control theory both …

Network dynamical systems are often characterized by the interlaced evolution of the node
and edge dynamics, which are driven by both deterministic and stochastic factors. This …

In this paper, we explore the input-to-state practically exponential stability of complex
networks by designing asynchronous aperiodical intermittent dynamic event-triggered …

This paper is concerned with the almost sure exponential synchronization of a multilayer
network which is set up on a non-strongly connected digraph that can be classified into …

A new consensus protocol with aperiodically intermittent discrete-time state observation
noise (AIDSON) is introduced. With the help of the proposed AIDSON, the almost sure …

The evolution of the target system (leader) in pinning-controlled complex networks may
need to be regulated by some control inputs for performing various practical tasks, eg …

Multi-layer networks, which incorporate multiple subsystems and different kinds of
interactions, are recently believed to have a stronger ability in modelling various real-world …

In this brief, the almost sure exponential consensus of multi-agent systems is investigated. A
consensus protocol is designed with aperiodically intermittent communication noise rather …

We aim to address the consensus tracking problem for multiple-input–multiple-output
(MIMO) linear networked systems under directed switching topologies, where the leader is …

Both interpersonal communication and media contact are important information sources and
play a significant role in shaping public opinions of large populations. In this paper, we …