Network structure and its traffic capacity are closely related. A reasonable layout of the
network structure can bring a larger traffic capacity. In this paper, a high-contraction …

Traffic dynamics have drawn more and more attention from physical and engineering field
recently. In this brief, we focus on the traffic capacity that can be measured by the critical …

Most modern infrastructures are coupled with or are dependent on one another to form
multilayer networks. Contrary to a single-layer transportation network, multilayer …

In this paper, we propose a Structural Hole Routing (SHR) strategy based on the structural
hole theory for scale-free networks. The performance of routing strategies on scale-free …

The escalation of network traffic drives it imperative to enhance network traffic capacity and
alleviate congestion. We propose a novel routing strategy in accordance with the properties …

Information routing strategy is a hot issue in the study of complex network traffic dynamics. In
this paper, we define a new gravitational centrality and introduce parameter α 1 to control …

Complex networks have been studied in various fields. In particular, topology and routing
algorithms have been studied with the aim of preventing packet dropping and congestion in …

Finding the shortest paths for packets from sources to destinations in packet-switched
communication networks is an inevitable problem in building a future high-speed …

To improve the traffic capacity of scale-free networks, we propose an improved local efficient
routing (ILER) strategy based on node degree and network constraint index (NCI). NCI …

The traffic dynamics of complex networks is closely related to network structure. By changing
network structure, the traffic dynamics behavior can be optimized. Faced with the network …