The traffic dynamics of multi-layer networks has attracted a great deal of interest since many
real networks are comprised of two or more layers of subnetworks. Due to its low traffic …

To minimize traffic congestion, understanding how traffic dynamics depend on network
structure is necessary. Many real-world complex systems can be described as multilayer …

We introduce an adaptive delivering capacity mechanism into the traffic dynamic model on
scale-free networks under shortest path routing strategy and focus on its effect on the …

By incorporating local traffic information into the shortest path routing strategy, we
numerically investigate the effectiveness of the traffic awareness routing strategy for scale …

The function of the network is mainly related to its composition and structure. With the arrival
of the big data era, the network congestion has become more and more serious. Many …

An efficient flow assignment strategy is of great importance to alleviate traffic congestion on
multilayer networks. In this work, by considering the roles of nodes' local structures on the …

Traffic dynamics of multiplex networks is one of the new research topics since many systems
are proved not to be composed of only a single layer network. Here we focus routing …

The capacity of maximum end-to-end traffic flow the network is able to handle without
overloading is an important index for network performance in real communication systems …

We propose a limited packet-delivering capacity model for traffic dynamics in scale-free
networks. In this model, the total node's packet-delivering capacity is fixed, and the …

Many real-world networks are demonstrated to either have layered network structures in
themselves or interconnect with other networks, forming multilayer network structures. In this …