In many real networks, temporary and fluctuant high load on nodes does not always lead to
the complete failure of them. The recovery of nodes' traffic function and the corresponding …

In real networks, the load is usually fluctuant and temporary overloading cannot always
make nodes in completely failure. However, overload nodes will reject the flow and can lead …

In this paper, we study the optimization of network traffic by considering the effects of node
buffer ability and capacity. Two node buffer settings are considered. The node capacity is …

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 …

Cascading failures occur commonly in congested complex networks, where it may be
expressed as the process of generation, diffusion and dissipation of congestion. Different …

Dependency groups describe different characteristics of interactions among nodes, which
provide an emerging way to explore the dynamical behaviors of complex networks. To study …

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 present a new load distribution mechanism and obtain the dynamic critical load-
generating rate based on the unoccupied capacity in scale-free networks. And the dynamics …

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 …

With the rapid development of technology, the number of packets that need to be transmitted
in the network is increasing, which leads to network congestion and reduces the user …