In real networks, traffic flows are different in amount as well as their priorities. However, the
latter priority has rarely been examined in routing strategy studies. In this paper, a novel …

Packets transmitting in real communication networks such as the Internet can be classified
as time-sensitive or time-insensitive. To better support the real-time and time-insensitive …

Despite the significant improvement on network performance provided by global routing
strategies, their applications are still limited to small-scale networks, due to the need for …

The performance of routing strategies on complex networks can be characterized by two
measurements, ie, the traffic capacity and the average packets travel time. By efficiently …

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 …

Smart OSPF (S-OSPF), a load balancing, shortest-path-based routing scheme, was
introduced to improve the routing performances of legacy networks running OSPF with …

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 …

This study proposes a probability routing strategy for improving traffic capability on scale-
free networks. Compared with the shortest path routing strategy depending on central nodes …

In this paper, an optimal resource allocation strategy is proposed to enhance traffic
dynamics in complex networks. The network resources are the total node packet-delivering …

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