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 …

The transport efficiency of a network is strongly related to the underlying structure. In this
paper, we propose an efficient strategy named high-betweenness-first (HBF) for the purpose …

In this paper, a method is proposed to enhance the traffic handling capacity of scale-free
networks by closing or cutting some links between some large-degree nodes, for both local …

In this paper, an improved routing strategy is proposed for enhancing the traffic capacity of
scale-free networks. Instead of using the information of degree and betweenness centrality …

We propose a method to enhance the traffic handling capacity of scale-free networks by
enforcing the undirected links to be unidirectional ones, for the global shortest-path routing …

In this paper, we propose an efficient strategy to enhance the network transport efficiency by
adding links to the existing networks. In our proposed strategy, we consider both the node …

The most important function of a network is for transporting traffic. Due to the low traffic
capacity of network systems under the global shortest path routing, plenty of heuristic routing …

By incorporating local traffic information into the basic shortest path routing policy, we
propose a congestion awareness routing strategy with a tunable parameter. We investigate …

An efficient link-removal strategy, called the variance-of-neighbor-degree-reduction (VNDR)
strategy, for enhancing the traffic capacity of scale-free networks is proposed in this paper …

In this paper, we propose a new routing strategy based on the minimum information path,
named the optimal routing (OR) strategy, to improve the transportation capacity of scale-free …