The structure of the network has great impact on its traffic dynamics. Most of the real world
networks follow heterogeneous structure and exhibit scale-free feature. In scale-free …

The network topology structure has great impact on its traffic capacity. Most of the biological
and technological networks have been proved to exhibit scale-free feature. In real networks …

Considering the heterogeneous structure of scale-free networks causing low traffic capacity
of network, we propose to improve the network transport efficiency by rewiring a fraction of …

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 …

The transport efficiency of a network strongly depends on the underlying structure. The traffic
capacity of one real network may be actually very small due to the heterogeneous degree …

It has been widely demonstrated that the structure of a network is a major factor that affects
its traffic dynamics. In this work, we try to identify the optimal topologies for maximizing the …

We propose a new routing strategy for controlling packet routing on complex networks. The
delivery capability of each node is adopted as a piece of local information to be integrated …

In many real complex artificial networks, a navigation route between a pair of source and
destination is often desired to pass through at least a specified node called check-in node …

In this paper, we propose an efficient strategy to enhance traffic capacity via the process of
nodes and links increment. We show that by adding shortcut links to the existing networks …

The nodes with the largest degree are very susceptible to traffic congestion, thus an effective
way to improve traffic and control congestion can be redistributing traffic load in hub nodes …