As two-layer or multi-layer network model can more accurately reveal many real structures of
complex systems such as peer-to-peer (P2P) networks on IP networks, to better understand …

Network transmission capacity is an important guarantee for the normal operation of the
network. The effective routing strategy avoids the use of nodes with large degree value …

In this paper, an optimal routing strategy is proposed to enhance the traffic capacity of
complex networks. In order to avoid nodes overloading, the new algorithm is derived on the …

This paper presents a new routing strategy by introducing a tunable parameter into the
minimum information path routing strategy we proposed previously. It is found that network …

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 …

Due to the heterogeneity of the structure on a scale-free network, making the
betweennesses of all nodes become homogeneous by reassigning the weights of nodes or …

For further research on the gravity mechanism of the routing protocol in complex networks,
we introduce the concept of routing awareness depth, which is represented by ρ. On this …

In real communication or transportation systems, loss of agents is very common due to finite
storage capacity. We study the traffic dynamics in finite buffer networks and propose a …

Based on a two-dimensional small-world network model, we propose an efficient routing
strategy that enhances the network capacity while keeping the average packet travel time …

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