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Traffic dynamics on multilayer networks with two logical layers
International Journal of Modern Physics B ( IF 1.7 ) Pub Date : 2021-04-19 , DOI: 10.1142/s0217979221501095
Jinlong Ma 1 , Zhichao Sun 1 , Yongqiang Zhang 1 , Xiangyang Xu 1 , Ruimei Zhao 1 , Mingwei Cai 1 , Sufeng Li 2
Affiliation  

In order to study traffic dynamics on multilayer networks, it is of great significance to build a network model which can more exactly reflect the actual network layered structure characteristics. In this paper, a three-layer network model in which two logical layers are mapped on one physical layer is established, and the traffic capacities of three kinds of multilayer networks with different combinations of logical layers are compared. Simulation results show that when the physical layer is the same random network, the network whose logical layers are two random networks has the optimal traffic capacity, the network with one random network and one scale-free network in the logical layers has the better traffic capacity than the network whose logical layers are two scale-free networks.

中文翻译:

具有两个逻辑层的多层网络上的流量动态

为了研究多层网络上的流量动态,建立一个能够更准确地反映实际网络分层结构特征的网络模型具有重要意义。本文建立了两个逻辑层映射到一个物理层的三层网络模型,比较了三种不同逻辑层组合的多层网络的流量容量。仿真结果表明,当物理层为同一个随机网络时,逻辑层为两个随机网络的网络具有最优的流量容量,逻辑层具有一个随机网络和一个无标度网络的网络具有更好的流量容量比其逻辑层是两个无标度网络的网络。
更新日期:2021-04-19
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