activity
20072021
most citedCoevolution spreading in complex networks

289 citations · 1.5k across the 34 of their papers we have counts for

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Showing 2010Show all

6 papers · 1 filter

physics.soc-ph2010

Navigation in non-uniform density social networks

Yanqing Hu, Yong Li, Zengru Di +1

Recent empirical investigations suggest a universal scaling law for the spatial structure of social networks. It is found that the probability density distribution of an individual…

physics.bio-ph2010★ 30 cited

Toward a General Understanding of the Scaling Laws in Human and Animal Mobility

Yanqing Hu, Jiang Zhang, Di Huan +1

Recent research highlighted the scaling property of human and animal mobility. An interesting issue is that the exponents of scaling law for animals and humans in different situati…

physics.soc-ph2010★ 8 cited

Dynamics on Spatial Networks and the Effect of Distance Coarse Graining

An Zeng, Dong Zhou, Yanqing Hu +2

Very recently, a kind of spatial network constructed with power-law distance distribution and total energy constriction is proposed. Moreover, it has been pointed out that such spa…

physics.soc-ph2010★ 3 cited

How to Measure Significance of Community Structure in Complex Networks

Yanqing Hu, Yiming Ding, Ying Fan +1

Community structure analysis is a powerful tool for complex networks, which can simplify their functional analysis considerably. Recently, many approaches were proposed to communit…

physics.soc-ph2010★ 2 cited

Maximizing Entropy Yields Spatial Scaling in Social Networks

Yanqing Hu, Yougui Wang, Daqing Li +2

In addition to the well known common properties such as small world and community structures, recent empirical investigations suggest a universal scaling law for the spatial struct…

physics.soc-ph2010

Effects of Levy Flights Mobility Pattern on Epidemic Spreading under Limited Energy Constraint

Yanqing Hu, Dan Luo, Xiaoke Xu +2

Recently, many empirical studies uncovered that animal foraging, migration and human traveling obey Levy flights with an exponent around -2. Inspired by the deluge of H1N1 this yea…