How inhomogeneous site percolation works on Bethe lattices: theory and application

Jingli Ren Zhengzhou University Liying Zhang Zhengzhou University Stefan Siegmund TU Dresden

Theoretical Physics mathscidoc:1702.39001

Scientific Reports, 6, 22420, 2016.3
Inhomogeneous percolation, for its closer relationship with real-life, can be more useful and reasonable than homogeneous percolation to illustrate the critical phenomena and dynamical behaviour of complex networks. However, due to its intricacy, the theoretical framework of inhomogeneous percolation is far from being complete and many challenging problems are still open. Due to this reasn, in this paper, we investigate inhomogeneous site percolation on Bethe Lattices with two occupation probabilities, and we also extend the result to percolation with m occupation probabilities. The critical behaviour of this inhomogeneous percolation is shown clearly by formulating the percolation probability with given occupation probability, the critical occupation probability, and the average cluster size. Moreover, using the above theory, we discuss in detail the diffusion behaviour of an infectious disease (SARS) and present specific disease-control strategies in consideration of groups with different infection probabilities.
inhomogeneous site percolation, Bethe lattices, critical occupation probability, average cluster size, percolation probability
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@inproceedings{jingli2016how,
  title={How inhomogeneous site percolation works on Bethe lattices:  theory and application},
  author={Jingli Ren, Liying Zhang, and Stefan Siegmund},
  url={http://archive.ymsc.tsinghua.edu.cn/pacm_paperurl/20170207105928376238255},
  booktitle={Scientific Reports},
  volume={6},
  pages={22420},
  year={2016},
}
Jingli Ren, Liying Zhang, and Stefan Siegmund. How inhomogeneous site percolation works on Bethe lattices: theory and application. 2016. Vol. 6. In Scientific Reports. pp.22420. http://archive.ymsc.tsinghua.edu.cn/pacm_paperurl/20170207105928376238255.
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