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Structure-dynamics interplay in complex networks: Difference between revisions

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[[Lucas Antiqueira]], [[Bruno Abrahao]], [[Jonathan Cannon]], [[Damian Blasi]], [[Gavin Fay]], [[Joseph Gran]], [[Chaitanya Gokhale]], [[Vanessa Weinberger]], [[Borys Wrobel]]
[[Lucas Antiqueira]], [[Bruno Abrahao]], [[Jonathan Cannon]], [[Damian Blasi]], [[Gavin Fay]], [[Joseph Gran]], [[Chaitanya Gokhale]], [[Vanessa Weinberger]], [[Borys Wrobel]]


Goal: Analyze relationships between network structure (degree, centrality, and so on) and a dynamical process occurring on the network.
Goal: Analyze and explain relationships between network structure (degree, centrality, motifs, etc) and network dynamics.
 
We have two different trends. The first one has the following features:
* The dynamics is a diffusion process (random walk) occurring on the network.
* The structure is represented by different network models (random, small-world, scale-free).
* Applications? Any.
 
Second trend:
* The dynamics is related to the network evolution in terms of inclusion of nodes, rewiring of edges, etc, etc.
* Motifs play a special role in structural analysis.
* Special attention to food-webs.

Revision as of 04:35, 10 June 2010

Lucas Antiqueira, Bruno Abrahao, Jonathan Cannon, Damian Blasi, Gavin Fay, Joseph Gran, Chaitanya Gokhale, Vanessa Weinberger, Borys Wrobel

Goal: Analyze and explain relationships between network structure (degree, centrality, motifs, etc) and network dynamics.

We have two different trends. The first one has the following features:

  • The dynamics is a diffusion process (random walk) occurring on the network.
  • The structure is represented by different network models (random, small-world, scale-free).
  • Applications? Any.

Second trend:

  • The dynamics is related to the network evolution in terms of inclusion of nodes, rewiring of edges, etc, etc.
  • Motifs play a special role in structural analysis.
  • Special attention to food-webs.