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. 2015 Jun 4;5:10840. doi: 10.1038/srep10840

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Copyright © 2015, Macmillan Publishers Limited

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The Mimura-Murray model with mobilities σ^(v) = σ^(u) = 0.12 on a multiplex network with scale-free layers of N = 1,000 nodes, and mean degrees and . Non-uniform stationary pattern is shown in the activator layer G^(u) (a) as well as in the inhibitor layer G^(v) (b). Nodes in activator layer are ordered according to decreasing degree; nodes in the inhibitor layer are ordered correspondingly. c, Same pattern is shown in the actual multiplex network. Nodes in G^(u) are plotted using a spring algorithm, so that, those having high degrees are placed in the center and those with small degrees in the periphery. Nodes in G^(v) follow the same indexing. For convenience, intra-layer links are not shown, while from inter-layer links only few are chosen to be shown.

Inline graphic — The Mimura-Murray model with mobilities σ^(v) = σ^(u) = 0.12 on a multiplex network with scale-free layers of N = 1,000 nodes, and mean degrees and . Non-uniform stationary pattern is shown in the activator layer G^(u) (a) as well as in the inhibitor layer G^(v) (b). Nodes in activator layer are ordered according to decreasing degree; nodes in the inhibitor layer are ordered correspondingly. c, Same pattern is shown in the actual multiplex network. Nodes in G^(u) are plotted using a spring algorithm, so that, those having high degrees are placed in the center and those with small degrees in the periphery. Nodes in G^(v) follow the same indexing. For convenience, intra-layer links are not shown, while from inter-layer links only few are chosen to be shown.