<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal networks are represented in red and candidate networks in black. The large blue star represents the biological network.</p
<p>Network configurations of the non-biological networks, together with the number of 3-node cliques...
Each color represents a network. Gray boxes represent the same topological measures calculated on th...
<p>Four minimal networks have larger Q values and basin sizes than the biological network. Aside fro...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>Subfigure A) shows the impact of the prioritization score properties. Subfigure B) shows the impa...
(a) The LFR benchmark. (b) Social networks—Facebook ego network. (c) Scale-free network. (d) The di...
<p>Panel A shows the number of (non-zero degree) vertices in the network; B displays the average deg...
<p>The relative proportions of nodes in different networks from sparse and cohesive modules detected...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
<p>In linear-logarithmic scale, ranking distribution of subnetwork sizes. Colors indicate the number...
<p>Basic network parameters of the two generated networks, compared with simulated randomized model ...
<p>Comparison of the classification results by the randomized networks and the true network. The λ p...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>The thin blue lines represent the 100 simulated networks and the thick red line represent the act...
<p>CS graphs (blue), random (red), small-world (green), scale-free (purple) and biological (yellow) ...
<p>Network configurations of the non-biological networks, together with the number of 3-node cliques...
Each color represents a network. Gray boxes represent the same topological measures calculated on th...
<p>Four minimal networks have larger Q values and basin sizes than the biological network. Aside fro...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>Subfigure A) shows the impact of the prioritization score properties. Subfigure B) shows the impa...
(a) The LFR benchmark. (b) Social networks—Facebook ego network. (c) Scale-free network. (d) The di...
<p>Panel A shows the number of (non-zero degree) vertices in the network; B displays the average deg...
<p>The relative proportions of nodes in different networks from sparse and cohesive modules detected...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
<p>In linear-logarithmic scale, ranking distribution of subnetwork sizes. Colors indicate the number...
<p>Basic network parameters of the two generated networks, compared with simulated randomized model ...
<p>Comparison of the classification results by the randomized networks and the true network. The λ p...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
<p>The thin blue lines represent the 100 simulated networks and the thick red line represent the act...
<p>CS graphs (blue), random (red), small-world (green), scale-free (purple) and biological (yellow) ...
<p>Network configurations of the non-biological networks, together with the number of 3-node cliques...
Each color represents a network. Gray boxes represent the same topological measures calculated on th...
<p>Four minimal networks have larger Q values and basin sizes than the biological network. Aside fro...
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