<p>Panels A and B show curves based on the configuration model with exponent –2; C and D show similar plots for exponent –2.5; E and F are corresponding plots for exponent –3; G shows the coefficients of determination for the Erdős-Rényi model. The abbreviations are explained in the Methods section. All data points are averaged over 1000 networks. Error bars would have been smaller than the symbol size.</p
<p> <b>One standard deviation is indicated between brackets. Calculations were carri...
<p>The distance distribution of the overall connections in the brain networks of the control group (...
An increasing number of network metrics have been applied in network analysis. If metric relations w...
<p>A shows the results for the configuration model; B displays the result for the configuration mode...
<p>Panel A shows data for the configuration model; B is for the configuration model with added trian...
<p><b>A:</b> The number of unique complexes in independent simulations as a function of time: each c...
<p><i>S</i> is the fraction of vertices in the largest connected component. <i>d</i> is the average ...
<p>(a-e) Matching graph properties between model and data as function of the <i>λ</i> parameter. The...
<p>The Eqn. 1 is used for calculating the correlation coefficients for each simulation setting separ...
<p>Various network statistics shown as boxplots from 100 simulated networks. AKS is alternating <i>k...
<p>The left and right scales apply to the GCDs and GHDs, respectively. The latter have been renormal...
<p>Various network statistics shown as boxplots from 100 simulated networks. AKS is alternating <i>k...
<p>The Figure shows receiver operator characteristic (ROC) and precision to recall curves (PR) for n...
<p><b>A</b> Averaged result over 1,000 simulations with error bars indicating standard errors of the...
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
<p> <b>One standard deviation is indicated between brackets. Calculations were carri...
<p>The distance distribution of the overall connections in the brain networks of the control group (...
An increasing number of network metrics have been applied in network analysis. If metric relations w...
<p>A shows the results for the configuration model; B displays the result for the configuration mode...
<p>Panel A shows data for the configuration model; B is for the configuration model with added trian...
<p><b>A:</b> The number of unique complexes in independent simulations as a function of time: each c...
<p><i>S</i> is the fraction of vertices in the largest connected component. <i>d</i> is the average ...
<p>(a-e) Matching graph properties between model and data as function of the <i>λ</i> parameter. The...
<p>The Eqn. 1 is used for calculating the correlation coefficients for each simulation setting separ...
<p>Various network statistics shown as boxplots from 100 simulated networks. AKS is alternating <i>k...
<p>The left and right scales apply to the GCDs and GHDs, respectively. The latter have been renormal...
<p>Various network statistics shown as boxplots from 100 simulated networks. AKS is alternating <i>k...
<p>The Figure shows receiver operator characteristic (ROC) and precision to recall curves (PR) for n...
<p><b>A</b> Averaged result over 1,000 simulations with error bars indicating standard errors of the...
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
<p> <b>One standard deviation is indicated between brackets. Calculations were carri...
<p>The distance distribution of the overall connections in the brain networks of the control group (...
An increasing number of network metrics have been applied in network analysis. If metric relations w...