<p>Red curve corresponds to the case where GELnets were provided with the true network used to generate the data. Blue curve depicts the case where the permuted network was provided instead.</p
<p>A) Removing exceptional edges from the network causes a decline in performance, while adding them...
<p>These charts show the results of both Step 2 and Step 3 for 6 different benchmark networks with d...
<p>(a) vs packet generation rate at ; (b) vs at . Network parameters: , average degree . Curves ...
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the absol...
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the relat...
<p>(a) vs ; (b) vs ; (c) vs . The packet generation rate . Network parameters: , average degree ....
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the relat...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
This graph presents how well the model discriminates the patients revised for dislocation (blue) fro...
<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal n...
Box plots of the distributions of semi-metric distortion for semi-metric edges (sij > 1) for all con...
<p>The black, red and blue lines represent the results for the cases , and , respectively. Data poi...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>A) Removing exceptional edges from the network causes a decline in performance, while adding them...
<p>These charts show the results of both Step 2 and Step 3 for 6 different benchmark networks with d...
<p>(a) vs packet generation rate at ; (b) vs at . Network parameters: , average degree . Curves ...
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the absol...
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the relat...
<p>(a) vs ; (b) vs ; (c) vs . The packet generation rate . Network parameters: , average degree ....
<p>The x-axis show the parameter ranges comprised by each of the 10 bins. The y-axis shows the relat...
<p>The global network metrics (y-axis) from the bootstrapped data are displayed across fixed density...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
This graph presents how well the model discriminates the patients revised for dislocation (blue) fro...
<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal n...
Box plots of the distributions of semi-metric distortion for semi-metric edges (sij > 1) for all con...
<p>The black, red and blue lines represent the results for the cases , and , respectively. Data poi...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>A) Removing exceptional edges from the network causes a decline in performance, while adding them...
<p>These charts show the results of both Step 2 and Step 3 for 6 different benchmark networks with d...
<p>(a) vs packet generation rate at ; (b) vs at . Network parameters: , average degree . Curves ...
DOI
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