<p>Subfigure A denotes the mean reliability of degree centrality for weighted networks with a threshold of 0.8. Subfigure B denotes the mean reliability of degree centrality for binarized networks with a threshold of 0.8.</p
In complex networks, different nodes have distinct impact on overall functionality and resiliency ag...
<p>The order of the networks is organized according to their increasing assortative coefficient (fro...
Centrality metrics have been studied in the network science research. They have been used in various...
<p>Subfigure A denotes the correlations of degree centrality reliability for weighted networks. Subf...
<p>Subfigure A denotes the violin plots of degree centrality reliability for weighted networks. Subf...
<p>(A–C) The nodal metric reliability was derived from HbO, HbR, and HbT, respectively. The five col...
<p>The mean betweenness centrality of the four networks and estimation methods.</p
<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
The NIRA is obtained by calculating the absolute difference between the average of the scores withou...
<p>The dashed line indicates the value of the critical degree <i>k</i>*. The discrepancy between the...
We study the robustness of networks under node removal, considering random node failure, as well as ...
Many technological networks can experience random and/or systematic failures in their components. Mo...
<p>(A) Probability that a single node removal will trigger a cascade as function of the tolerance pa...
In complex networks, different nodes have distinct impact on overall functionality and resiliency ag...
<p>The order of the networks is organized according to their increasing assortative coefficient (fro...
Centrality metrics have been studied in the network science research. They have been used in various...
<p>Subfigure A denotes the correlations of degree centrality reliability for weighted networks. Subf...
<p>Subfigure A denotes the violin plots of degree centrality reliability for weighted networks. Subf...
<p>(A–C) The nodal metric reliability was derived from HbO, HbR, and HbT, respectively. The five col...
<p>The mean betweenness centrality of the four networks and estimation methods.</p
<p>(A–C) The global metric reliability was derived from HbO, HbR, and HbT, respectively. Five colors...
<p>The areas under the curves (AUCs) of each global metric were used to provide threshold-independen...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
The NIRA is obtained by calculating the absolute difference between the average of the scores withou...
<p>The dashed line indicates the value of the critical degree <i>k</i>*. The discrepancy between the...
We study the robustness of networks under node removal, considering random node failure, as well as ...
Many technological networks can experience random and/or systematic failures in their components. Mo...
<p>(A) Probability that a single node removal will trigger a cascade as function of the tolerance pa...
In complex networks, different nodes have distinct impact on overall functionality and resiliency ag...
<p>The order of the networks is organized according to their increasing assortative coefficient (fro...
Centrality metrics have been studied in the network science research. They have been used in various...
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