<p>Panel A shows the size of the out-component for an exemplary node as a function of . For many times , the size of the out-component has similar values close to , but for some we also find to vanish. Panel B shows the distribution for all nodes, i.e. the top view of panel A for all nodes of the network. Each horizontal line represents one node, the example node chosen for panel A is indicated by the dotted orange line. For the sake of clarity, only every 100th node is plotted. Nodes are arranged according to their averaged value of over all from top to bottom, i.e. the node with the largest averaged out-component is displayed as the top line of the panel.</p
<p>Nodes losing and regaining popularity in 4 networks from different domains. Each panel describes ...
<p>Probability distribution of the mean number of trials for which a cost value stays as the lowest...
<p>Node degree (Panel A), strength (Panel B), betweenness centrality (Panel C), and clustering (Pane...
<p>Panel A: Outbreak probability as given by the fraction of primary infections causing at least on...
<p>The top row again shows histograms of the momentary degree distribution for networks at mean degr...
<p>Node degree distributions, obtained from all the nodes of the persistent networks of all cultures...
<p>Each curve corresponds to one node. The top hundred nodes with the largest out-components are sho...
<p>(a) . (b) . Both panels (a) and (b) show the indegree distributions separately for different stra...
<div><p>(Top panel) All 199 motifs are sorted on the <i>x</i>-axis first, according to increasing nu...
<p>Shown are the mean intersections and for three different sample sizes (red), (blue), and (gr...
(a) Network visualization of the JOAPP data set. The dashed lines are not exhaustive, but illustrate...
<p>Calculation was performed on 300 simulations of a stochastic metapopulation model based on a comp...
<p>Dashed line indicates the expected imbalance for trees of this size <a href="http://www.ploscompb...
<p>Top: Utilization, blocking probability, node contents and in-degree are shown for each of the 242...
<p>Panel A shows the number of (non-zero degree) vertices in the network; B displays the average deg...
<p>Nodes losing and regaining popularity in 4 networks from different domains. Each panel describes ...
<p>Probability distribution of the mean number of trials for which a cost value stays as the lowest...
<p>Node degree (Panel A), strength (Panel B), betweenness centrality (Panel C), and clustering (Pane...
<p>Panel A: Outbreak probability as given by the fraction of primary infections causing at least on...
<p>The top row again shows histograms of the momentary degree distribution for networks at mean degr...
<p>Node degree distributions, obtained from all the nodes of the persistent networks of all cultures...
<p>Each curve corresponds to one node. The top hundred nodes with the largest out-components are sho...
<p>(a) . (b) . Both panels (a) and (b) show the indegree distributions separately for different stra...
<div><p>(Top panel) All 199 motifs are sorted on the <i>x</i>-axis first, according to increasing nu...
<p>Shown are the mean intersections and for three different sample sizes (red), (blue), and (gr...
(a) Network visualization of the JOAPP data set. The dashed lines are not exhaustive, but illustrate...
<p>Calculation was performed on 300 simulations of a stochastic metapopulation model based on a comp...
<p>Dashed line indicates the expected imbalance for trees of this size <a href="http://www.ploscompb...
<p>Top: Utilization, blocking probability, node contents and in-degree are shown for each of the 242...
<p>Panel A shows the number of (non-zero degree) vertices in the network; B displays the average deg...
<p>Nodes losing and regaining popularity in 4 networks from different domains. Each panel describes ...
<p>Probability distribution of the mean number of trials for which a cost value stays as the lowest...
<p>Node degree (Panel A), strength (Panel B), betweenness centrality (Panel C), and clustering (Pane...