<p>Distribution of the local reaching centrality in the adjustable hierarchical (AH) network model at different parameter values. Each distribution is averaged over 1000 AH networks with and . The standard deviations of the distributions are comparable to the averages only for relative frequencies less than 0.002. Note that from the (highly random) to the (fully hierarchical) state the distribution changes continuously and monotonously with .</p
<p>The top row again shows histograms of the momentary degree distribution for networks at mean degr...
Most random graph models are locally tree-like—do not contain short cycles—rendering them unfit for ...
<p>(a) HT09 (b) SG-Infectious (c) FudanWIFI. All the temporal networks are the same as those in Fig....
<p>All curves show averages over an ensemble of 1000 networks with and different average degrees. S...
<p>The two measures of heterogeneity presented here are the global reaching centrality () and (stan...
<p>The correlation distribution of HC network (green), ten HQS null networks (red) and ten COR null ...
<p>Distribution between the node strength and the hierarchy (<i>L</i> = −12, −10, −8, 2).</p
<p>When the filtering cutoff is set to -∞, all edges returned by the inference network are retained ...
(A) Average resource import and (B) Node Equilibrium Population (NEP) as a function of the closeness...
<p>Average degree distribution of all frequency ranges for networks set at 1% connectivity density. ...
<p>We show the order (), average degree (), and global reaching centrality for the original () and f...
Nature, technology and society are full of complexity arising from the intricate web of the interact...
<p>The Erdös-Rényi random graph has the same number of vertices and average degree as the HCW conta...
<p>Panels (a) and (b) show systems below the epidemic threshold, while (c) and (d) show systems abov...
Most random graph models are locally tree-like—do not contain short cycles—rendering them unfit for ...
<p>The top row again shows histograms of the momentary degree distribution for networks at mean degr...
Most random graph models are locally tree-like—do not contain short cycles—rendering them unfit for ...
<p>(a) HT09 (b) SG-Infectious (c) FudanWIFI. All the temporal networks are the same as those in Fig....
<p>All curves show averages over an ensemble of 1000 networks with and different average degrees. S...
<p>The two measures of heterogeneity presented here are the global reaching centrality () and (stan...
<p>The correlation distribution of HC network (green), ten HQS null networks (red) and ten COR null ...
<p>Distribution between the node strength and the hierarchy (<i>L</i> = −12, −10, −8, 2).</p
<p>When the filtering cutoff is set to -∞, all edges returned by the inference network are retained ...
(A) Average resource import and (B) Node Equilibrium Population (NEP) as a function of the closeness...
<p>Average degree distribution of all frequency ranges for networks set at 1% connectivity density. ...
<p>We show the order (), average degree (), and global reaching centrality for the original () and f...
Nature, technology and society are full of complexity arising from the intricate web of the interact...
<p>The Erdös-Rényi random graph has the same number of vertices and average degree as the HCW conta...
<p>Panels (a) and (b) show systems below the epidemic threshold, while (c) and (d) show systems abov...
Most random graph models are locally tree-like—do not contain short cycles—rendering them unfit for ...
<p>The top row again shows histograms of the momentary degree distribution for networks at mean degr...
Most random graph models are locally tree-like—do not contain short cycles—rendering them unfit for ...
<p>(a) HT09 (b) SG-Infectious (c) FudanWIFI. All the temporal networks are the same as those in Fig....