Comparison of ranking nodes based on the random walk-based indicators and node degrees in the contact network ‘ia-infect-dublin’.</p
<p>Comparison of distributions of various network quantities in the year . Authority (blue), Hub (re...
<p>Comparison of the -indices of model and empirical networks in the case of simultaneous (top row) ...
<p>The average percent identity is the fraction of links the randomized network had in common with t...
<p>Infohiermap<sup>1<i>st</i></sup> and Infohiermap<sup>2<i>nd</i></sup> represent the first-level a...
In the era of big data, social network has become an important reflection of human communications an...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
The ranking of nodes in a network according to their centrality or ``importance'' is a classic probl...
<p>For example, the node AnionCh has an in-degree of 6, an out degree of 6, and a total degree of 12...
<p>(a) Three basic network centralities. The <i>Degree</i> is the number of node's neighbors; the sh...
<p>Comparison of selected measures between event-related change networks and normal networks.</p
<p>A. Degree (RPM). B. <i>k</i><sub>out</sub> (RPM). C. Embeddedness (RPM). D. Degree (HPM). E. <i>k...
Many large network data sets are noisy and contain links representing low-intensity relationships th...
<p>Hospitals in the HAI-specific network (HAISN) (n = 1266), suspected-HAI network (SHAIN) (n = 1975...
<p>Each row corresponds to a different network topology: (a)-(d) random network; (e)-(h) scale-free ...
<p>Plot A and D: Strength distribution of the semantic (A) and users’ interest network (D). The dist...
<p>Comparison of distributions of various network quantities in the year . Authority (blue), Hub (re...
<p>Comparison of the -indices of model and empirical networks in the case of simultaneous (top row) ...
<p>The average percent identity is the fraction of links the randomized network had in common with t...
<p>Infohiermap<sup>1<i>st</i></sup> and Infohiermap<sup>2<i>nd</i></sup> represent the first-level a...
In the era of big data, social network has become an important reflection of human communications an...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
The ranking of nodes in a network according to their centrality or ``importance'' is a classic probl...
<p>For example, the node AnionCh has an in-degree of 6, an out degree of 6, and a total degree of 12...
<p>(a) Three basic network centralities. The <i>Degree</i> is the number of node's neighbors; the sh...
<p>Comparison of selected measures between event-related change networks and normal networks.</p
<p>A. Degree (RPM). B. <i>k</i><sub>out</sub> (RPM). C. Embeddedness (RPM). D. Degree (HPM). E. <i>k...
Many large network data sets are noisy and contain links representing low-intensity relationships th...
<p>Hospitals in the HAI-specific network (HAISN) (n = 1266), suspected-HAI network (SHAIN) (n = 1975...
<p>Each row corresponds to a different network topology: (a)-(d) random network; (e)-(h) scale-free ...
<p>Plot A and D: Strength distribution of the semantic (A) and users’ interest network (D). The dist...
<p>Comparison of distributions of various network quantities in the year . Authority (blue), Hub (re...
<p>Comparison of the -indices of model and empirical networks in the case of simultaneous (top row) ...
<p>The average percent identity is the fraction of links the randomized network had in common with t...
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