<p>Comparative analysis of Postal Network to other networks in terms of Jaccard overlap, percent shared edges, edge weight correlation and in and out degree correlation.</p
We consider the problem of determining how similar two networks (without known node-correspondences)...
<p>A. Degree (RPM). B. <i>k</i><sub>out</sub> (RPM). C. Embeddedness (RPM). D. Degree (HPM). E. <i>k...
<p>Shown is the proportion of identical edges present in two respective networks. Black lines −− sho...
<p>Each square represents the comparison of a network to the reference and is colored according to t...
<p>Dashed black lines −− show the proportion of edges that were present both in the pairwise and in ...
<p>(a) Histogram of correlation coefficients (i.e. edge weights) for each group. (b) Schematic diagr...
<p>(A) The fraction of overlapped nodes of the four original networks in their own network. (B) The ...
<p>Comparison of network characteristics between the average network and individual networks.</p
<p>(a) The average Google correlation values for each number of collaborated papers. The error bars ...
<p>The comparison measures (A: Correlation, B: Overlap, C: Unique, D: Disagree) between all pairs of...
<p>Each data point in the figure is an average over 50 network instances. (<b>a</b>) Jaccard index a...
Abstract. In our paper we compare two centrality measures of networks, between-ness and Linerank. Be...
Comparison of ranking nodes based on the random walk-based indicators and node degrees in the contac...
<p>(a) The link overlap. The largest link overlap is found between the Private Messaging and the Sho...
<p>Thicker edges represent stronger absolute correlations. Left: true network of partial correlation...
We consider the problem of determining how similar two networks (without known node-correspondences)...
<p>A. Degree (RPM). B. <i>k</i><sub>out</sub> (RPM). C. Embeddedness (RPM). D. Degree (HPM). E. <i>k...
<p>Shown is the proportion of identical edges present in two respective networks. Black lines −− sho...
<p>Each square represents the comparison of a network to the reference and is colored according to t...
<p>Dashed black lines −− show the proportion of edges that were present both in the pairwise and in ...
<p>(a) Histogram of correlation coefficients (i.e. edge weights) for each group. (b) Schematic diagr...
<p>(A) The fraction of overlapped nodes of the four original networks in their own network. (B) The ...
<p>Comparison of network characteristics between the average network and individual networks.</p
<p>(a) The average Google correlation values for each number of collaborated papers. The error bars ...
<p>The comparison measures (A: Correlation, B: Overlap, C: Unique, D: Disagree) between all pairs of...
<p>Each data point in the figure is an average over 50 network instances. (<b>a</b>) Jaccard index a...
Abstract. In our paper we compare two centrality measures of networks, between-ness and Linerank. Be...
Comparison of ranking nodes based on the random walk-based indicators and node degrees in the contac...
<p>(a) The link overlap. The largest link overlap is found between the Private Messaging and the Sho...
<p>Thicker edges represent stronger absolute correlations. Left: true network of partial correlation...
We consider the problem of determining how similar two networks (without known node-correspondences)...
<p>A. Degree (RPM). B. <i>k</i><sub>out</sub> (RPM). C. Embeddedness (RPM). D. Degree (HPM). E. <i>k...
<p>Shown is the proportion of identical edges present in two respective networks. Black lines −− sho...