<p>Black circles represent males and white circles represent females. The numbers inside each pair of brackets indicate social rank and age, respectively. Line thickness is proportional to HWI value, and the size of a node to the value of eigenvector centrality coefficient.</p
<p>Data points depict Pearson correlation coefficients between the rescaled eigenvalue centrality of...
<p>Each circle (node) corresponds to a participant. Node size is proportional to the out-degree cent...
<p>Each row corresponds to a node measurement (degree, average neighbour degree, eigenvector central...
<p>Relationships, eigenvector centrality for the central individual <i>C</i> and the non central ind...
<p>(a) Star network (extremely centralized), (b) centralized networks (highly, intermediately, and l...
<p>Nodes represent individuals, and the size of nodes is related to the individual's betweenness (A)...
This article investigates conceptual and methodological questions that may arise in applying eigenve...
<p>Individuals of the same sex are presented from left to right (males for the first four and female...
<p>Individuals of the same sex are presented from left to right (males for the first four and female...
<p>Individual details of degree, eigenvector centrality and betweenness for the <i>contact network</...
<p>(a) Mean number of joiners, (b) mean departure latency of the first joiner, and (c) mean joining ...
<p>(A) an example of a hypothetical social network illustrating the individual level metrics. The le...
In this article we establish new results on the components of the principal eigenvector in an undire...
<p>Largest eigenvalue <i>λ</i><sub>1</sub> of the adjacency matrix <b>A</b> as a function of the net...
Identifying key members in a social network is critical to understand the underlying system behavior...
<p>Data points depict Pearson correlation coefficients between the rescaled eigenvalue centrality of...
<p>Each circle (node) corresponds to a participant. Node size is proportional to the out-degree cent...
<p>Each row corresponds to a node measurement (degree, average neighbour degree, eigenvector central...
<p>Relationships, eigenvector centrality for the central individual <i>C</i> and the non central ind...
<p>(a) Star network (extremely centralized), (b) centralized networks (highly, intermediately, and l...
<p>Nodes represent individuals, and the size of nodes is related to the individual's betweenness (A)...
This article investigates conceptual and methodological questions that may arise in applying eigenve...
<p>Individuals of the same sex are presented from left to right (males for the first four and female...
<p>Individuals of the same sex are presented from left to right (males for the first four and female...
<p>Individual details of degree, eigenvector centrality and betweenness for the <i>contact network</...
<p>(a) Mean number of joiners, (b) mean departure latency of the first joiner, and (c) mean joining ...
<p>(A) an example of a hypothetical social network illustrating the individual level metrics. The le...
In this article we establish new results on the components of the principal eigenvector in an undire...
<p>Largest eigenvalue <i>λ</i><sub>1</sub> of the adjacency matrix <b>A</b> as a function of the net...
Identifying key members in a social network is critical to understand the underlying system behavior...
<p>Data points depict Pearson correlation coefficients between the rescaled eigenvalue centrality of...
<p>Each circle (node) corresponds to a participant. Node size is proportional to the out-degree cent...
<p>Each row corresponds to a node measurement (degree, average neighbour degree, eigenvector central...