<p>For each pair of network characteristics we consider 2 lists of cities ordered by each of the characteristics. The list size is shown on the horizontal axis. The proportion of cities shared by both lists is shown on the vertical axis. The minimum value of the shared proportion, 0, occurs when the lists have no city in common. The maximum value, 1, occurs when the two lists are identical. This is achieved only in the whole sample. For the 52 city lists, only 11 cities are among top 52 in all four characteristics.</p
a. In-degree centralities for single-layer and multiplex industry networks. Each column corresponds ...
<p>(A) The fraction of overlapped nodes of the four original networks in their own network. (B) The ...
<p>The degree of the central node in both (a) and (b) is 4 and the strength is 12, but the distribut...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
<p>Among cities in the six countries studied, the density of a city’s occupational network increases...
<p>Outdegree is scaled in each city so maximum outdegree is unity. a) All data b) Top 50 stands in e...
(A) Top 10% of network contacts; (B) Top 10~50% of network contacts; and (C) Top 50~100% of network ...
<p>We compare the overlap between the highest ranked individuals by different methods. The x axis re...
<p>With the exception of B-centrality in P-networks (labeled as <i>ns</i>), all affiliation preferen...
<p>Each column corresponds to a specific network (all species or by single species) Each line relate...
<p>Composition of ego-nominated networks by proportion of tie type among all nominated ties.</p
<p>Proportion and list of direct neighbors also asserted in initial networks generated via other mut...
<p>Note:Local Centrality (C<i><sub>ad</sub></i>) measures the ability of a city to carry out scienti...
<p>(A) Proportions of test objects ranked at top positions. (B) Cumulative distributions of top rank...
<p><b>(a)</b> The size of the maximum matching <i>n</i><sub>max</sub> increases monotonically with t...
a. In-degree centralities for single-layer and multiplex industry networks. Each column corresponds ...
<p>(A) The fraction of overlapped nodes of the four original networks in their own network. (B) The ...
<p>The degree of the central node in both (a) and (b) is 4 and the strength is 12, but the distribut...
<p>The top-ranked vertices in two networks based on different centrality measures.</p
<p>Among cities in the six countries studied, the density of a city’s occupational network increases...
<p>Outdegree is scaled in each city so maximum outdegree is unity. a) All data b) Top 50 stands in e...
(A) Top 10% of network contacts; (B) Top 10~50% of network contacts; and (C) Top 50~100% of network ...
<p>We compare the overlap between the highest ranked individuals by different methods. The x axis re...
<p>With the exception of B-centrality in P-networks (labeled as <i>ns</i>), all affiliation preferen...
<p>Each column corresponds to a specific network (all species or by single species) Each line relate...
<p>Composition of ego-nominated networks by proportion of tie type among all nominated ties.</p
<p>Proportion and list of direct neighbors also asserted in initial networks generated via other mut...
<p>Note:Local Centrality (C<i><sub>ad</sub></i>) measures the ability of a city to carry out scienti...
<p>(A) Proportions of test objects ranked at top positions. (B) Cumulative distributions of top rank...
<p><b>(a)</b> The size of the maximum matching <i>n</i><sub>max</sub> increases monotonically with t...
a. In-degree centralities for single-layer and multiplex industry networks. Each column corresponds ...
<p>(A) The fraction of overlapped nodes of the four original networks in their own network. (B) The ...
<p>The degree of the central node in both (a) and (b) is 4 and the strength is 12, but the distribut...