<p>For each of the different connectivity data sets, the table shows the number of source nodes, the number of target nodes, the numbers of observed and unobserved connections and finally the number of observed connection strength classes <i>K</i>.</p
<p>Connectivity metrics, mean number of connected cells as well as the number and mean size of conne...
<p>High-level statistics in the last snapshot of the social networks analyzed (N = nodes; E = links;...
<p>In this plot, each black point represents the connection strength of an element in the unrestrict...
•N nodes and probability p to connect two nodes. • Define k as the degree (number of links of a node...
Example descriptions for the model used in Fig 1A with description means similar to Fig 3B. (A) Netw...
(a) shows the result for different subgraph sizes given the number of subgraphs m = 10; (b) shows th...
(A) Percentage of connected areas, shown as the fraction of possible connections that are present in...
The ordered set of sources is depicted by the green squares on the left. They are connected to the ...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p><i>k</i> denotes node degree (total number of connections), while <i>k</i><sub><i>C</i></sub>, <i...
<p>Number of Nodes: maximum number of shared bands found in the 1D-II of women with Breast Cancer (B...
<p>Number of nodes , number of edges , undirected density , number of weakly connected components , ...
<p>(A) Connection fraction of recurrent excitatory connections. (B) Time course of the weights of 10...
<p>The nodes with stronger connections (i.e., group connectivity >10%) within each of the NOIs are d...
<p>Connectivity metrics, mean number of connected cells as well as the number and mean size of conne...
<p>High-level statistics in the last snapshot of the social networks analyzed (N = nodes; E = links;...
<p>In this plot, each black point represents the connection strength of an element in the unrestrict...
•N nodes and probability p to connect two nodes. • Define k as the degree (number of links of a node...
Example descriptions for the model used in Fig 1A with description means similar to Fig 3B. (A) Netw...
(a) shows the result for different subgraph sizes given the number of subgraphs m = 10; (b) shows th...
(A) Percentage of connected areas, shown as the fraction of possible connections that are present in...
The ordered set of sources is depicted by the green squares on the left. They are connected to the ...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
<p>Left column specifies which cell-types are connected. ‘Afferent’ means that the connection number...
<p><i>k</i> denotes node degree (total number of connections), while <i>k</i><sub><i>C</i></sub>, <i...
<p>Number of Nodes: maximum number of shared bands found in the 1D-II of women with Breast Cancer (B...
<p>Number of nodes , number of edges , undirected density , number of weakly connected components , ...
<p>(A) Connection fraction of recurrent excitatory connections. (B) Time course of the weights of 10...
<p>The nodes with stronger connections (i.e., group connectivity >10%) within each of the NOIs are d...
<p>Connectivity metrics, mean number of connected cells as well as the number and mean size of conne...
<p>High-level statistics in the last snapshot of the social networks analyzed (N = nodes; E = links;...
<p>In this plot, each black point represents the connection strength of an element in the unrestrict...