<p>Top: Probability density plots of existing links in assortative (left) and disassortative (right) models. Both cases correspond to systems with a density of links , and are obtained from 1000 random realizations of the systems within the rhomboid and the triangle models. The probability is normalized for the whole network. Bottom: Probability density of the extinction of links when the parameter of destruction is , corresponding to the models on top. This probability is also normalized for the whole network. (The scales for the both plots of each row are shown on the right. Different shades are used to emphasize that the scales are different and that the represented magnitudes are different also.).</p
<p>The top row shows the connection probabilities for the two model extensions versus the original m...
Arcs indicate transitions in the Markov chains—transition probabilities are omitted. The set of sour...
<p>Link percolation analysis for the (a) ND, (b) LD, and (c) aging models. We plot the relative size...
<p>The lines show the behavior of three models ( triangle, rhomboid and random, averaged of 100 real...
<p>Average of 1000 realizations for triangle and rhomboid models and for Zackenberg network. All wit...
<p>(A) Cumulative distributions of links per node in each of the networks of <a href="http://www.plo...
<p>Top to bottom: Prevalence of MDE, Prevalence of GAD, Odds ratio, Cronbach' alpha. Densities of ne...
<p>The probability distribution of edge values (<i>w<sub>ij</sub></i>) after BP (A, left) are simila...
Recently several authors have proposed stochastic evolutionary models for the growth of the Web grap...
<p>Change in flatness (defined as the fraction of unbiased links in the network) as a function of re...
Degree distributions of the network at the start (t = 0) are shown in blue and distributions at the ...
Real-world networks tend to be scale free, having heavy-tailed degree distributions with more hubs t...
<p>In each subgraph, the red and green curves correspond to results of removing reciprocal and non-r...
Network structural statistics for the observed regional network of Madagascar and with the removal o...
<p>Average degree distribution of all frequency ranges for networks set at 1% connectivity density. ...
<p>The top row shows the connection probabilities for the two model extensions versus the original m...
Arcs indicate transitions in the Markov chains—transition probabilities are omitted. The set of sour...
<p>Link percolation analysis for the (a) ND, (b) LD, and (c) aging models. We plot the relative size...
<p>The lines show the behavior of three models ( triangle, rhomboid and random, averaged of 100 real...
<p>Average of 1000 realizations for triangle and rhomboid models and for Zackenberg network. All wit...
<p>(A) Cumulative distributions of links per node in each of the networks of <a href="http://www.plo...
<p>Top to bottom: Prevalence of MDE, Prevalence of GAD, Odds ratio, Cronbach' alpha. Densities of ne...
<p>The probability distribution of edge values (<i>w<sub>ij</sub></i>) after BP (A, left) are simila...
Recently several authors have proposed stochastic evolutionary models for the growth of the Web grap...
<p>Change in flatness (defined as the fraction of unbiased links in the network) as a function of re...
Degree distributions of the network at the start (t = 0) are shown in blue and distributions at the ...
Real-world networks tend to be scale free, having heavy-tailed degree distributions with more hubs t...
<p>In each subgraph, the red and green curves correspond to results of removing reciprocal and non-r...
Network structural statistics for the observed regional network of Madagascar and with the removal o...
<p>Average degree distribution of all frequency ranges for networks set at 1% connectivity density. ...
<p>The top row shows the connection probabilities for the two model extensions versus the original m...
Arcs indicate transitions in the Markov chains—transition probabilities are omitted. The set of sour...
<p>Link percolation analysis for the (a) ND, (b) LD, and (c) aging models. We plot the relative size...