<p>Comparison of neutral networks of <i>l</i> = 12 with classical random and scale-free networks.</p
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal n...
<p>A core species has L>2 and a tail species has L≤2. L of a species is its number of links to other...
(a) The LFR benchmark. (b) Social networks—Facebook ego network. (c) Scale-free network. (d) The di...
<p>(a) Histogram of phenotype evolvability of AU-rich and normal neutral networks (NNs) of 2.5×10<su...
<p>We compare the means of these properties over 10 different realizations of first and second gener...
<p>Comparison of the classification results by the randomized networks and the true network. The λ p...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>Basic network parameters of the two generated networks, compared with simulated randomized model ...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>In (A), we show an example of how neutral networks are constructed: sequences that fold into the ...
<p>The <i>NVI</i> comparison on undirected and unweighted small LFR benchmark networks with large av...
<p>Each square represents the comparison of a network to the reference and is colored according to t...
Recently, it has been shown that a large variety of different networks have power law (scale-free) d...
In panels (A-C) the x-axis labels the kind of network, with the curly braces grouping the mycelia (f...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal n...
<p>A core species has L>2 and a tail species has L≤2. L of a species is its number of links to other...
(a) The LFR benchmark. (b) Social networks—Facebook ego network. (c) Scale-free network. (d) The di...
<p>(a) Histogram of phenotype evolvability of AU-rich and normal neutral networks (NNs) of 2.5×10<su...
<p>We compare the means of these properties over 10 different realizations of first and second gener...
<p>Comparison of the classification results by the randomized networks and the true network. The λ p...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>Basic network parameters of the two generated networks, compared with simulated randomized model ...
<p>The thin blue lines represent the exponent values for 100 simulated networks and the thick red li...
<p>In (A), we show an example of how neutral networks are constructed: sequences that fold into the ...
<p>The <i>NVI</i> comparison on undirected and unweighted small LFR benchmark networks with large av...
<p>Each square represents the comparison of a network to the reference and is colored according to t...
Recently, it has been shown that a large variety of different networks have power law (scale-free) d...
In panels (A-C) the x-axis labels the kind of network, with the curly braces grouping the mycelia (f...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>The distribution of Q value and basin size for minimal networks and candidate networks. Minimal n...
<p>A core species has L>2 and a tail species has L≤2. L of a species is its number of links to other...
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