<p>(A) Small swarm trials, <i>N</i> = 81. (B) Large swarm trials, <i>N</i> = 65. (C) Solitary crabs trials (i.e., network size is one) (<i>N</i> = 70) and a swarm whose network size was more than two (<i>N</i> = 76).</p
<p>(A) Network performance is compared between a heterogeneous, non-connected network (broken lines,...
<p>(<b>a</b>) Defining the time-explicit steady state. Blue line—the ‘reference’ simulation ensemble...
<p>For each of the twelve combinations of size and experimental setting, 300 random reference networ...
<p>It is clear that if the swarm is bigger, the success rate of crossing the water increases (<i>N</...
Panels A-C show the frequency of temporally-regular, chimera, and temporally-irregular states with n...
<p>For all methods we randomly choose 20 different combinations of perturbed nodes and get the avera...
Performance over eight variations of three working memory tasks from Wittig et al. 2016. Across all ...
<p>Numbers in the parenthesis show the size of the motif for which the experiments are conducted (th...
<p>Black dots represent the highest-performing network from each of the 100 experiments from both th...
a<p>The number of clusters in the network is determined automatically by the algorithms.</p>b<p>The ...
<p>Binary underlying influence matrices, examples of synchronization dynamics, and detection probabi...
<p>The SSN corresponds to a specific configuration of the swarm in which nodes are placed in a unit...
The average effective size for three kinds of networks is computed in a random sample (with replacem...
<p>We count the percentage of cells participating in multiple cliques. The counts are compared again...
<p>The network size is 22. For each realization, measurements are randomly picked from a time series...
<p>(A) Network performance is compared between a heterogeneous, non-connected network (broken lines,...
<p>(<b>a</b>) Defining the time-explicit steady state. Blue line—the ‘reference’ simulation ensemble...
<p>For each of the twelve combinations of size and experimental setting, 300 random reference networ...
<p>It is clear that if the swarm is bigger, the success rate of crossing the water increases (<i>N</...
Panels A-C show the frequency of temporally-regular, chimera, and temporally-irregular states with n...
<p>For all methods we randomly choose 20 different combinations of perturbed nodes and get the avera...
Performance over eight variations of three working memory tasks from Wittig et al. 2016. Across all ...
<p>Numbers in the parenthesis show the size of the motif for which the experiments are conducted (th...
<p>Black dots represent the highest-performing network from each of the 100 experiments from both th...
a<p>The number of clusters in the network is determined automatically by the algorithms.</p>b<p>The ...
<p>Binary underlying influence matrices, examples of synchronization dynamics, and detection probabi...
<p>The SSN corresponds to a specific configuration of the swarm in which nodes are placed in a unit...
The average effective size for three kinds of networks is computed in a random sample (with replacem...
<p>We count the percentage of cells participating in multiple cliques. The counts are compared again...
<p>The network size is 22. For each realization, measurements are randomly picked from a time series...
<p>(A) Network performance is compared between a heterogeneous, non-connected network (broken lines,...
<p>(<b>a</b>) Defining the time-explicit steady state. Blue line—the ‘reference’ simulation ensemble...
<p>For each of the twelve combinations of size and experimental setting, 300 random reference networ...
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