<p><b>A</b> Complete mesh, <b>B–F</b> partial mesh, <b>G</b> Y-shaped network, <b>H–J</b> V-shaped network, <b>K</b> and <b>L</b> the others.</p
(a) Coupled via variable z. (b) Coupled via variable x The details of the node dynamics are included...
<p>(a) Lattice_Hetero: actors with discrepant income levels are linked in a lattice, where each node...
We present a network formation game whose equilibria are undirected networks. Every connected couple...
<p>A type number is assigned to each topology. The full list of network topologies is represented in...
<p>From left to right ((a)–(d) and (e)–(h)), the interaction networks are cycle network, square latt...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>Circles, triangles, and squares, respectively, denote at the equilibria of complete mesh (<a hre...
The solid lines denote positive relations; the dashed lines denote negative relations; the circle no...
<p>Network topology properties of six networks including networks in Figs <a href="http://www.ploson...
A. Illustration of the network topology searching. Dashed arrows are regulations sampled. The topolo...
<p>The 1000 networks of 8 nodes were evolved to maximise sensitivity to edge loses. The evolved netw...
This chapter traced the evolution of the foundations of transport network equilibrium modeling and a...
Graph representation of example 16-node synthetic networks: a) BA, b) ER, c) WS; and degree distribu...
We depict the condensation graph of a network G containing three isolated hierarchical structures th...
Network topology showing the distributed environment which was used to generate the six principal da...
(a) Coupled via variable z. (b) Coupled via variable x The details of the node dynamics are included...
<p>(a) Lattice_Hetero: actors with discrepant income levels are linked in a lattice, where each node...
We present a network formation game whose equilibria are undirected networks. Every connected couple...
<p>A type number is assigned to each topology. The full list of network topologies is represented in...
<p>From left to right ((a)–(d) and (e)–(h)), the interaction networks are cycle network, square latt...
<p>The figure illustrates the number of connections per gene in the feed efficiency network and the ...
<p>Circles, triangles, and squares, respectively, denote at the equilibria of complete mesh (<a hre...
The solid lines denote positive relations; the dashed lines denote negative relations; the circle no...
<p>Network topology properties of six networks including networks in Figs <a href="http://www.ploson...
A. Illustration of the network topology searching. Dashed arrows are regulations sampled. The topolo...
<p>The 1000 networks of 8 nodes were evolved to maximise sensitivity to edge loses. The evolved netw...
This chapter traced the evolution of the foundations of transport network equilibrium modeling and a...
Graph representation of example 16-node synthetic networks: a) BA, b) ER, c) WS; and degree distribu...
We depict the condensation graph of a network G containing three isolated hierarchical structures th...
Network topology showing the distributed environment which was used to generate the six principal da...
(a) Coupled via variable z. (b) Coupled via variable x The details of the node dynamics are included...
<p>(a) Lattice_Hetero: actors with discrepant income levels are linked in a lattice, where each node...
We present a network formation game whose equilibria are undirected networks. Every connected couple...
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