<p>Left: Two types of nodes are included in the hierarchical network: the simple node in , and the compound node in (). Each compound node is obtained by grouping several simple nodes agglomeratively. Right: Two types of edges are included in the hierarchical network, each modeling the within-layer and between-layer interactions, respectively.</p
We present a network formation model based on a particularly interesting class of networks in social...
<p>Association networks capture both physical and regulatory interactions between gene pairs. Networ...
(a) Model A consists of two ring networks that are located in two vertically separated cortical laye...
<p><b>(A)</b> Bow-tie in a multi-layered network means that the network is capable of processing man...
(A) Interpretation of network nodes. “Single neuron”: connections exist between single neuronal unit...
<p>Networks are illustrated by their connectivity matrices depicting weights of edges between nodes....
(left) The density for each layer was calculated as the ratio of the sum of the weights of all conne...
In this chapter, we are going to study graphs and networks as a whole, which is different from what ...
<p>The blue edges belong to the original arborescence graph that is used as the backbone of the adju...
We find that the topologies of real world networks, such as those formed within human soci-eties, by...
We introduce a growing network model which generates both modular and hierarchical structure in a se...
<p>Hierarchical construction of model by replicating and predicting network properties at each stage...
<p>Topology features of networks obtained by our evolution model, where (a) is an example of supply ...
By specifying the number of nodes in the input layer, hidden layer and output layer and selecting th...
Because genes and phenotypes are embedded within individuals, and individuals within populations, in...
We present a network formation model based on a particularly interesting class of networks in social...
<p>Association networks capture both physical and regulatory interactions between gene pairs. Networ...
(a) Model A consists of two ring networks that are located in two vertically separated cortical laye...
<p><b>(A)</b> Bow-tie in a multi-layered network means that the network is capable of processing man...
(A) Interpretation of network nodes. “Single neuron”: connections exist between single neuronal unit...
<p>Networks are illustrated by their connectivity matrices depicting weights of edges between nodes....
(left) The density for each layer was calculated as the ratio of the sum of the weights of all conne...
In this chapter, we are going to study graphs and networks as a whole, which is different from what ...
<p>The blue edges belong to the original arborescence graph that is used as the backbone of the adju...
We find that the topologies of real world networks, such as those formed within human soci-eties, by...
We introduce a growing network model which generates both modular and hierarchical structure in a se...
<p>Hierarchical construction of model by replicating and predicting network properties at each stage...
<p>Topology features of networks obtained by our evolution model, where (a) is an example of supply ...
By specifying the number of nodes in the input layer, hidden layer and output layer and selecting th...
Because genes and phenotypes are embedded within individuals, and individuals within populations, in...
We present a network formation model based on a particularly interesting class of networks in social...
<p>Association networks capture both physical and regulatory interactions between gene pairs. Networ...
(a) Model A consists of two ring networks that are located in two vertically separated cortical laye...