<p>Community structure for the development of cognitive landmarks in healthy controls (left) and patients with epilepsy (right). Nodes with stronger and higher number of connections are spatially closer while those with weaker and lower number of connections are farther in space. Different colors represent different modules. Hubs are denoted with larger circles.</p
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>(a) Distribution of coreness among nodes when a pure core-periphery structure is assumed. (b) Com...
Community structure is a universal and significant feature of many complex networks in biology, soci...
<p>A) Overview of the different network modules. B) mean z-degree of nodes comprising module C) mean...
Community structure is a universal and significant feature of many complex networks in biology, soci...
<p>Network modules are shown as circular groups of nodes positioned around the respective connector ...
<p>Brain regions are colored according to which community they belong to. In the functional network ...
Coordinated brain activity reflects underlying cognitive processes and can be modeled as a network o...
Brain function depends on efficient processing and integration of information within a complex netwo...
Recent developments in network theory have allowed for the study of the structure and function of th...
A community analysis reveals 5 clusters of nodes that are more related to each other.</p
<p>Modules were identified using the group-level median 824x824 functional connectivity matrix acros...
Most accounts of human cognitive architectures have focused on computational accounts of cognition w...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>(a) Distribution of coreness among nodes when a pure core-periphery structure is assumed. (b) Com...
Community structure is a universal and significant feature of many complex networks in biology, soci...
<p>A) Overview of the different network modules. B) mean z-degree of nodes comprising module C) mean...
Community structure is a universal and significant feature of many complex networks in biology, soci...
<p>Network modules are shown as circular groups of nodes positioned around the respective connector ...
<p>Brain regions are colored according to which community they belong to. In the functional network ...
Coordinated brain activity reflects underlying cognitive processes and can be modeled as a network o...
Brain function depends on efficient processing and integration of information within a complex netwo...
Recent developments in network theory have allowed for the study of the structure and function of th...
A community analysis reveals 5 clusters of nodes that are more related to each other.</p
<p>Modules were identified using the group-level median 824x824 functional connectivity matrix acros...
Most accounts of human cognitive architectures have focused on computational accounts of cognition w...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...