It has been experimentally shown that communities in social networks tend to have a core-periphery topology. However, there is still a limited understanding of the precise structure of core-periphery communities in social networks including the connectivity structure and interaction rates between agents. In this paper, we use a game-theoretic approach to derive a more precise characterization of the structure of core-periphery communities
An (\alpha,\beta)-community is a subset of vertices C with each vertex in C connected to at least \b...
Krivelevich and Patkós conjectured in 2009 that χ(G(n, p)) ∼ χ=(G(n, p)) ∼ χ∗=(G(n, p)) for C/n <...
Raub and Weesie (1990) proposed a game theoretical model addressingeffects of network embeddedness o...
Social media, such as Twitter and Facebook, have become important venues for business and individual...
In network systems characterized by complex interactions of various types, core-periphery structures...
Intermediate-scale (or 'meso-scale') structures in networks have received considerable attention, as...
The heterogeneous connections model is a generalization of the homogeneous connections model of Jack...
Abstract. An (α, β)-community is a connected subgraph C with each vertex in C connected to at least ...
We study core-periphery structure in networks using inference methods based on a flexible network mo...
While studies of meso-scale structures in networks often focus on community structure, core– periphe...
Recent evidence shows that in many societies worldwide the relative sizes of the economic and social...
ABSTRACT The calculation of nestedness has become a routine analysis in the study of ecological netw...
Online communities are self-organized networks with a clear core-periphery structure, where most of ...
How can we uncover overlapping communities from complex networks to understand the inherent structur...
We study the formation of social networks that are based on local interaction and simple rule follow...
An (\alpha,\beta)-community is a subset of vertices C with each vertex in C connected to at least \b...
Krivelevich and Patkós conjectured in 2009 that χ(G(n, p)) ∼ χ=(G(n, p)) ∼ χ∗=(G(n, p)) for C/n <...
Raub and Weesie (1990) proposed a game theoretical model addressingeffects of network embeddedness o...
Social media, such as Twitter and Facebook, have become important venues for business and individual...
In network systems characterized by complex interactions of various types, core-periphery structures...
Intermediate-scale (or 'meso-scale') structures in networks have received considerable attention, as...
The heterogeneous connections model is a generalization of the homogeneous connections model of Jack...
Abstract. An (α, β)-community is a connected subgraph C with each vertex in C connected to at least ...
We study core-periphery structure in networks using inference methods based on a flexible network mo...
While studies of meso-scale structures in networks often focus on community structure, core– periphe...
Recent evidence shows that in many societies worldwide the relative sizes of the economic and social...
ABSTRACT The calculation of nestedness has become a routine analysis in the study of ecological netw...
Online communities are self-organized networks with a clear core-periphery structure, where most of ...
How can we uncover overlapping communities from complex networks to understand the inherent structur...
We study the formation of social networks that are based on local interaction and simple rule follow...
An (\alpha,\beta)-community is a subset of vertices C with each vertex in C connected to at least \b...
Krivelevich and Patkós conjectured in 2009 that χ(G(n, p)) ∼ χ=(G(n, p)) ∼ χ∗=(G(n, p)) for C/n <...
Raub and Weesie (1990) proposed a game theoretical model addressingeffects of network embeddedness o...