Titlebook: Complex Networks and Their Applications XI; Proceedings of The E Hocine Cherifi,Rosario Nunzio Mantegna,Salvatore M Conference proceedings

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https://doi.org/10.1007/978-3-0348-5814-4anding 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.

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Alexander Neupert,Lisa Doppler MAs and community sizes. The model generates graphs with similar properties as the well-known . one, and its main parameter . can be tuned to mimic its counterpart in the . model, the mixing parameter .. In this paper, we extend the . model to include potential outliers. We perform some exploratory ex

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Warenh?user. Zentren moderner Stadtkulturin which a number of scenarios were encountered in different (time) episodes. Our controlled adaptive network model may serve as a foundation for more realistic virtual agents with regard to synchrony transitions and their role in affiliation.

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Die Stadtkritik der Intellektuellen simulations on a stylized city of 10K inhabitants, we provide experimental evidence of the robustness of the HGBM model and of the possibility to combine a latent and an explicit geometry to produce data-driven social networks that exhibit many of the main features observed in empirical networks.

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Stadt und Kulturraum Angloamerikaial networks. In this paper, we introduce a Biased Random Walk model with two parameters allowing us to tune the degree distribution exponent and the clustering coefficient of the sample networks. This efficient algorithm relies on local information to generate more realistic networks reproducing known real-world network properties.

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,Gegenw?rtige Strukturwandlungen,, and technical systems. We found that similarly to undirected graphs, directed graphs in general also contain a large amount of redundancy, as measured by the size of their (directed) distance backbone. Our methodology adds an additional tool to the principled sparsification of complex networks and the measure of their robustness.