Committee
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Scope
Nowadays the main focus in the study of synchronization phenomena is moving from the analysis of a low number of interacting units to systems consisting of thousands and even millions of nodes. This is relevant for the study of problems in neuronal networks, genetic networks, networks in social sciences, power grid networks, coupled mechanical systems, information networks and others. It poses new challenges for the understanding of cluster formation, stability, sensitivity and robustness, bifurcations and chaos etc.The scope of the SynCoNet 2007 symposium is to provide a multi-disciplinary forum where researchers can meet in this fascinating area at the intersection between synchronization and pattern formation in complex networks.
Keywords
| behavior bifurcations and chaos biological networks cellular neural networks characterization of complex networks cluster formation, coherence community structure complex networks connectivity cooperative behavior correlation analysis coupled map lattices coupled optimization processes degree distributions dynamics on graphs excitable media forecasting genetic networks generalized synchronization growing networks hierarchical organization and emergence identifiability information networks interacting oscillators |
local activity multi-stability network topology observer design and synchronization optimality principles oscillatory networks passivity and dissipativity phase synchronization preferential attachment partial synchronization reachability and controllability random graphs robustness scale free networks scaling phenomena sensitivity small world networks social networks spectral properties stability analysis stochastic networks symmetry and asymmetry synchronization technological networks |
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