Publication | Closed Access
Scale-Free Network Model with Evolving Local-World
15
Citations
14
References
2008
Year
Unknown Venue
Network Theory (Electrical Engineering)EngineeringNetwork AnalysisNetwork ModelScale-free NetworkNetwork DynamicComputational Social ScienceNetwork EvolutionSystems EngineeringMost Real-world NetworksModeling And SimulationSocial Network AnalysisNetwork Theory (Organizational Economics)Computer ScienceNetwork TheoryNetwork ScienceGraph TheoryEvolved Network ModelScale-free Network ModelBusinessLarge-scale Network
Most real-world networks are best described by evolved network model. regarding of some limitation of the Barabasi-Albert scale-free network model to model the realistic world. The model is the generalization of Barabasi-Albert scale-free network model. Numerical simulations and theoretical analysis indicate that this network model follows power-law distribution, while the Barabasi-Albert scale-free network model is one of its special cases. The analytical expression is in good agreement with numerical calculations. It has more broad practical backgrounds. And it can simulate and describe the evolutions and characters of the many real-world networks more applicable and exactly.
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