Abstract:
Changes in configuration of network structures during evolution on a specific time horizon are studied by using the technique of graphodynamics. A set of elementary local graph morphing operations is introduced. A finite-state-machine model of evolution is developed. The model bases on actions that transform network configuration with account of the time factor and impact of the environment.
Keywords:network structure, graphodynamic simulation modeling, network configuration, local operations over graphs, finite state machine, actions, logical indicator functions.
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