Abstract
Studies on an evolution model of a command and control (C2) network help reveal the internal operation mechanism and external behavior of the network, which is of great significance to improving its invulnerability performance. In response to the shortcomings of existing evolutionary models, which have incomplete descriptions of evolutionary behavior, and are insufficient in reflecting the evolutionary differences of the different types of combat entities, a dynamic hypernetwork-based evolutionary model of C2 is proposed. First, the evolution characteristics of the C2 network are analyzed, and the evolution behavior and constraints are defined. Second, the evolution rules of the different types of nodes and edges are provided, and the network dynamic evolution steps are proposed. Finally, the simulation experiments conducted on the dynamic evolution model of a C2 hypernetwork are described, and the network performance and dynamic characteristics of the evolution of the confrontation phase are analyzed. The simulation results showed that the model has an obvious attack resistance, which effectively improves the invulnerability of the C2 network.
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