基于复杂网络理论的预警系统结构建模与分析

Modeling and Analysis of Early Warning System Architecture Based on Complex Network Theory

预警系统构成单元复杂,连接关系多样,是典型的复杂系统。采用复杂网络理论,将空间距离引入网络拓扑结构,构建了预警系统静态模型。动态仿真分析了3种毁伤条件下,分别采用3种重连方式对预警系统效能的影响,得出优先与上层指挥单元连接能更好的保证系统效能的结论,对预警系统的结构优化和指挥接替方式的选择具有一定的参考价值。

The early warning system is a typical complex system with complex components and diversified connection relations.A static model of early warning system is constructed by introducing spatial distance into network topology with complex network theory.Dynamic simulation is conducted to analyze the influence of three kinds of reconnection modes on the effectiveness of early warning system under three kinds of damage conditions,and the conclusion is drawn that connecting with the upper command unit preferentially can better guarantee the effectiveness of the system,which has certain reference value for the structural optimization of early warning system and the selection of command replacement mode.