基于概率熵的网络化作战装备体系脆性建模

Brittleness Modeling for Equipment Systems of Networked Operations Based on Probabilistic Entropy

为量化研究网络化作战装备体系脆性的触发机理与传递过程,首先,定义网络化作战装备体系、脆性节点、脆性关系、崩溃路径等相关概念,分析脆性作用机理,设定完全脆性、双边脆性和层次脆性关系;再针对网络化作战装备体系,基于概率熵原理,给出了计算脆性关联熵、划分脆性层级结构、求解崩溃路径的具体方法。最后以空中进攻作战装备体系为例进行仿真分析,验证了所提出方法的可行性与有效性。

To research triggering mechanism and transmission process for equipment systems of networked operations （ESNO）, firstly, some related concepts were defined, such as ESNO, brittle node, brittle relationship and collapse path. Brittleness mechanism was analyzed, and three relationships of total brittle link are, bilateral brittle link and hierarchical were set up. Secondly, based on probabilistic entropy theory, methods of computing brittleness association entropy, dividing brittleness hierarchical structure and solving collapsing route for ESNO were given. Then brittleness lamination of equipment systems was studied and the max collapse path was explored. Finally, taking equipment systems for air offensive campaign as example, simulation results validate the rationality and feasibility of the method.