Abstract：For the difficult problems of extracting the structure and functional characteristics of complex combat network and grasping the mechanism of capability generation, the functional module theory of biological complex network is introduced into combat network for the first time, and its functional module and combat capability are studied. First, according to the close cooperation relations between combat entities and the sharing of combat chains between nodes, the function body is defined. Based on the label propagation algorithm based on seed expansion algorithm, the relevant parameters describing the cooperation between nodes are added, and the recognition algorithm of combat network function body is given. Starting from the operational entity composition and structural characteristics of the functional module, the fu nctional module is classified. Finally, according to the definition of combat capability, the combat capability model of functional module is constructed based on OODA ring. The simulation analysis shows that the size of the combat network function module is in power distribution, the decision-making entity is easy to form the core node of the functional module, and the attack type node cannot form the functional module alone. The operational capability of a functional module is mainly affected by its size and node composition. The larger the size, the more sensing and decision-making nodes, the higher the contribution of the operational capability of the functional module.
陈克斌, 鲁云军, 郑雪,李强, 苏耀峰. 作战网络功能体及其作战能力分析[J]. 指挥与控制学报, 2023, 9(4): 405-413.
CHEN Kebin, LU Yunjun, ZHENG Xue, LI Qiang, SU Yaofeng. Analysis of Combat Network Function Module and Its Operational Capability. Journal of Command and Control, 2023, 9(4): 405-413.
2023, Vol. 9 
