摘要
现代化全域作战更加注重信息作战力量融合,军事对抗越来越聚焦体系与体系的对抗,以作战体系为研究背景,分析了作战体系的组成、运行机制,结合作战体系基本特征构建由指挥控制节点、探测节点、打击节点、保障节点组成的作战体系网络。从网络结构和功能属性角度出发,提出基于熵权法的TOPSIS作战体系网络重要节点识别方法。采用该方法寻找作战体系关键节点,避免了在关键节点选择过程中仅仅依赖网络结构识别重要节点而导致脱离实际的问题,使关键节点的选择更加准确、合理,仿真数据验证了该方法的有效性和实用性。
Modern global operations pay more attention to the integration of information warfare forces,and military confrontation is increasingly focused on the confrontation between systems.The combat system is regarded as the research background,the composition,running mechanism of combat system is analyzed.The basic features of combat system is combined to construct the combat system network composed of command and control nodes,detection nodes,strike nodes and support nodes.The identification method of important nodes of TOPSIS combat system network based on entropy weight method is proposed from the aspects of network structure and function attributes.The method is utilized to look for the key nodes of combat system and to avoid the out of touch with the real problem only dependent on the identification of important nodes in network structure during the selection process of key nodes and to make the selection of key nodes more accurate and more reasonable,the effectiveness and practicability of the method are verified by the simulation data.
作者
汪江鹏
杨萍
WANG Jiangpeng;YANG Ping(Rocket Military Engineering University,Xi’an 710025,China)
出处
《火力与指挥控制》
CSCD
北大核心
2024年第7期121-127,共7页
Fire Control & Command Control
关键词
作战体系
重要节点
功能属性
网络结构
combat system
important nodes
function attribute
network structure
