基于DoDAF的电磁频谱作战指挥控制系统架构研究

A Study on the Architecture Framework of Command and Control System of Electromagnetic Specturm Operation Based on DoDAF

文中设计了电磁频谱作战指挥控制系统架构的作战视图、系统视图和技术视图,提出了电磁频谱域战管融合、人机一体的电磁频谱作战指挥控制系统架构开发方法。从作战活动模型、作战状态转移描述、逻辑数据模型、作战规则模型等角度建立作战行动模型。构想战场情况,建立电磁频谱作战规则集。用需求映射的方法,建立了电磁频谱作战指挥控制系统视图。通过心跳检测技术对系统接口双机热备份进行主备管理。利用射频数据链和激光数据链优势互补将指控信息传输到战场末端。系统特色功能包括电磁态势多源融合、电波模型高速匹配边缘计算辅助在线决策、预置电磁情况处置策略等。该研究对优化电磁频谱作战指挥控制系统体系架构具有借鉴作用。

The combat view,system view and technical view of the electromagnetic spectrum combat command and control system architecture are designed.The development method of electromagnetic spectrum combat command and control system architecture integrating electromagnetic spectrum domain battle managernent and man-machine integration.The combat action models are estab-lished from the perspectives of combat activity models,combat state transition description,logical data model,and combat rule model.The battlefield situation is conceived and a set of rules for electromagnetic spectrum operations are established.Using the method of demand mapping,the electromagnetic spectrum combat command and control system graphic is established.The system interface dual-system hot backup is managed through the heartbeat detection technology.With the complementary advantages of the radio frequency data link and the laser data link,the accusation information is transmitted to the end of the battlefield.System fea-tures include multi-source fusion of electromagnetic situation,high-speed matching of radio wave models,edge computing assisting online decision-making,and preset electromagnetic situation handling strategies.This study can be used as a reference for optimi-zing the system architecture of the electromagnetic spectrum combat command and control system.