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作 者:史国凯 姚云飞 焦宇浩 郭田 杨霄 姚苏丹 SHI Guokai;YAO Yunfei;JIAO Yuhao;GUO Tian;YANG Xiao;YAO Sudan(North Automatic Control Technology Institute,Taiyuan 030006,China)
出 处:《火力与指挥控制》2024年第7期173-179,共7页Fire Control & Command Control
摘 要:面向未来陆战场智能精确打击网络化、自主化发展趋势,聚焦提升陆域传统火力网络化协同打击的战场适变能力,从火力指控扁平化、服务化、知识化、敏捷化发展的视角,重点探讨了面向数据化服务的网络化火力指控信息系统建设和网络化火力敏捷任务规划建设构想,提出了“云-边-端”一体化的网络化火力任务规划架构,并在此架构下,针对不同指挥层级下网络化火力自主规划个性特征,提出并分析了3种任务规划模式,来支撑一体化构想。该建设构想将为网络化火力敏捷规划提供总体技术支撑。As for the development trend of networked and autonomous intelligent precision strike in the future land battlefield,improving the battlefield adaptability of traditional land firepower networked coordination strike is focused on.From the development perspective of flattening,serviceoriented,knowledgeable and agile of fire command and control,the construction concept of networked fire command and control information system and networked fire agile mission planning oriented to data service is mainly discussed,a“cloud-edge-end”integrated networked fire mission planning architecture is proposed.Under this architecture,three kinds of mission planning modes are proposed and analyzed according to the individual characteristics of networked fire autonomous planning at different command levels,to support the integration concept.The construction concept will provide overall technical support for networked fire agile planning.
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