摘要
架构合理性直接关乎需求实现的复杂度、系统稳健性与可扩展性等。电磁大数据面临海量数据传输网络超载、战术时敏业务时延苛刻、体系资源运用效率低等一系列挑战,促使传统IT处理架构发生变革。研究了基于云边端协同的电磁大数据应用架构,并分析其核心关键技术,进而探讨了电磁大数据云边端协同应用架构的典型应用场景。旨在为电磁大数据资源体系构建和应用提供参考。
Architecture rationality is directly related to the complexity of requirement implementation and the robustness of the system,etc.Electromagnetic big data faces a series of challenges of massive data transmission network overload,harsh tactical time-sensitive business delay,and low efficiency of system resource application,which promote the change of traditional IT processing architecture.The electromagnetic big data application architecture based on cloud-edge-terminal collaboration is studied,and its core and key technologies are analyzed.Then the typical application scenarios of electromagnetic big data cloud-edge-terminal collaborative application architecture are discussed.The aim is to provide a reference for the construction and application of electromagnetic big data resource system.
作者
李高云
旷生玉
江果
何欢
Li Gaoyun;Kuang Shengyu;Jiang Guo;He Huan(The 29th Research Institute of CETC,Chengdu 610036,Sichuan,China)
出处
《航天电子对抗》
2022年第4期4-8,19,共6页
Aerospace Electronic Warfare
基金
国防预研项目(30503040202)。
关键词
边缘计算
电磁数据
架构
大数据
edge calculation
electromagnetic data
architecture
big data
