摘要
我国建起当今世界上规模最大、覆盖最全的天空地一体化自动化综合气象观测网和综合气象观测系统,气象信息化提出数字转型新需求。从云边端协同的分布式技术的角度,根据云边端气象信息处理的技术特点,结合中国气象局实际业务情况,分析天空地一体云边端协同技术在气象信息处理与服务中的实施可能性,提出模型驱动的云边端协同的天空地一体气象信息处理体系架构和服务架构。
China has set up the largest and most comprehensive"land-air-space"integrated automatic meteorological observation network and integrated meteorological observation system in the world.Meteorological informatization has put forward new demands for digital transformation.From the perspective of cloud edges synergy distributed technology,according to the technical characteristics of cloud,edge and side collaborative distributed technique of meteorological information processing,according to the real business situation of the China meteorological administration,the implementation possibility of the cloud,edge and side collaborative technique in meteorological information processing and service were analyzed,and a model driven cloud,edge and side collaborative system architecture and service architecture for the meteorological information processing was proposed.
作者
舒红平
唐旺
罗飞
赵卓宁
王亚强
SHU Hongping;TANG Wang;LUO Fei;ZHAO Zhuoning;WANG Yaqiang(College of Software Engineering,Chengdu University of Information Technology,Chengdu 610225,China;Sichuan Key Laboratory of Software Automatic Generation and Intelligent Service,Chengdu 610225,China;School of Electronic Engineering,Chengdu University of Information Technology,Chengdu 610225,China)
出处
《天地一体化信息网络》
2021年第1期87-92,共6页
Space-Integrated-Ground Information Networks
关键词
气象信息化
数字化转型
云边端协同技术
meteorological informatization
digital transformation
cloud-side collaborative technique