风云卫星地面应用系统计算机网络平台架构  

Computer Network System of FY Satellite Ground Segment

作　　者：赵现纲[1] 林曼筠[1] 谢利子[1] 卫兰[1] 范存群[1] Zhao Xiangang;Lin Manyun;Xie Lizi;Wei Lan;Fan Cunqun(National Satellite Meteorological Centre,Beijing 100081)

机构地区：[1]国家卫星气象中心,北京100081

出　　处：《气象科技进展》2020年第3期43-48,共6页Advances in Meteorological Science and Technology

摘　　要：计算机网络平台是风云卫星地面应用系统的重要支撑。从计算资源池、存储资源池、网络系统和管理软件等四个方面详细介绍了风云卫星地面应用系统计算机网络平台的架构和特点。计算资源池中采用了资源调度、并行计算、云计算、大数据等技术实现了计算资源的充分共享和高效使用;存储资源池采用了存储虚拟化、分布式存储等技术实现了存储资源的池化共享;采用软件定义的网络SDN技术保证了网络系统的高效与灵活;通过一体化智能运维系统及典型应用分析与优化软件对系统进行了统一管理和持续优化。实际业务运行表明该平台运行高效可靠,很好地支撑了卫星观测数据的接收、处理、存档、服务与应用以及卫星在轨管理等业务。Computer network system is an important support for the FY satellite ground segment. This paper introduces the architecture and characteristics of the computer network platform of the FY satellite ground segment from four aspects including computing resource pool, storage resource pool, network system, and management software. Resource scheduling, parallel computing, cloud computing, big data and other technologies are used in the computing resource pool to realize the full and efficient use of computing resources. The storage resource pool uses storage virtualization and distributed storage technologies to realize the sharing of storage resources. The software-defined network technology ensures the efficiency and flexibility of the network system. Integrated intelligent maintenance system and typical application analysis and optimization software have been developed to achieve unified management and continuous optimization of the system. The actual operation shows that the platform is efficient and reliable, and it supports the satellite data reception, processing, archiving, service, application, and satellite on-orbit management efficiently.

关 键 词：风云卫星 地面应用系统 计算机网络系统 智能运维 

分 类 号：P414.4[天文地球—大气科学及气象学]