航天网络信息体系云原生架构设计
Design of Cloud-Native Architecture for Aerospace Network Information System
范斐 1刘岩 1陈杨 1喻韬 1陈略2
作者信息
- 1. 北京跟踪与通信技术研究所 北京 100094
- 2. 北京航天飞行控制中心 北京 100094
- 折叠
摘要
云原生技术赋能航天网络信息体系基础设施建设,可提升航天信息系统的灵活适应性.以分布式云原生网络信息体系敏捷开发机制为主线,设计了航天网络信息体系云原生架构.首先,分析了云原生基础设施技术体系;然后,提出了由云边协同底座、云原生基础设施平台和云原生应用构成的航天网络信息体系总体架构方案;最后,对云边协同底座与云原生基础设施平台进行了设计,从而为我国航天网络信息体系架构设计及应用提供参考.
Abstract
Cloud-native technologies enable the construction of aerospace network information infra-structure,and it can improve the flexibility and adaptability of aerospace information systems.Based on the agile development mechanism of distributed cloud-native network information system,the cloud-native architecture of aerospace network information system is designed.Firstly,the technology system of cloud-native infrastructure is analyzed.Then,an overall architecture scheme of aerospace network information system is proposed,including the cloud-edge collaborative base,the cloud-native infrastructure platform and the cloud-native application.Finally,the cloud-edge collaborative base and the cloud-native infrastructure platform are designed.Thus,it can provide reference for the design and application of aerospace network information system architecture in China.
关键词
云原生/航天网络信息体系/架构设计/云边协同/基础设施Key words
cloud-native/aerospace network information system/architecture design/cloud-edge col-laboration/infrastructure引用本文复制引用
出版年
2024
NETL
NSTL
万方数据