中国气象局气象观测中心气象云桌面系统

Yimeng Wang, Shanshan Lv, Wei Li
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引用次数: 3

摘要

2019年,中国气象局气象观测中心建成国家级气象观测实时业务平台,集国家级实时气象观测业务、研究型业务和对外展示于一体。实时操作平台采用气象云桌面系统的办公形式,将操作系统、应用程序和数据全部集中到数据中心进行统一管理。该系统以独立计算架构(ICA)协议为核心技术,依托服务器、网络设备和存储的构建,通过分布式部署和虚拟架构实现发布和管理功能。系统还应用了NVIDIA vGPU,发布了基于GPU图形的VDI虚拟设计桌面,满足了操作人员的3D建模和CUDA计算需求。目前,在实时操作平台上已经搭建了80个云桌面系统,定制的操作系统和配套软件应用已经满足需求。内外部网络云桌面物理隔离彻底解决了传统办公设备分散管理、数据安全系数低、运维成本高、无法实现移动办公等问题。本文详细介绍了气象云桌面系统的技术优势和体系结构设计,系统的设计和部署过程以及运行应用中涉及的关键技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Meteorological Cloud Desktop System of CMA Meteorological Observation Center
The National-level Meteorological Observation Real-time Operation Platform was built by the CMA Meteorological Observation Center (MOC) In 2019, which integrated national real-time meteorological observation operations, research-oriented operations and external display. The real-time operation platform adopted the office form of the meteorological cloud desktop system, so that the operating system, applications and data were all centralized to the data center for unified management. The system was based on the core technology of Independent Computing Architecture (ICA) protocol and relied on the construction of servers, network devices and storage, and by means of distributed deployment and virtual architecture, the release and management functions were realized. NVIDIA vGPU was also applied in the system to release a VDI virtual design desktop based on GPU graphics, which satisfied the 3D modeling and CUDA computing needs of operating staff. At present, 80 cloud desktop systems had been built on the real-time operation platform, and customized operating systems and supporting software applications had met the requirements. The internal and external network cloud desktop physical isolation completely solves the problems of traditional office equipment decentralized management, low data security factor, high operation and maintenance cost, and inability to achieve mobile office. The technical advantages and architecture design of the meteorological cloud desktop system, the design and deployment process of the system and the key technologies involved in the operation application were described in detail in this paper.
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