| 摘要: |
| 随着当前气象行业的硬件、数据、系统的集约化程度越来越高，气象基础设施资源云平台已经成为省级最重要的两个基础平台之一，为了让省级基础设施资源池在气象行业得到更好的应用，本文对传统虚拟化技术与超融合架构两种不同技术构建的资源池开展架构灵活性、扩展性、技术特点、差异性等方面的对比，重点分析在气象行业场景中的实际应用效果，得出超融合架构在虚拟化存储和安全方面优势明显，为省级基础设施资源池的技术选型提供参考。 |
| 关键词: 虚拟化；超融合；存储；安全 |
| DOI： |
| 投稿时间：2022-06-28修订日期：2023-03-02 |
| 基金项目:黔气标合ZY[2020]09号：基于大数据的多源气象数据存储共享及支撑技术研究，黔科合支撑【2019】2386号基于大数据的气象防灾减灾服务平台研发。 |
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| Comparative Analysis of Hyperfusion and Virtualization |
| WANG Hua,ZHI Yajing,GUO Xi,LIU Guoqiang,LI Bo |
| (Guizhou Meteorological Information Center,Guizhou Guiyang,550002) |
| Abstract: |
| Abstract:With the increasing intensification of hardware, data and systems in the current meteorological industry, the meteorological infrastructure resource cloud platform has become one of the two most important provincial infrastructure platforms. In order to make the provincial infrastructure resource pool better applied in the meteorological industry, the traditional virtualization technology and the resource pool built based on two different technologies of hyperfusion architecture are compared. By comparing the flexibility Expandability and other technical characteristics and differences, analyze the actual effects of two different technologies in the application of meteorological industry, and find that the super fusion architecture is better than the traditional virtualization platform in some innovative functions, such as virtual storage and virtual security, providing a more convenient, more centralized, and more secure alternative architecture platform for the construction of provincial infrastructure resource pool. |
| Key words: virtualization, hyperfusion, architecture, storage |
