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超融合技术在小清河复航工程中的应用

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随着云计算、大数据等技术的快速发展,超融合技术以其独特的技术特点使其具有广泛应用场景.以山东省小清河复航智慧化航道工程为背景,对超融合技术在其中的应用进行研究.通过对应用工程特点分析、超融合技术与传统服务器方案的对比,得出超融合技术系统资源利用效率更高,硬件资源配置减少,扩展、维护方便,容错性更好,可有效降低工程建设和使用成本.同时对超融合技术在系统调试中出现的虚拟机网络USB接口不可用、创建本地存储池和存储域的指令超时等常见问题进行分析,提出了相关解决措施,为类似工程的应用提供新的方法和思路.
Application of Hyper-Converged Technology in Xiaoqing River Re-Waterway Project
With the rapid development of cloud computing,big data and other technologies,hyper-converged technology has a wide range of application scenarios due to its unique technical characteristics.In this paper,the application of hyper-convergence technology is studied in the context of the intelligent waterway project for the resumption of navigation of Xiaoqing River in Shandong.Through the analysis of the characteristics of application engineering and the comparison between hyper-converged technology and traditional server solutions,it is concluded that hyper-converged technology has higher system resource utilization efficiency,reduced hardware resource allocation,convenient expansion and maintenance,and better fault tolerance,which can effectively reduce the cost of engineering construction and use.At the same time,the common problems such as the unavailability of the USB interface of the virtual machine network and the instruction timeout for creating the local storage pool and storage domain in the system debugging of hyper-converged technology are analyzed,and relevant solutions are proposed,which provide new methods and ideas for the application of similar projects.

hyper-convergedvirtualizationresource integrationwaterwaydebugging

曹汝庆

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中铁十四局集团电气化工程有限公司 山东济南 250014

超融合 虚拟化 资源整合 航道 调试

2024

铁道建筑技术
中国铁道建筑总公司

铁道建筑技术

影响因子:0.539
ISSN:1009-4539
年,卷(期):2024.(9)