数字孪生实现数据中心设备联网推荐策略

Buhua Chen, Hongwen Li, Jing Liang, Buyang Shen, Chengbin Shen, Kun-Yao Li
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引用次数: 0

摘要

随着城市和行业的数字化转型,企业数据中心的数量正以成倍的速度增长。数据中心拥有自己的设备管理系统,其他部门管理各种设备。由于研究人员进行设备联网时缺乏合适的推荐模型,导致用户在申请使用设备时出现了很多问题。数字孪生的出现为数据中心组网的推荐设备带来了一个转折点。本文通过评估现有库存设备的状态,利用数字孪生技术实时构建准确的网元及其拓扑数字映射,提出了一种独特的智能设备推荐模型。在现有的设备管理系统上部署原型模型,对系统及其性能进行分析。实验分析表明,该模型在设备管理系统中的应用性能优于传统模型。最后,由于所提出的解决方案保证了系统的透明性和可追溯性,不仅为优化采购决策提供了参考,而且从数据中心领域有力地推动了智慧城市的建设。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital Twin Enabled the Networking Recommendation Strategy of Devices in Data Center
As a result of the digital transformation of cities and industries, the number of enterprise data centers is increasing at a multiple speed. Data centers possess their own device management system while other departments manage all kinds of devices. Due to lack of an appropriate recommendation model for researchers conducting device networking, there are a great many problems arising when users apply for the use of devices. The emergence of digital twin has brought a turning point for the recommended device of data center networking. In this paper, a unique intelligent device recommendation model is proposed by evaluating the status of existing inventory device and constructing accurate digital mapping of network elements and their topology in real time with the help of digital twin technology. A prototype model is deployed on an existing device management system to analyze the system and its performance. It can be concluded from the experimental analysis that the performance of our proposed model applying in device management system is better than that of the traditional ones. Finally, as the proposed solution ensures the transparency and traceability of the system, it not only provides a reference for optimization procurement decisions, but also strongly promotes smart city construction from the field of data centers.
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