基于数字孪生机房的三维可视化监控系统的设计与实现

针对当前机房的监控管理方式单一、实时性差、透明度低等问题,构建了一种基于数字孪生机房的三维可视化监控系统。以数字孪生的五维模型为指导,构建机房虚拟场景,实现机房三维可视化。论文采用Three.js三维引擎搭建机房三维场景,使用JavaScript语言实现各模块间的功能交互,运用深度学习算法完成机房故障诊断的功能。实验证明:基于数字孪生的机房三维可视化监控系统可以实时监测系统状态,动态展示设备信息,提高了管理效率。

Design and Realization of Computer Room 3D Visual Monitoring System Based on Digital Twin

Aiming at the problems of single monitoring and management modes, poor real-time performance and low transparency in the current computer room, a 3D visual monitoring system for computer room based on digital twin is constructed. Guided by the five-dimensional model of the digital twin, the virtual scene of the computer room is constructed to realize the 3D visualization of the computer room. The paper uses three.js which is a 3D engine to build the 3D scene of the computer room, uses JavaScript language to realize the functional interaction between the modules, and uses deep learning algorithms to complete the function of fault diagnosis. Experiment has proved that the 3D visual monitoring system of the computer room based on digital twin can monitor the system status in real time, dynamically display equipment information and improve management efficiency.