Research And Design Of Dynamic Environment Monitoring System Based On Virtual Reality Technology

With the continuous development of information technology,the informatization of society is increasing.The number of large and small data center computer rooms is steadily increasing year by year,so the monitoring and management of the power and environment of the computer room has become increasingly important.At this stage,the computer room dynamic environment management system has relatively mature technology for data collection and analysis,but the real-time data interaction capability is still lacking.Most systems use the form of two-dimensional charts to show equipment room and environmental conditions.Such data presentation is not intuitive.At the same time,the system has poor scalability for monitoring equipment and lacks the flexibility to adapt to monitoring equipment.In order to improve the information exchange ability of the computer room,the research of the computer room dynamic environment monitoring system began to apply gradually mature virtual reality technology.However,there are many difficulties in the development of the system,such as:the long development cycle of the system,the difficulty of modeling the equipment model,the low degree of fluency of the scene,and the low fidelity of the scene.Therefore,the current research and development of the virtual machine room power environment monitoring system urgently needs to solve these problems.This article delves into these practical issues of the virtual machine room dynamic environment monitoring system,and proposes a design scheme of the virtual machine room power environment monitoring system with C/S architecture,short development cycle,low difficulty in virtual machine room scene development,low modeling difficulty,high fluidity of scenes,high fidelity of scenes,high scalability of monitoring equipment.First,this paper analyzes the overall requirements and design goals of the virtual machine room dynamic environment monitoring system in detail and determines that the overall architecture of the system consists of the user layer,business logic layer,and data layer.At the same time,the structure of the database is designed for the needs of the overall system.Then,the server-side software structure is specifically designed according to the requirements of the server-side power environment monitoring system server side,and the server side is divided into a data acquisition module,a user management module,and an alarm management module.The data acquisition module adopts the form of non-region classification objects and dynamic link libraries to solve the problem of poor scalability of the monitoring equipment of the current power environment monitoring system.Then,according to the requirements of the client of the power environment monitoring system of the virtual machine room,the specific structure of the client operating interface is designed and the specific functions of each module are specifically designed.Finally,a scheme for the establishment and interaction of virtual machine room scenarios is designed.In terms of building the computer room,the problems of low fidelity of the existing system equipment model,long modeling cycle,and difficult development are solved by simplifying the equipment model,UV unfolding,model mapping,and Unity3D game engine.The design of the computer room scene interaction realizes the data interaction between the client operation interface and the virtual computer room scene through TCP/IP and a custom JSON data transmission format,reducing the pressure on the data processing of the scene,and thus improving the stability and fluency of the system.Through the test platform of the virtual machine room power and environment monitoring system and a comprehensive functional test,the feasibility of the design scheme of the virtual machine room power and environment monitoring system proposed in this paper and the reliability and accuracy of equipment data collection were verified.The scheme solves the problem of poor scalability of the existing power environment monitoring system,and provides a certain reference for solving the problems existing in the research of the power environment monitoring system of the virtual machine room at this stage.