机房动环智能监测系统总体设计
Overall Design of Intelligent Monitoring System for Dynamic Environment in Computer Room

结合智能化态势感知、标准化体系架构、组件化功能模型、人性化操作使用、系统化运行管理的需求分析，运用物联网、自动控制、模式分析等信息技术，采取“实时监控、风险预警、无人值守”保障模式，总体设计一套集信息采集、实时监测、边缘计算、数据分析、智能联动、阈值告警、远程控制、态势可视等功能于一体的机房动环智能监测系统，为管理人员提供智能辅助决策和综合态势感知。系统组成元素和关系采取分层方式总体设计，物理层包括硬件组成、基本原理、通信协议，平台层包括整体架构、Web开发、界面交互、接口预留、安全防护，数据层包括数据内容、数据存储、数据访问，服务层包括公共服务、架构服务、集成服务，应用层包括实时监控、态势感知、运维管理，目的在于提高系统可维护性、可扩展性和可重用性。
In combination with the demand analysis of intelligent situation awareness, standardized architecture, component-based functional model, humanized operation and use, and systematic operation management, using information technologies such as the Internet of Things, automatic control, mode analysis, and adopting the “real-time monitoring, risk early warning, unattended” support mode, the overall design of a set of computer room dynamic environment intelligent monitoring system integrating information collection, eal-time monitoring, edge computing, data analysis, intelligent linkage, threshold alarm, remote control, situation visualization and other functions provides managers with intelligent auxiliary decision-making and integrated situation awareness. The overall design of the system components and relationships adopts a layered approach. The physical layer includes hardware composition, basic principles, and communication protocols. The platform layer includes overall architecture, web development, interface interaction, interface reservation, and security protection. The data layer includes data content, data storage, and data access. The service layer includes public services, architecture services, and integration services. The application layer includes real-time monitoring, situational awareness, and operation and maintenance management, aiming to improve the maintainability, scalability, and reusability of the system.