随着智能生活的发展，物联网平台的设计成为提升生活品质的关键。本文基于 Java 语言和 Spring Boot 框架，结合 MySQL 数据库，构建了一个功能完备的智能生活物联网平台。平台采用前后端分离架构，前端使用 Vue 框架，提供流畅的用户体验，后端则依托 Spring Boot 框架的强大功能，实现高效的数据处理与业务逻辑管理。平台功能丰富，涵盖首页、家具管理、告警中心、组件中心、定时任务、系统管理以及基础设施等多个模块，满足用户在智能生活场景下的多样化需求。在家具管理模块中，用户可以对家具信息进行分类、搜索、新增、编辑和删除操作，同时支持批量导入和导出功能，极大地提高了管理效率。告警中心能够实时监测设备状态，及时推送异常告警信息，确保用户随时掌握设备运行情况。组件中心则提供了丰富的组件化功能，方便用户根据需求灵活配置。定时任务模块支持用户自定义任务调度，实现自动化操作。系统管理模块涵盖了用户、角色、权限等管理功能，确保平台的安全性和可扩展性。基础设施模块则为平台的稳定运行提供了有力保障。整个平台的设计注重用户体验和系统性能，通过合理的技术选型和架构设计，实现了智能生活的高效管理和便捷操作，为用户打造了一个安全、智能、便捷的物联网生活环境。
关键词：java语言；Spring Boot框架；智能生活；物联网；
Abstract
With the development of smart life, the design of the Internet of Things platform has become the key to improving the quality of life. Based on the Java language and the Spring Boot framework, combined with the MySQL database, this paper constructs a fully functional intelligent life Internet of Things platform. The platform adopts a front-end and back-end separated architecture. The front-end uses the Vue framework to provide a smooth user experience, while the back-end relies on the powerful functions of the Spring Boot framework to achieve efficient data processing and business logic management. The platform is rich in functions, covering multiple modules such as the home page, furniture management, alarm center, component center, scheduled tasks, system management, and infrastructure, meeting users’ diverse needs in smart living scenarios. In the furniture management module, users can perform operations such as classification, search, addition, editing and deletion of furniture information. It also supports batch import and export functions, which greatly improves management efficiency. The alarm center can monitor the status of the equipment in real time and promptly push abnormal alarm information to ensure that users can always keep track of the operation of the equipment. The component center offers a wealth of componentized functions, facilitating users to flexibly configure according to their needs. The scheduled task module supports user-defined task scheduling to achieve automated operation. The system management module covers management functions such as users, roles, and permissions, ensuring the security and scalability of the platform. The infrastructure module provides a strong guarantee for the stable operation of the platform. The design of the entire platform focuses on user experience and system performance. Through reasonable technical selection and architecture design, it has achieved efficient management and convenient operation of smart life, creating a safe, intelligent and convenient Internet of Things living environment for users.
Key words: java language Spring Boot framework Intelligent life Internet of Things
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