摘 要
随着互联网技术的快速发展，在线教育逐渐成为教育模式创新的重要方向。针对传统教育平台存在的系统架构复杂、开发效率低、功能扩展性差等问题，本文设计并实现了一个基于Spring Boot框架的在线教育平台。该平台旨在提升教学资源管理效率与用户学习体验，支持教师高效开展课程管理与教学互动，帮助学生实现个性化学习。研究采用前后端分离架构，前端使用Vue.js实现动态交互界面，后端基于Spring Boot构建微服务系统，并结合MySQL数据库与Redis缓存技术提升系统性能。平台实现了课程管理、在线学习、作业提交、考试测评等核心功能，并引入角色权限控制机制以保障系统安全性。测试结果表明，系统运行稳定，响应速度快，具备良好的可扩展性与可维护性。本研究的创新点在于将模块化设计理念与微服务架构应用于在线教育领域，提升了系统的灵活性与可复用性，为后续教育类平台的开发提供了可借鉴的技术方案与实践经验。关键词：Spring Boot；在线教育平台；微服务架构；Vue.js；模块化设计
ABSTRACT
With the rapid development of internet technology, online education has gradually become an important direction for innovation in educational models. To address issues such as complex system architecture, low development efficiency, and poor scalability in traditional educational platforms, this paper designs and implements an online education platform based on the Spring Boot fr amework. The platform aims to enhance the efficiency of teaching resource management and improve the user learning experience, enabling teachers to efficiently manage courses and engage in instructional interaction while supporting students in achieving personalized learning. The research adopts a front-end and back-end decoupled architecture, utilizing Vue.js to implement dynamic interactive interfaces, while the back-end constructs a microservices system based on Spring Boot, combined with MySQL database and Redis caching technology to enhance system performance. The platform realizes core functionalities including course management, online learning, assignment submission, and examination assessment, and incorporates a role-based access control mechanism to ensure system security. Testing results indicate that the system operates stably, responds quickly, and demonstrates good scalability and maintainability. The innovation of this research lies in applying modular design principles and microservice architecture to the field of online education, thereby enhancing the system's flexibility and reusability, and providing reference technical solutions and practical experiences for the development of future educational platforms.
Keywords: Spring Boot; Online Education Platform; Microservice Architecture; Vue.Js; Modular Design
目 录
摘 要 I
ABSTRACT II
绪 论 1
第一章 基于Spring Boot的在线教育平台架构设计 2
1.1 平台整体架构与功能模块划分 2
1.2 Spring Boot框架的技术选型分析 2
1.3 系统前后端交互机制设计 3
1.4 微服务架构在平台中的应用探讨 3
第二章 基于Spring Boot的用户权限与课程管理实现 4
2.1 用户角色与权限控制模型构建 4
2.2 课程发布与内容管理功能实现 4
2.3 教师与学生互动机制设计 4
2.4 数据库设计与多表关联处理策略 5
第三章 基于Spring Boot的在线教学功能开发与优化 6
3.1 在线视频播放与进度跟踪实现 6
3.2 实时作业提交与批改系统开发 6
3.3 讨论区与答疑模块的功能优化 7
3.4 异步任务处理与系统响应效率提升 7
第四章 基于Spring Boot的平台性能测试与部署方案 8
4.1 系统功能测试与异常处理机制 8
4.2 多用户并发访问性能测试分析 8
4.3 平台安全性设计与数据加密策略 9
4.4 容器化部署与持续集成方案设计 9
结 论 10
参考文献 11
致 谢 13
