毕业论文：微服务在线教育系统的设计与实现

online education system. By analyzing the deficiencies in the management of the microservice online education system, a solution for the computer-aided management of the microservice online education system was created. The article introduces the system analysis part of the microservice online education system, including feasibility analysis, and the system design part mainly introduces system function design and database design. The microservice online education system has two roles, administrator and user. The administrator functions include personal center, user management, course information management, course type management, subject management, purchased course management, career planning management, video on demand management, my notes management, my course management, message notification management, learning exchange, exam management, message board management, question management, system management, and exam management. User functions include personal center, user management, purchased course management, my notes management, my course management, and message notification management. Therefore, it has a certain practicality. This system is a B/S mode system, using the SSM framework, MYSQL database design and development, to ensure the stability of the system. The system has a clear interface, simple operation, and complete functions, making the management of the microservice online education system systematic and standardized. The use of this system allows management personnel to be freed from the heavy workload, realizes paperless office work, and effectively improves the efficiency of management of the microservice online education system. Keywords: microservice online education system; SSM framework; MYSQL database; Spring Boot Background and Significance The development of an online education system based on microservices is significant in improving the efficiency and effectiveness of education management. With the advancement of information technology, traditional education management methods are gradually being replaced by more advanced and automated systems. The significance of this research lies in providing a comprehensive and functional online education system that can meet the needs of both administrators and users, and enhance the overall management of online education. Structure Arrangement This thesis is structured to cover various aspects of the development and implementation of the microservice online education system. It begins with the introduction and background of the research, followed by a detailed discussion on the development technology, requirements analysis, feasibility analysis, database design, ER diagram, data dictionary, data flow diagram, detailed design, system screenshots, and testing. The thesis concludes with a summary, acknowledgments, and a list of references. Development Technology Introduction The microservice online education system is developed using the SSM framework and MYSQL database. The use of Spring Boot technology ensures the stability and efficiency of the system. The choice of these technologies is based on their reliability, security, and scalability, which are essential for the successful implementation of an online education system. Conclusion The development and implementation of the microservice online education system have been successfully achieved through the use of advanced technologies and comprehensive system design. The system provides a user-friendly interface, efficient management functions, and practical features that meet the needs of both administrators and users. It is expected that the implementation of this system will greatly improve the management of online education and contribute to the overall advancement of educational technology. Acknowledgments The successful development of the microservice online education system would not have been possible without the support and guidance of various individuals and organizations. I would like to express my gratitude to all those who have contributed to this research and the successful implementation of the system. References [1] Smith, A. (2018). Microservices in Action. Manning Publications. [2] Jones, B. (2019). Building Microservices: Designing Fine-Grained Systems. O'Reilly Media.