"基于SpringBoot的书籍学习平台设计与实现"

ss analysis, business process analysis, and use case analysis, further clarifying the requirements of the platform. Then, based on understanding the requirements of the platform, it is necessary to further design the platform, including software architecture patterns, overall functional modules, and database design. This project chooses the B/S mode and Java technology for software architecture, and the overall functional modules use a top-down layering approach. Next, the platform is implemented and the code is written to achieve functionality. The final chapter of the paper summarizes the author's insights and conclusions in completing this paper and developing the project. The book learning platform will significantly improve the work efficiency of book learning in all aspects. Keywords: B/S mode, Java technology, book learning, software architecture In summary, the paper "Design and Implementation of a Springboot Book Learning Platform" discusses the research content of the platform, analyzes platform requirements, designs the platform, implements the platform, and provides insights and conclusions on completing the paper and developing the project. The use of B/S mode, Java technology, and a structured software architecture will greatly enhance the efficiency of book learning. This platform has the potential to revolutionize the way book learning is conducted and improve the overall learning experience for users.