基于Dubbo分布式架构的电商平台系统优化研究

ncreased concurrency pressure has become a common issue. Slow response times and system crashes are often experienced by users, indicating the need for a more efficient and scalable system. In order to address these challenges, the transformation of a traditional e-commerce platform system into a distributed architecture has proved to be a viable solution. The focus of this study is on the design and implementation of an e-commerce platform system based on the Dubbo distributed architecture. The system aims to provide users with a seamless shopping experience, including browsing and purchasing items, adding to cart, and generating orders. For merchants, functionalities such as listing and delisting products are essential, while operators require features for reviewing products and managing user and merchant information. By optimizing system interactions and transforming the backend of the e-commerce platform into a distributed structure, the study aims to improve user experience and address concurrency and system backup issues. Leveraging Java, Dubbo, and the SSM framework, the proposed system seeks to enhance the performance, scalability, and reliability of the e-commerce platform. In conclusion, the implementation of a distributed architecture for the e-commerce platform system holds great potential in improving overall system efficiency and user satisfaction. By effectively managing concurrency and system backups, the system can better cope with increasing user demands and ensure a seamless online shopping experience for all stakeholders.