- 期刊
Design and Implementation of a Microservices-based Medical Platform
摘要
This paper introduces a medical platform based on microservice architecture, aiming to improve the efficiency of medical services and doctor‐patient interaction experience. The platform uses Vue3 and TypeScript technology to develop the front‐end interface. The use of Vue3 and TypeScript technology makes the front‐end interface more stable and easy to maintain. The platform is developed based on ASP.NET 6 technology with Restful style API interface, which provides a simple and scalable API interface. In addition, the platform uses Consul to provide service discovery function. Consul, as a service discovery tool, makes the governance of services more efficient and can improve the reliability of the system, thus simplifying the operation of service governance. The platform utilizes Rabbitmq for message processing. In order to make the system expand horizontally, the WebAPI requests are forwarded to the microservice module through Ocelot gateway, and Nginx is utilized and load balancing, reverse proxy and caching are performed to reduce the pressure on the server. Platform functions include user registration and login, online doctor search, online consultation and questioning, and online drug purchase. Users can use JWT stateless login to improve the security and convenience of login. This paper describes in detail the technical architecture, system design and implementation of the platform. The platform provides hospitals with efficient medical services and doctor‐patient interaction and is expected to play an active role in the medical field.