Design And Implementation Of The Operation Subsystem For Mobile Follow-up Platform

Mobile follow-up is the process of follow-up between doctors and patients through mobile terminal,which simplifies the follow-up procedure and improves follow-up efficiency of patients with chronic diseases.The goal of this project is to design and implement an operation subsystem for a commercial mobile follow-up platform.It mainly studies how to help operators handle the operation requirements more efficiently under the rapid development of the platform so as to improve platform operation efficiency and enhance user experience.Firstly,we interviewed operators and conducted a detailed investigation and analysis for the requirements.Then we defined the system objectives and summarized seven major functional modules including authority management,user management,service management,content management,push policy management,customer service management and operational data management.Finally,according to actual requirements,we determined system overall technical architecture:adopting the JavaEE technology system,following the MVC hierarchical design pattern,using SpringMVC as the core MVC framework,using the Apache Shiro framework to manage the security module and achieve fine-grained permission partitioning,using the Dubbo framework to achieve distributed calls with other subsystems,using the MyBatis framework manage database operations,and database uses MySQL.In the process of implementation,we firstly analyzed and designed every module in detail by UML modeling technology,and then completed the code under the principle of high cohesion and low coupling.After the completion of the development,the system conducted rigorous unit testing,functional testing and performance testing.Finally,this paper summarizes the development process of the operation subsystem,and points out the shortcomings of current system and prospects for further work.The completion of this project,while meeting the operational requirements,limits the visibility and operation authority of operators to the scope of responsibility through fine-grained authority control,which ensures security of the system and sensitive data to maximum extent.Now this system has been deployed to production environment and has received good feedback from operators.