基于微信小程序的医疗服务预约系统设计与实现
摘 要
在该软件开发项目中，主要的是以提升用户体验为核心导向，依托Java编程语言，遵循软件工程的基本原则，构建一款面向医疗行业的在线预约管理系统。该项目从医疗行业面临的实际问题出发，利用Springboot框架进行系统架构设计，旨在优化医院预约流程并提升服务效率。
在系统开发生命周期的初期阶段，对需求进行深入的分析，之后通过SWOT分析法挖掘医院预约环节的痛点，并借鉴现有成熟医院信息管理系统（HIS）的最佳实践，逐步推进小程序的原型设计与开发。
该医院预约小程序采用了B/S架构，分为三个主要模块：后端的医生操作界面和管理员控制台，以及前端的患者用户界面。在系统开发完成后，我们进行了全面的系统测试，包括单元测试、集成测试和压力测试，以评估系统的稳定性、可靠性和可扩展性。
通过测试分析，我们整理出系统的性能优势与功能缺陷，并据此编制了详细的系统优化建议报告。我们致力于通过持续迭代和敏捷开发模式，打造高可用性的系统，以便于未来的运维管理，同时也为同行业的软件开发提供宝贵的经验和技术积累。
关键词：Java开发语言；springboot框架技术；预约
Design and Implementation of Medical Service Appointment System Based on WeChat Mini Program
Abstract
This software development project centers on enhancing user experience as its core objective. Utilizing Java as the programming language and adhering to the fundamental principles of software engineering, the project aims to develop an online appointment management system specifically designed for the healthcare industry. By addressing practical challenges encountered in the medical field, the system leverages the Spring Boot framework for its architectural framework, with the overarching goal of streamlining hospital appointment processes and improving service delivery efficiency.
In the initial phase of the system development lifecycle, an in-depth analysis of requirements was conducted. A SWOT analysis was subsequently employed to identify key pain points in the hospital appointment workflow. By incorporating best practices from established Hospital Information Systems (HIS), the project advanced iteratively through the prototype design and development stages of the mini-program.
The hospital appointment mini-program adopts a B/S (Browser/Server) architecture, comprising three primary modules: the doctor operation interface, the administrator console, and the patient user interface. Following the completion of system development, a series of comprehensive tests were conducted, encompassing unit testing, integration testing, and stress testing. These evaluations were designed to assess the system’s stability, reliability, and scalability.
Based on the results of testing and analysis, the system’s performance strengths and functional limitations were systematically documented, forming the basis of a detailed optimization proposal report. The project emphasizes iterative refinement and agile development methodologies to ensure the creation of a highly available system, facilitating seamless future operational and maintenance processes. Furthermore, this initiative contributes valuable insights and technical expertise to the broader field of software development within the healthcare sector.
Key words:Java development language; Springboot framework technology; Registration appointment
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