为高校人群设计的智能拼车应用，解决长距离步行痛点。
User-to-Vehicle Interaction in Smart Mobility: The GO-DRiVeS Autonomous Ride-Sharing Application
- 基于敏捷开发与客户端-服务器架构，支持实时请求与追踪。
- 实测可并发处理多用户请求，响应稳定可靠。
- 适合高校出行场景，尤其适合高温或负重时使用。
本文介绍名为GO-DRiVeS的按需拼车与请求移动应用，专为高校学生与教职工设计，旨在减少炎热天气或携带重物时的长距离步行，缓解时间与体力消耗问题。应用采用敏捷开发方法，结合移动端系统架构与客户端-服务器架构实现。前端使用React Native（Expo），后端基于Node.js和Express，数据库选用MongoDB。通过分析现有交通应用的框架与核心功能，构建了包含用户注册、拼车请求及实时位置追踪等基础功能的系统，并支持多请求并发处理，遵循先到先服务原则。多个实验验证了系统在请求处理中的稳定性，结果在方法与实验章节中展示。
原文摘要 · Abstract (English)
This paper introduces the GO-DRiVeS application, an on demand ride sharing and requesting mobile application tailored specifically to save long walks and challenges which are time consuming and tiring especially during hot days or when carrying heavy items, faced by university students and staff. The GO-DRiVeS application was developed following the Agile methodology for its flexibility. In addition to, using the mobile application system architecture and client-server architecture. GO-DRiVeS was implemented using React Native (Expo) for the frontend, Node.js and Express for the backend, and MongoDB as the database; based on a detailed analyses to the existing transportation application, comparing their frameworks and identifying their essential functionalities. GO-DRiVeS supports core features like user registration, ride requesting and real-time tracking.In addition to handling multiple requests at the same time in a first come first serve manner. The application was developed based on these features, and the results were conducted in the form of multiple experiments that demonstrated stable behavior in handling the requests, as presented in the Methodology and Results chapters.
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