发表机构
Department of Computer Science and Engineering; International Islamic University Chittagong（计算机科学与工程系; 国际伊斯兰大学）
机构由 AI 辅助整理，请以论文原文为准。AI 中文总结
研究基于射频识别技术为校园引入无现金支付系统，利用射频识别卡与树莓派，结合面向对象原则设计安全系统、建立数据库并集成硬件。该系统经济高效，提升了便利性与安全性，还探讨了相关应用及未来功能，有望在类似环境广泛应用。
AI 中文摘要
这项名为“基于射频识别技术的校园支付系统”的研究，为教育机构引入了创新的无现金支付解决方案。它利用射频识别卡和树莓派，实现食堂消费、学费缴纳和图书馆罚款等各类校园服务的便捷支付。通过集中式数据库确保交易和账户余额实时更新，可通过简单易用的网页界面访问。该研究运用面向对象原则设计安全系统、建立数据库，并将射频识别读卡器等硬件与树莓派集成。结果表明，该系统是传统支付方式经济高效的替代方案，提升了学生和管理人员的便利性与安全性。研究还探讨了类似的射频识别应用，展望了如可穿戴射频识别设备、语音支付和区块链集成等功能以增强安全性和可用性。
英文摘要
This work titled "RFID Based Campuswide Payment System" introduces an innovative cashless payment solution for educational institutions. It uses RFID cards and a Raspberry Pi to enable hassle free payments for various campus services, such as cafeteria purchases, tuition fees, and library fines. A centralized database ensures real-time updates on transactions and account balances, accessible through a simple and user-friendly web interface. This work is involved in designing a secure system with object-oriented principles, setting up databases, and integrating hardware like RFID readers with a Raspberry Pi. The systems are proved to be a cost-effective and efficient alternative to traditional payment methods, enhancing convenience and security for students and administrators. The study also explored similar RFID applications, like smart parking and attendance systems, to identify challenges and improvements. Looking ahead, it envisions features like wearable RFID devices, voice-activated payments, and blockchain integration to boost security and usability. Results show that this system simplifies campus payments and has the potential for broader adoption in similar environments.
Comments5 Pages, 5 figures
