安全存储卡设备型号
Secure Debit Card Device Model
摘要：
该项目设想采用FIPS-201灵巧卡实施电子支付系统。该系统由硬件模块和软件模块组成。硬件模块进行数据插入（例如，纸币），处理数据，然后使用串行/USB端口与灵巧卡建立连接，以执行进一步的数学操作。硬件与后端的服务器进行交互，以进行用户的身份验证和识别，并存储与特定用户有关的数据。软件模块管理数据库，处理身份，提供各种系统组件之间的身份验证和安全通信。它还将为最终用户提供一个组件。该组件可以是计算机软件或PoS设备可执行二进制文件的形式。其思想是在嵌入式系统中接收来自数据阅读器和灵巧卡的数据。在操作之后，更新的数据被印在灵巧卡存储器上，并且还在维护数据库的后端服务器中更新。要发送到服务器的信息通过PoS设备发送，PoS设备具有涉及有线和非有线介质的多个传输介质。用户设备还充当更新器;因此，每当用户插入灵巧卡时，它都会通过与后端数据库同步而自动更新。该项目需要在嵌入式系统，网络，java和C++（可选）的专业知识。
英文摘要：
The project envisages the implementation of an e-payment system utilizing FIPS-201 Smart Card. The system combines hardware and software modules. The hardware module takes data insertions (e.g. currency notes), processes the data and then creates connection with the smart card using serial/USB ports to perform further mathematical manipulations. The hardware interacts with servers at the back for authentication and identification of users and for data storage pertaining to a particular user. The software module manages database, handles identities, provide authentication and secure communication between the various system components. It will also provide a component to the end users. This component can be in the form of software for computer or executable binaries for PoS devices. The idea is to receive data in the embedded system from data reader and smart card. After manipulations, the updated data is imprinted on smart card memory and also updated in the back end servers maintaining database. The information to be sent to a server is sent through a PoS device which has multiple transfer mediums involving wired and un-wired mediums. The user device also acts as an updater; therefore, whenever the smart card is inserted by user, it is automatically updated by synchronizing with back-end database. The project required expertise in embedded systems, networks, java and C++ (Optional).
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
