基于HCE的NFC移动卡包系统的设计与实现

发布时间：2018-05-01 04:38

本文选题：Android + NFC　；参考：《北京邮电大学》2016年硕士论文

【摘要】：随着社会的发展,人们平时会随身携带大量的卡,非常不便,因此卡的整合成为了人们的迫切需求。卡的整合本质上是信息的整合,智能手机作为目前人们随身携带的电子设备,可以作为这种整合信息的载体。目前很多Android智能手机均支持NFC(近场通讯)及HCE(主机卡模拟)技术,提供了对卡整合的支持。在上述背景之下,本文设计了一个支持卡虚拟化以及非接触式刷卡的移动卡包系统。本文提出的移动卡包系统实现了一个扩展性较强的卡虚拟化解决方案。在移动卡包系统中,可以进行虚拟卡的发行、获取、使用以及其他关联操作,所有虚拟卡均可以使用非接触式方式来进行刷卡操作。系统提供的插件式管理功能较好地支持了不同使用场景的扩展,新的场景功能能够以插件的形式动态地添加到系统中,供新场景下的发卡方和使用方来使用。本文以Android智能终端平台为基础,详细分析了移动卡包系统的设计和实现方案。首先介绍了 Android平台、NFC技术以及系统开发涉及到的其他技术知识;其次从移动卡包系统的总体需求、功能需求以及非功能需求三个方面对其进行了需求分析;核心部分阐述了移动卡包系统的整体架构、模块的设计与实现以及系统的界面展示;随后介绍了移动卡包系统的测试方法与测试结果;之后从性能方面设计了优化方案并展示了测试结果。在论文的最后,对系统进行了总结并对其未来的发展进行了展望。
[Abstract]:With the development of society, people usually carry a large number of cards, very inconvenient, so the integration of cards has become an urgent need. The integration of cards is essentially the integration of information. As an electronic device that people carry with them, smart phone can be used as the carrier of integrated information. At present, many Android smartphones support NFC (near Field Communication) and HCE (Host Card Analog) technology, providing support for card integration. Under the above background, this paper designs a mobile card packet system which supports card virtualization and contactless swipe card. The mobile card packet system proposed in this paper implements a scalable card virtualization solution. In the mobile card packet system, virtual cards can be issued, acquired, used and other associated operations. All virtual cards can be swiped in a contactless manner. The plug-in management function provided by the system supports the extension of different usage scenarios, and the new scene functions can be dynamically added to the system in the form of plug-ins, which can be used by the issuer and the user in the new scenario. Based on Android intelligent terminal platform, this paper analyzes the design and implementation of mobile card packet system in detail. This paper first introduces the Android technology and other technical knowledge involved in the development of the system, and then analyzes the requirements of the mobile card packet system from three aspects: the overall requirements, the functional requirements and the non-functional requirements. The core part describes the whole architecture of mobile card packet system, the design and implementation of the module and the display of the system interface, and then introduces the test method and test results of the mobile card packet system. Then the optimization scheme is designed from the aspect of performance and the test results are shown. At the end of the paper, the system is summarized and its future development is prospected.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

【相似文献】