the RFID(radio frequency ID) standards for Japan

说明：  MIFARE DESFire EV1 contactless multi-application IC

提出两种基于盲源分离方法的标签防碰撞算法，解决标签密集的多天线RFID 系统中的标签碰撞问题。在一个确定的 时隙内， 当发射反向反馈信号的标签数目不超过阅读器天线的数目时， 这些标签可以通过盲源分离算法被阅读器成功识 别；信号，直到所有标签被成功识别出来。仿真结果表明，新算法能使得RFID 系统获得更加高效的吞吐率，能比基于ALOHA 的标签防碰撞算法具有更小的时耗，尤其是当标签数目较大时更加显著。(two tag anti－collision algorithms based on blind source separation (BSS) method are presented to solve the tag collision problem for dense multi －antennas RFID system in this paper．When the number of tags that transmitting backscattering signal in a confirmed slot is not exceed the number of antennas of the reader,these tags can be identified by using blind source separation algorithm．Otherwise,these tags cannot be identified,and they randomly one of other slots in the same frame and transmit the return signal to the reader until all tags have been identified successfully)

基于RFID的资产管理系统，使用C#语言，低频RFID模块

omnikey support and soure for mifare

RFID相关论文:包括反碰撞处理机制、物体定位跟踪原理等等文章-RFID related papers: including anti-collision handling mechanism, the principle of locating and tracking objects, articles, etc.

无线充电器的设计；以射频电路和接收控制电路为核心，以电感线圈实现无线传能的无线充电器。(Design of wireless charger by RF circuit and receiving control circuit as the core, realize the wireless charger wireless energy transfer to the inductance coil.)

说明：  mifare ultralight card datasheet

说明：  基于RFID的自动识别门禁系统,包含代码,以及电路图(RFID-based automatic identification access control system)

详细地介绍了RFID现阶段的应用以及发展趋势-Detail the application of RFID at this stage as well as the development trend of

RFID防碰撞技术，二进制树法中的改进方法，返回式二进制树法在matlab上的实现(RFID anti-collision technology, improvements in the binary tree method, return a binary tree method in matlab)