▍1. NFC上位机
某宝商家的工具,原本需要注册,自己破解了免注册,PN532红板+ch340的TTL亲测可完美写uid、cuid卡,可进行key破解,可在配置文件写入已知的key,内附使用说明(NFC pn532 uid cuid)
某宝商家的工具,原本需要注册,自己破解了免注册,PN532红板+ch340的TTL亲测可完美写uid、cuid卡,可进行key破解,可在配置文件写入已知的key,内附使用说明(NFC pn532 uid cuid)
说明: 某宝商家的工具,原本需要注册,自己破解了免注册,PN532红板+ch340的TTL亲测可完美写uid、cuid卡,可进行key破解,可在配置文件写入已知的key,内附使用说明(NFC pn532 uid cuid)
Desfire ev1 t commands + authentication process
说明: Desfire ev1 t commands + authentication process
MIFARE DESFire EV1 contactless multi-application IC
说明: MIFARE DESFire EV1 contactless multi-application IC
一个用c#写的上位机,可以进行串口通讯,识别标签,进行读写操作(A host computer written in c# can communicate with the serial port, identify the label, and read and write.)
仿真RFID通信 形成通信环路 在MATLAB下仿真(simulation of RFID communications)
IT GIVES THE INFORMATION ABOUT WIRELESS BABY MONITORING
VC++编写对RFID卡进行读卡,写卡,等等操作,需要VB编程环境才能查看源代码。(VC++ for RFID card card read and write CARDS, and so on operation, VB programming environment is needed to view the source code.)
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)
rfid二进制防碰撞算法,能运行哦,保证你看后非常满意(this is a very good algorihmn)
RFID document modul wg26 detect connection...
RFID document modul wg26 detect connection...