Low frequency NXP hitag2 encryption cipher This the low frequency NXP hitag2 en...

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.)

应用背景摘要标签碰撞仲裁无源RFID标签是重要的快速识别。本文提出了一种自适应记忆的标签防碰撞协议这是一个进步在查询树协议。识别标签的效率，我们使用关于标签的读者已经知道。我们如何评估许多冲突可以通过该协议在查询树协议。关键技术无线射频识别（RFID）系统是一种自动识别系统。RFID阅读器识别对象通过与标签具有无线通信唯一的ID信息，并附加到对象。的读者必须能够识别标签尽快。然而，读者或标签的信号碰撞，因为他们沟通在共享无线信道干扰和碰撞快速识别。读者可能不认识所有的由于碰撞的物体。因此，防碰撞协议这减少碰撞和识别标签无论发生碰撞是必需的。

MIFARE DESFire EV1 contactless multi-application IC

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.

基于RFID技术的射频电子钱包 基于RFID技术的射频电子钱包(RFID technology based on radio-frequency electronic wallet RFID technology based on the RF-based electronic wallet RFID RF technology electronic wallet)

2.4G，RFID电子标签程序，这是经过测试可以用的nrf24L01接收发送程序，应用环境是MSP430F149(2.4G, RFID tag program, which is tested can be used to send program nrf24L01 receiving the application environment is the MSP430F149)

RFID读标示例，希望能给大家在开发RFID读写程序的时候有所帮助-Reading RFID standard sample, hoping to give everyone in the development of RFID read and write procedures help

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.)

omnikey sample app with source

一种无限定位，toa时延定位算法的代码。matlab源程序 希望采纳( | | SCRIPT: simMLE | | PURPOSE: Simulate a relative location system by generating | random measurements and maximizing the likelihood fcn. | After many trials, show the results vs. the Cramer-Rao Bound. | | AUTHOR: Neal Patwari | http://www.engin.umich.edu/~npatwari/ | | REFERENCE: Relative Location Estimation in Wireless Sensor Networks | (N. Patwari, A. O. Hero, M. Perkins, N. S. Correal, R. J. O Dea), | IEEE Trans. Signal Processing, vol. 51, no. 8, Aug. 2003, pp. 2137-2148. | tic Use globals to allow minimization functions access to network info, debugging info. global refDevices blindDevices totalDevices linearRefLocs dhat funcEvals dfuncEvals Basic simulation parameters roomSize = [1,1] Room size, meters gridSize = 5 How many sensors per side refDevices = 4 How many references (must be same length as actualRefLocs) trials = 20 How many inde)