一个RFID产业将来运用最有钱途的协议，英文翻译成了中文，方便大家阅读...

说明：  MSP430F149读写卡参考例程,实现读卡模块和写卡模块的操作。基本例程全在。也可以实现 扣费钱包等功能。(The MSP430F149 read/write card reference routine implements the operation of the card reader module and the card reader module. The basic routines are all there. It is also possible to implement functions such as deducting wallets.)

RFID傻瓜书，介绍了RFID的相关射频知识。-RFID fool book, the introduction of RFID-related RF knowledge.

RFID芯片设计及制造技术；与国际先进水平相比，中国在RFID芯片设计方面的主要差距；天线设计与制造技术；标签封装技术；RFID读写器设计与制造等。-RFID chip design and manufacturing technology with the international advanced level, China" s RFID chip design major gaps antenna design and manufacturing technology label packaging technology RFID reader design and manufacturing.

Program continiously reads Mifare sectors

从网上下载的STM32 IAP源码和测试代码，已经移值到我自己的板子上，很容易，和大家共享。(Downloaded from the Internet STM32 IAP source and test code, the value has been moved to my own board, it is easy, and share.)

RFID communicate. This is for reading rfid card.

RFID Handbook,全英文第二版，RFID入门必读之作。(RFID Handbook, second edition in English, RFID reading the entry for.)

支持自动识别NTAG213，NTAG215，NTAG216芯片，Ultralight卡，M1,卡, typeb卡，cpu卡，typec卡，felica卡等。(Support automatic identification NTAG213, NTAG215, NTAG216 chip, Ultralight card, M1, card, type EB card, CPU card, type EC card, felica card, etc.)

完整的射频识别 RFID  适合研究RFID定位的人员进行学习The complete radio frequency identification RFID is suitable for RFID positioning personnel to study

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)