无线收发芯片2401，可以实现无线收发功能，具体功能见程序。...

一个用MF_RC500芯片开发的RFID系统的单片机源程序，里面实现了RFID许多命令功能。-The development of an RFID chip with MF_RC500 system microcontroller source, which implements RFID features a number of commands.

用delphi编写的rfid读卡器程序，支持epcc1-g2和18000-6b，囊括了所有操作，对于进行rfid开发的人，应该有很大的帮助

Viterbi编码解码算法，C源码，有仿真。-Viterbi decoding algorithm code, C source code, has simulation.

RFID 读写 可以任意读写有关电子标签的一种猩猩软件-RFID can read and write arbitrary writable electronic labeling of a gorilla software

MFRC522是高度集成的非接触式（13.56MHz）读写卡芯片。此发送模块利用调制和解调的原理，并将它们完全集成到各种非接触式通信方法和协议中（13.56MHz）。本程序是自己调试的RC522的程序，可刷卡，读卡，写卡。

matlab rfid仿真，type a 仅供参考。(matlab rfid)

电子标签防碰撞是RFID 系统中一个关键问题。在射频识别系统中．当阅读器作用范围内有多个标签同时向阅读器发送数据时，会产生冲突，必须采用一种防碰撞算法解决这种冲突。在分析典型的二进制及动态二进制防碰撞算法基础上，采用了一种新的防碰撞算法。经实验证明，该算法能有效解决射频识别系统中多目标识别的防碰撞问题。(Tag anti-collision RFID system is a key issue. In the radio frequency identification systems. When the reader within the framework of the role of multiple tags simultaneously send data to the reader, it will create conflict, you must use a anti-collision algorithm to solve such conflicts. In the analysis of a typical binary and dynamic anti-collision algorithm based on the binary, using a new anti-collision algorithm. The experiments show that the algorithm can effectively solve the radio frequency identification system, multi-target recognition of the anti-collision problem.)

RFID通讯实验，实现IC卡与电脑进行通讯的例程代码，帮助新手进行学习(The experiment of RFID communication realizes the routine code of communication between IC card and computer, and helps novice to learn.)

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.

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)