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RFID_98798798698698
- jsp网页，开发环境Eclipse3.2+Tomcat5.0+Myeclipse开发的RFID射频识别模拟系统，模拟了酒类产品从生产，存储，销售，到防伪识别一系列过程-jsp website Development Environment Eclipse3.2 Tomcat5.0 Myeclipse development of the RFID - Simulation frequency identification system to simulate the alcoholic prod
anti_f_aloha
- 此代码为RFID中防冲突算法中的固定帧ALOHA算法的仿真-this code for RFID defense algorithm conflict fixed frame ALOHA Simulation Algorithm
anti_2_f_aloha
- 此代码为RFID中防冲突算法中，以2的幂数为固定帧的ALOHA算法的仿真-this code for RFID defense conflict algorithm, the power to two the number of fixed frame of the simulation algorithm ALOHA
anti_collision
- 此代码为RFID中防冲突算法中固定帧ALOHA算法的的碰撞率，正确率和空闲率的模拟和仿真-this code for RFID defense conflict algorithm fixed frame ALOHA algorithm collision rate correct rate and the rate of idle modeling and simulation
anti_e
- 此代码为RFID中防冲突算法固定帧ALOHA算法中的，时隙中的平均标签数目e随帧的大小而变化的仿真-this code for RFID defense algorithm conflict fixed frame ALOHA algorithm. Slot the average number of e labels with frame size change of the simulation
anti_d_aloha
- 此代码为RFID中防冲突算法中动态帧ALOHA算法的仿真，利用时隙中标签平均数的期望值e。-this code for RFID defense algorithm conflict dynamic frame ALOHA algorithm simulation, Slot label use of the average e expectations.
RFID.zip
- RFID 原理及射频天线设计 首先简要介绍RFID 技术的基本工作原理,说明射频天线是RFID 系统设计的技术关键,然后介绍了几种基本的 RFID 射频天线及其工作原理,并针对普遍使用的偶极子天线在RFID 系统中方向性上的不足提出改进,最后,给出一个具 有全向收发功能的RFID 天线设计. 通过设计仿真工具模拟仿真,并进行实际样品测试,获得较满意的设计结果.,RFID antenna design theory and radio frequency RFID technology fi
Analysis_and_Simulation_of_UHF_RFID_System[1]
- Analysis and simulation of RFID UHF
Interval_estimation_of_the_RFID_based_anti_collisi
- 多个应答器的碰撞问题是影响超高频射频识别(RFID)系统读取效率的一个关键问题。从EPC Class1 Generation2 (C1G2)RFID系统帧长受约束特点出发， 分析了帧时隙ALOHA防碰撞机制及其经典应答器估计方法的特点。提出了应答器间隔估计方法(IEM)以及基于该方法的EPC C1G2 RFID防碰撞算法，并给出了仿真结果。与现有基于经典应答器估计方法的射频识别系统防碰撞算法相比较，提出的防碰撞算法减少了识别时间， 提高了系统的识别效率。-Multiple transponder
RFIDreceiver
- 对RFID读写器接收模块的解调以及FM0解码进行了MATLAB仿真。首先我们对读写器接收到的信号进行仿真，里面附带着标签信息；其次对接收到的ASK信号进行相干解调；接着解调后的信号经过抽样判决，进行FM0解码。仿真结果可表明接收到的信号与发射的信号一致。-On the RFID reader receiver module FM0 decoding and demodulation and a MATLAB simulation. First of all we readers received
RFID
- 在分析射频识别"Wc+/#基本原理和特点基础上!重点讨论了基于Wc+/ 的Y.WF/b.W-室内定位系统!然后在此基础上提出了一种最近邻居改进算法和基于误差多级处理的数据融合定位方法$仿真结果表明!改进后的最近邻居算法比已有的最近邻居算法的定位精度更好-In the analysis of radio frequency identification "Wc+ /# based on the basic principles and features! focused on Wc+ / s Y.
eBook---RFID-Tech.and.App
- Covering both passive and active RFID, the challenges to RFID implementation are addressed using specific industry research examples as well as common integration issues. Key topics such as performance optimization and evaluation, sensors, netw
RFID_design
- RFID antenna and system design: Requirements of UHF-RFID systems and limitations of analytical treatment Reader antenna Transponder unit ( chip, package, antenna ) Field-Simulation of a whole transmission setup. Integration of nonlinea
An-RFID-project-RF
- 一个RFID项目的RF方案和ADS仿真RF部分-An RFID project RF part of the program and ADS RF simulation
EPC-C1-Gen2-master
- 仿真RFID通信 形成通信环路 在MATLAB下仿真(simulation of RFID communications)
射频识别（RFID）系统设计、仿真与应用
- 射频识别（RFID）系统设计、仿真与应用(Radio frequency identification (RFID) system design, simulation and Application)