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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
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
用MATLAB进行 rfid读写器系统仿真
- 用MATLAB进行 rfid读写器系统仿真,Using MATLAB for system simulation rfid reader
matlab
- RFID防碰撞算法仿真主程序，用以对Aloha算法的仿真-RFID anti-collision algorithm is simulation of the main program for the simulation of the Aloha algorithm
RFIDtanslate
- 用Matlab仿真了基于EPC-C1G2标准的RFID阅读器发送模块的PIE编码及ASK调制。-Simulation using Matlab based on EPC-C1G2 standard RFID readers to send the module code and ASK modulation PIE.
RFID_Radio_Circuit_Design_in_CMOS
- RFID设计文档，包含详细的射频天线和模拟前端设计电路，设计流程和仿真结果-RFID design document, contains a detailed radio frequency antenna and analog front-end circuit design, design flow and simulation results
ReaderTransmit_20070715
- RFID读卡器与标签之间在AWGN和加入其它读写器干扰下的BER仿真，及频谱仿真。在SIMULINK下的-Between RFID tag reader and add in the AWGN and the interference of other reader of the BER simulation, and the spectrum simulation.
MySim
- RFID系统密集读写PPC算法的设计和仿真-PPC-intensive to read and write RFID system design and simulation algorithm
Analysis_and_Simulation_of_UHF_RFID_System[1]
- Analysis and Simulation of UHF RFID System Jin Li, Cheng Tao Modern Telecommunication Institute, Beijing Jiaotong University, Beijing 100044, P. R. China Abstract This article presents the analysis and simulation of UHF RFID system
Analysis_and_Simulation_of_UHF_RFID_System[1]
- Analysis and simulation of RFID UHF
PIE_decoder_model
- PIE(pulse interval decoder)- Its the PIE decoder that I built for my RFID project. Its an ambedded simulink model.
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
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
- RFID系统反碰撞算法设计与FPGA仿真-Anti-collision algorithm design and FPGA simulation for RFID System
system-simulation-of-RFID
- 对RFID系统在MATLAB中进行仿真，并提出了方案，和重要的结果。-A simulation in MATLAB/simulink. It not only provides details about how to realize RFID system, but also shows the final result of this system.
New-Compressed-(zipped)-Folder
- Analysis and Simulation of UHF RFID System
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
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)
RFID
- 该代码是RFID室内定位的VIRE算法，程序中包含待测点定位场景仿真以及各点的误差。(The code is the VIRE algorithm of RFID indoor positioning, which contains the simulation of the location of the pending point and the error of each point.)
matlab仿真RFID标签防碰撞算法 包括二进制和ALOHA
- 实现防碰撞算法仿真，RFID射频技术的防碰撞算法仿真，基于matlab(Realization of Anti-collision Algorithms Simulation)