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wm-01tC源程序
- 射频卡读卡程序,射频IC卡识别技术，通常由载有密码的射频IC卡来代替传统的键盘密码。读卡模块读出密码后，即产生输出电信号，继而驱动执行机构动作，或将密码（如卡号）送给外围对接设备（如电脑或单片机等）。采用射频卡读卡模块及感应体构成的特定系统中，因射频卡内码信号唯一且不可复制，因此射频卡不仅杜绝了非法复制密码，还为各种控制采用信息化管理创造了条件。-RF card reader procedure, radio frequency identification technology IC card
MicrochipStackforZigBee
- ZigBee™ 是专为低速率传感器和控制网络设计的无线网络协议。有许多应用可从ZigBee 协议受益，其中可能的一些应用有：建筑自动化网络、住宅安防系统、工业控制网络、远程抄表以及PC 外设。此程序包提供的是Zigbee协义栈函数库源代码，它实现了一个与物理层 无关的应用程序接口。 因此，无需做重大修改就可以轻松地在射频（Radio Frequency，RF）收发器之间移植应用程序。-ZigB
cc1100_Common
- chipcon公司的无线射频射频芯片cc1100应用的公共程序-chipcon company's radio frequency RF chip cc1100 application of public procedures
check-AM-radio
- AM收音机测试方法: 此测试方法适用于接收频率为150KHz-30MHz范围，长波（LW）、中波（MW）、短波（SW）、等波段的调幅收音机，为了性能的比较，作为标准测试方法 -AM radio testing methods : This test method applies to the receiving frequency of 150 KHz-30 MHz range, longwave (LW), AM (MW), a short-wave (SW), and so on t
zdscz
- 中短波广播信号场强测量及空中管理 中短波广播是指频率为500KHz～30MHz范围内的音频调幅（AM）广播-medium-short wave radio signal field strength measurement and management of air MW and SW radio frequency refers to 500KHz ~ 30M Hz within the scope of audio amplitude modulation (AM) radio
zigbee_of_freescale
- 飞思卡尔半导体公司是摩托罗拉的子公司，在长达 5 0 多年开发半导体产品的过程中， 积累了丰富的无线射 频和无线技术领域经验。凭借在这个领域的丰富经验， 我们提供符合IEEE 802.15.4 标准、支持ZigBee 技术的完 整平台解决方案。飞思卡尔为窗户提供一站式商店，包 括射频收发器、MCU、传感器、MAC 软件、Z-Stack ZigBee 软件和灵活的开发工具套件， 从而使无线技术变得简 单。实际上，任何需要较长电池寿命和联网功能的低数 据速率、监控、控
Radio Frequency
- 探索一种解决RFID系统中碰撞问题的方法，具体讨论防碰撞算法中的二进制搜索算法及其改进方法——动态二进制搜索算法。-explore a solution RFID system collision problem. discuss specific anti-collision algorithm of the binary search algorithm and improved method -- Dynamic binary search algorithm.
1
- Cognitive radio frequency spectrum detection-The spectrum sensing of a wideband frequency range is studied by dividing it into multiple subbands. It is assumed that in each subband either a primary user (PU) is active or absent in a additive white
Carrier_Frequency_Offset_Estimation_and_IQ_Imbala
- This an article with an algoritmn about two types of radio-frequency front-end imperfections, that is, carrier frequency offset and the inphase/quadrature (I/Q) imbalance are considered for orthogonal frequency divisionmultiplexing (OFDM) communica
FM-Radio
- 单片机二级项目，数字频显收音机源程序，谢谢~-MCU two projects, significant number of radio-frequency source, thank you ~
CooperativeSpectrumSensingBasedoSNRComparisonforCo
- 认为不同的认知节点信噪比( SNR) 导致了各节点本地检测结果的可靠性不同,故在此基础上提出了一种基于融合中心进行SNR比较 的认知无线电协作频谱检测算法。-That the different cognitive node SNR (SNR) has led to the detection results of the reliability of the local node is different on this basis it was proposed based on f
Radio
- 射频识别技术, 射频识别技术,-Radio Frequency Identification Technology Radio Frequency Identification Technology
fulltebbxt
- Functional Processing of Wideband Radio Frequency Hopping Signals
cognitiveradio
- 一片认知无线电频谱共享技术的综述性的文章，可以全面了解频谱共享技术-A cognitive radio frequency spectrum sharing technology overview of the article, you can fully understand the spectrum sharing technology
Radio-Identification-Technology
- 无线射频技术RFID资料汇总，包涵各个领域的的无线收发，RFID资料-Radio Frequency Identification Technology RFID data summary it covers all areas of the wireless transceiver, RFID data
6led-Frequency
- 频率计。6位数码管显示，普通89c51控制芯片制作的频率计（计数器），可以通过学习，掌握频率计、计数器的工作原理，也可以在业余无线电制作精度要求不高的场合使用-Frequency meter. 6-bit digital control, general 89c51 control chip produced by the frequency meter (counter), you can learn and master frequency meter, the counter works,
Radio-Frequency
- radio requently send reciver
avrfft
- SG12232C graphic LCD液晶编程-This is an evaluation use of a small graphics LCD module. Last summer, SG12232C graphic LCD module has been sold sold for 1500 Yens from Akizuki Denshi and I bought it. However I could not find good application for the LCD mo
A1840-digital-wireless-radio-design
- 基于A1840新型数字无线对讲机的设计,无线对讲机射频通信单元采用 A1840芯片，模块内置高性能射频收发 芯片、微控制器以及射频功放(PA)-A1840 chip design based on the A1840 innovative digital wireless walkie-talkie, wireless walkie-talkie radio communication unit, module built-in high-performance RF transceiv
software-radio-based-on-SOPC
- 介绍了软件无线电的概念和结构， 针对传统软件无线电实现方案， 提出一种基于SOPC 技术的中频软件无线电解决方案。系统采用基于Nios II 软核处理器的SOPC 技术， 在ALTERA 公司 的FPGA 上实现了片上系统。基于SOPC 技术的软件无线电系统具有极高的灵活性、可扩展性，这充分 体现了软件无线电的设计思想。-Describes the software radio concept and structure of traditional software radio i