Tag anti- collision is one of the key problems of RFID System.
电子标签防碰撞是RFID应用系统中的关键问题之一。
Also the two basic communication methods of passive RFID system are discussed.
详细探讨无源射频识别系统的两种基本通信机制。
As a key component in RFID system, antenna's design and research has become very important.
天线作为射频识别系统中的关键部件，它的设计和研究就变得十分重要。
However, Mobile RFID system is facing all kinds of security and privacy threats because of its own features.
移动RFID系统由于自身特点使其面临着一系列安全与隐私的问题。
Finally, the new controlling mechanism and working process of the new RFID system applied with chaotic encryption are proposed.
最后，提出了基于混沌加密技术的RFID系统的新的控制机制和工作流程。
Taking traffic charging system with RFID system for example, readers are not communicating with the application server in real time.
以现在的带移动读卡器的RFID应用公交收费系统为例，读卡器其实并不是实时与系统通信的。
In this paper, based on related knowledge of RFID technology, we have done analysis and research on antenna which used in RFID system.
本文在RFID技术相关知识的基础上，对RFID系统中采用的天线进行了分析研究。
Finally, these research fruits are applied into the RFID system and an adiabatic LF tag is developed and now the chip is under testing.
最终，将绝热电路技术的研究成果巧妙地与RFID系统设计相结合，设计并实现了一款绝热低频电子标签，目前该芯片正处于测试过程中。
A simple RFID system consists of reader and transponder, by wireless two-way radio communication, target recognition and data exchange.
射频识别系统主要由读写器、应答器两部分组成，通过射频方式进行无线双向通信，完成目标识别和数据交换。
To acquire a flexible and re-configuration system structure, the paper adopts separate design method of RFID system and network control system.
为了使控制器具有良好的可扩展性及可重构性，采用了RFID读写模块与嵌入式网络控制平台分离设计的方法。
As the link of the system, the middleware of VTLS RFID links the advanced VTLS RFID system and the existing library management system seamlessly.
该系统以VTLSRFID中间件为纽带，使先进的VTLS RFID系统与原有的图书馆管理系统实现了无缝链接。
In RFID system there is a single communication channel, and messages are exchanged between reader and tags, which are not able to communicate with each other.
在RFID系统中只有一个通信频道，数据能够在读写器与标签之间传送但不能在标签与标签之间传送。
The invention provides the passive RFID system which has high safety and no mechanical abrasion and can simultaneously identify a plurality of electronic tags.
本发明就是提供一种安全性高、无机械磨损、可同时识别多个电子标签的无源rfid系统。
Based on the ALE interface standards, RFID system has been successfully applied in logistics management of the army, improving the military freightage management.
实现的基于ALE接口规范的RFID应用系统，成功应用于我军某部的后勤管理中，提高了军事物流保障管理的水平。
Recently, RFID system has showed its tremendous development potential and wide application space for the identifying ability to fast moving objects, multi objects.
近年来，RFID系统因具有高速移动的物体识别、多目标识别和非接触识别等特点而显示出巨大的发展潜力与广泛的应用空间。
Moreover, due to the working frequency and principles of UHF RFID system, there are many impact factors which degrade RFID reading performance in different scenarios.
基于UHFRFID系统工作频段的特殊性以及读写原理的特点，不同的应用场景会存在削弱RFID读取性能的众多影响因子。
Many phenomena and problems in RFID application have something to do with radiation field, but research on antenna radiation field of RFID system is scarce at present.
RFID应用中的很多现象和问题都和辐射场有关，但是目前对于RFID系统天线辐射场的研究还不多。
RFID system has many virtues compared to traditional object identification such as time saving, reliable, wireless and so on, but it also has a problem called collision.
RFID系统相比较传统的物体识别技术有很多的优点例如：省时、可靠、无线连接等等，但是其也有冲突的问题。
The readers collision problem in a dense RFID network is introduced and an efficient and practical method of multiple-readers coordinating work in RFID system is provided.
介绍RFID系统在密集环境下的读写器碰撞问题，提出一种高效实用化的RFID系统中多读写器协调工作方法。
Generally, RFID System consists of hardware instruments, such as RF reader, antenna, transponder, and software components such as data collecting and processing Middleware.
射频识别系统主要由读写器、天线、电子标签等硬件设备和数据采集、处理中间件等软件组成。
Results The combat readiness medicine-chest equipped with RFID system can automatically classify to count and manage medical supplies in medicine-chest without opening the chest.
结果：配备RFID系统的战备药箱，可以实现不开箱自动分类统计和管理箱内的医疗物资，实现了医疗物资状态的实时监控和医疗物资使用期限的自动提示。
We introduce principium, configuration, characteristics and some relatively basic theory about RFID system, and analyze the key technologies that are data integrity and data security.
本文介绍了射频识别技术的基本原理、结构、特点及其相关的基础理论知识，分析了射频识别技术在应用中的关键技术：数据传输的完整性和安全性。
Designing an appropriate tag antenna and achieving impedance match between the antenna and the IC is not only the most important but also the most difficult part of RFID system design.
设计合适的标签天线，实现天线与标签芯片的阻抗匹配是设计的关键要点，也是难点所所在。
Therefore, how to enhance the reading performance of UHF RFID system as well as improve the efficiency of the implementation on site becomes an enormous challenge in RFID deployment field.
如何提高UHFRFID系统的读取性能和现场实施的效率，成为了RFID系统部署所面临的巨大挑战。
In RFID system with several e-tags and one reader, tags often transfer data to reader at the same time, leading to channel collision, so reader is not able to read the information stored in tags.
在多标签对一个读写器的RFID系统中，标签经常会同时向读写器传输数据，导致信道冲突，使得读写器不能读出标签上的信息。
Combining the advantages of various anti-collision methods, in this paper it proposes an IRCM based anti-collision protocol against the RFID system with multi-channels and dense reader environment.
结合现有多种抗冲突方法的优点，提出一种针对多信道的、阅读器密集分布的RFID系统的基于IRCM的抗冲突协议。
Combining the advantages of various anti-collision methods, in this paper it proposes an IRCM based anti-collision protocol against the RFID system with multi-channels and dense reader environment.
结合现有多种抗冲突方法的优点，提出一种针对多信道的、阅读器密集分布的RFID系统的基于IRCM的抗冲突协议。
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