RFID Middleware is between reader layer and application layer.
RFID中间件介于阅读器层和应用层之间。
RFID Middleware makes it possible to transfer and use a large amount of tag data.
RFID中间件使海量标签数据的传输和应用成为可能。
After processing by RFID middleware, tag data can be easily transmitted to the client.
标签数据经过RFID中间件处理之后，可方便地传送给客户端。
The design of RFID middleware is very important to the performance of RFID middleware System.
RFID中间件的设计对整个RFID系统的性能起着至关重要的作用。
Processing the raw EPC data and removing duplicate reads is a core task of the RFID middleware (2).
处理原始EPC数据并消除重复的读取是RFID中间件 (2) 的核心任务。
The results show that the embedded RFID middleware have met the EPC ALE standard's requirements.
测试表明，该嵌入式RFID中间件能符合EPC标准ALE协议的相关要求。
Therefore, it's of important theoretical and practical meaning to study the RFID middleware system.
因此，研究RFID中间件系统具有重要的理论及实践意义。
The sensor middleware is often also called RFID Middleware because of the common use of RFID solutions today.
由于目前普遍使用RFID解决方案，传感器中间件常常也称为 RFID 中间件。
As RFID becoming mature, the RFID middleware becomes more and more important in RFID application system.
随着RFID应用的逐渐成熟，RFID中间件在RFID应用系统中的地位越来越重要。
There are many widely-used RFID middleware products. However, these systems can't be run on embedded system.
目前市场上RFID中间件产品众多，但是鲜有可运行在嵌入式系统上的RFID中间件系统。
The current PC-oriented RFID middleware technology is relatively mature and has achieved relatively good results.
目前面向PC机的RFID中间件技术应用已经比较成熟，取得了比较好的成效。
The design of embedded RFID middleware can provide some reference for other RFID middleware and embedded systems.
本设计方案可以为RFID中间件和其他嵌入式系统的设计提供一定的借鉴作用。
This raw EPC information is sent using messages through the message Gateway (14) to the RFID middleware (2) representing the sensor middleware.
通过MessageGateway(14)使用消息把这些原始epc信息发送给代表传感器中间件的RFID中间件(2)。
Based on our mobile RFID middleware, it proposed the enterprise management platform model which is used to practical mobile application scene.
基于实际移动应用背景，提出基于移动RFID中间件的企业管理平台的模型。
The experiment show that the data filtering algorithm proposed in the discourse is highly efficient, which meet the application of embedded RFID middleware.
实验结果表明，该算法具有较高的执行效率，满足嵌入式RFID前端中间件应用需求。
Secondly, we analyze the needs and challenges of RFID device management and monitoring, based on which we sum up the system architecture of RFID Middleware;
其次，总结分析了RFID设备管理监控的需求和挑战，并在此基础上归纳出RFID中间件所应具有的设备管理监控功能体系框架；
In addition, RFID middleware is also responsible for integrating and filtering data, creating reports, reducing the processing burden on the application layer.
另外，RFID中间件还负责整合和过滤数据，产生报表，减少应用层的处理负担。
This paper focuses on the RFID infrastructure management technology solution and the RFID middleware architecture based on the RFID infrastructure management bus.
本文致力于研究RFID设施管理技术解决方案和以rfid设施管理为总线的RFID中间件架构。
RFID middleware is the key of an RFID application system. Data management algorithm is an important part of a middleware which embodies the level of intelligence.
RFID中间件是RFID系统应用的关键，数据管理算法体现着中间件的智能化程度，是中间件的重要组成部分。
Absrtact: According to the development of RFID middleware, introduces relatively mature RFID middleware solutions, points out the characteristics and shortcomings of these solutions.
摘要：针对RFID中间件研究进展，介绍了目前相对成熟的RFID中间件解决方案，分析了它们的特点和不足。
As RFID's technique research deepens and its application gets more developed, design of essential part of RFID application - RFID Middleware is becoming the hotspot in researching area.
随着RFID技术研究的不断深入和应用逐步拓展，作为RFID应用必不可少的中间环节——RFID中间件设计成为了业界研究的热点。
Embedded RFID middleware has more excellent properties then normal RFID middleware, such as low cost, adaptability, can be directly deployed to the readers. It can be utilized more widely.
相比于普通的RFID中间件，嵌入式RFID中间件具有很多优良性能，如成本低，适应性强，可直接部署到阅读器等，因而应用空间更加广阔。
Nowadays, the functions of the RFID middleware products involved in the device management and monitoring are limited, also the research in this domain is relatively less at home and abroad.
目前，所实现的RFID中间件产品中涉及设备管理监控的功能有限，而且国内外针对这一领域的研究也比较少。
The RFID middleware accomplished via GNU C totally, so it can be easily transplanted to embedded systems. It has some practical value which can meet general business application's requirements.
该嵌入式RFID中间件软件层面完全由GNUC实现，可以方便移植到嵌入式系统上，能够满足普通商业应用要求，具有一定的实用价值。
The infrastructure is an RFID-enabled middleware product that IBM provides to select partners to place on their devices.
DeviceInfrastructure是IBM提供的一种支持RFID的中间件产品，用于选择合作伙伴来放置其设备。
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。
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。
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。
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