The automatic test platform given by this paper can efficiently verify RFID devices which are used in different frequency bands.
基于上述介绍的自动测试平台可以有效的对各个频段的RFID设备进行测试。
Even with the new standard in place, regional and industry-specific variations meant that getting all RFID devices to communicate with each other proved difficult.
即使是新标准实施之后，各个地区和不同工业之间的区别意味着使所有的RFID设备都可以互相通信是十分困难的。
While this seems elementary, connecting devices and enterprise systems has been a big challenge in the adoption of RFID.
尽管这看起来是基本的要求，但是连接设备与企业系统却是采用RFID的一个巨大挑战。
This simple user interface would not only allow them to get directions, but would also allow them to interact with devices such as vending or ticket machines that are embedded with RFID or Bluetooth.
这简单的用户界面不仅能给他们指明方向，他们还可以与有无线射频识别技术或是蓝牙的自动售票机等设备进行“交流”。
One family of sensor devices is RFID readers.
一种传感器设备就是RFID 阅读器。
But whereas RFID systems transmit little more than an electronic bar code, NFC offers two-way communication and lets devices interact in more complex ways.
不过RFID系统只能传输很少的电子条形码，而NFC可以提供双向传输及设备间更复杂的沟通方式。
The presentation layer needs to be flexible enough to support performing user tasks in different technologies and across a wide range of devices (browsers, mobile, RFID...).
表示层需要足够的灵活以支持用不同技术和通过多种设备(浏览器、手机、射频识别器等)完成用户的任务。
This includes both the integration of legacy devices capable of reading serialized barcode products, as well as introducing newer sensors capable off reading RFID tags.
这包括与能够读取序列化条形码的现有设备集成，以及引入能够读取RFID标签的新型传感器。
And similarly old crystal radio sets and more recently modern radio frequency identification (RFID) tags, increasingly used in shipping and as antitheft devices, are powered purely by radiowaves.
同样，老式晶体管收音机，以及日益普及于航运及防盗装置上的，更新式的现代无线射频识别技术(RFID)，都是仅仅从无线电波中获取能量。
Sensor devices are not limited to RFID, and can include environmental sensors, location sensors, optical sensors, acoustic sensors, and many others.
传感器设备并不限于RFID，可以包括环境传感器、位置传感器、光学传感器、声传感器和其他很多种类的传感器。
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。
Some retailers, for example, have discussed implanting RFID tags, or wireless tracking devices, into loyalty CARDS.
例如有些零售商，讨论过要将射频识别标签或者无线跟踪设备植入忠诚度卡片中。
Wheelchairs, IV pumps, medical devices, beds, and surgical tools can be linked to the network using durable RFID tags and sensor technology.
轮椅，IV泵，医疗设备，病床和手术器械可以通过坚固的RFID标签和传感器技术连接到网络。
However, he says, "it's difficult to see how RFID tags on individual medical devices such as gowns, gloves, or scrub brushes can be accomplished at the current cost."
但是，他说，“这是很难看到RFID标签对个别医疗设备，如衣，手套，或磨砂刷可以在目前的成本。”
The invention discloses a close coupling radio frequency identification devices (RFID) tag and a control method thereof.
本发明公开了一种密耦合电子标签及其控制方法。
The invention discloses a close coupling radio frequency identification devices (RFID) tag and a control method thereof.
本发明公开了一种密耦合电子标签及其控制方法。
应用推荐