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首页> 外文期刊>Sensor Letters: A Journal Dedicated to all Aspects of Sensors in Science, Engineering, and Medicine >Redundant Readers Elimination in Dense Radio Frequency Identification Network
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Redundant Readers Elimination in Dense Radio Frequency Identification Network

机译:密集射频识别网络中的冗余读者消除

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Radio frequency identification (RFID) is gaining popularity as a tool to monitor and identify tagged objects. The readers were installed at designated location to read the tags in the vicinity. The readings on the object is processed to turns it into useful information for the businesses. However, there are readers that can redundant permanently or only at certain time of period. This is because all the tag that read by the reader has been also read by adjacent reader. The particular reader also does not have any other tags to be read. During this period, the reader can be put into sleep mode to save some energy. For mobile readers, it can be removes from the location and be used in other areas that are much needed. Reducing energy consumption can increase the device lifetimes and promote sustainability such as releasing less emission to the environment. In this paper, we address the problem of identifying this redundant reader using a simple but effective approach. Our approach contributes to energy savings, reduce interference and duplicate readings in the dense RFID reader network. We compare our approach with others and proved that ours is simple but effective and accurate.
机译:射频识别(RFID)作为监视和识别标记对象的工具正变得越来越流行。读取器安装在指定位置以读取附近的标签。处理对象上的读数以将其转变为对企业有用的信息。但是,有些阅读器可以永久或仅在特定时间冗余。这是因为读取器读取的所有标签也已被相邻读取器读取。特定的读取器也没有任何其他标签要读取。在此期间,阅读器可以进入睡眠模式以节省能量。对于移动阅读器,可以将其从该位置移除,并在其他急需的区域中使用。降低能耗可以延长设备寿命,并提高可持续性,例如减少对环境的排放。在本文中,我们使用简单但有效的方法解决了识别此冗余读取器的问题。我们的方法有助于节省能源,减少干扰并在密集的RFID阅读器网络中重复读取。我们将我们的方法与其他方法进行比较,并证明我们的方法简单但有效且准确。

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