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Reader to reader anticollision protocols in dense and passive RFID environment

机译:密集和被动RFID环境中的读写器防冲突协议

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A dense radio frequency identification network, consists of several readers located in close proximity to improve coverage and read rate. In such environment, reader to reader collision (RRC) is a common and inevitable problem. Although a number of algorithms has been proposed to mitigate these collisions, most of them require extra hardware, do not make an effective use of the network resources or they are incompatible with the current standards and regulations. This paper reviews the significant proposals for anti-collision of RFID readers, coordination in passive and dense reader environment (DRE). The short comings and incompatibilities with the state of the art standards like EPCglobal Class-1 Gen-2 are also discussed. Finally, research directions to improve the current RRC approaches are presented.
机译:一个密集的射频识别网络,由几个紧密相邻的读取器组成,以提高覆盖范围和读取速率。在这样的环境中,读取器与读取器之间的冲突(RRC)是一个常见且不可避免的问题。尽管已经提出了许多算法来减轻这些冲突,但是大多数算法都需要额外的硬件,不能有效利用网络资源,或者与当前的标准和法规不兼容。本文回顾了有关RFID读取器防撞,在被动和密集读取器环境(DRE)中进行协调的重要建议。还讨论了诸如EPCglobal Class-1 Gen-2之类的最新标准的不足和不兼容之处。最后,提出了改进当前RRC方法的研究方向。

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