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Solution to Both Frequency Iinteference and Tag Inteference of RFID System

机译:RFID系统的频率干扰和标签干扰的解决方案

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A feasiable and realizable TDMA-FDMA Solution to Both Frequency Iinteference and Tag Inteference of RFID System was presented. The solution gave priority to solving tag interference, which is the prerequisite of solving frequency interference. Because the time and frequency assignment algorithm run on center computer but readers, the proposed method could eliminate thoroughly RFID reader collision and ensure readers have more communication time and higher scanning efficiency, compared to other distributed method. Then an anneal based Hopfield neural network algorithm was designed to solving time assignment and frequency assignment for readers. By the algorithm, readers that possiablly collide will be assigned different time slots in which readers could communicate with tags. Simulation results tested the reliability and efficiency of the proposed algorithm.
机译:提出了一种既可行又可实现的RFID系统频率感知和标签感知的TDMA-FDMA解决方案。该解决方案优先解决标签干扰,这是解决频率干扰的前提。由于时间和频率分配算法是在中央计算机上运行但在读取器上运行,因此与其他分布式方法相比,该方法可以彻底消除RFID读取器的冲突,并确保读取器具有更多的通信时间和更高的扫描效率。然后设计了一种基于退火的Hopfield神经网络算法来解决阅读器的时间分配和频率分配。通过该算法,可能冲突的阅读器将被分配给不同的时隙,在该时隙中,阅读器可以与标签进行通信。仿真结果验证了该算法的可靠性和有效性。

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