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A Slot Detection Anti-collision Algorithm with Hamming Weight Re-selection in RFID

机译:RFID中汉明权重选择的插槽检测防碰撞算法

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In this paper, an anti-collision algorithm based on Hamming Weight Re-selection (HWEA) in Radio Frequency Identification (RFID) system is proposed. Tags are identified in two situations: the unique selection of conventional random number and the Hamming weight of each tag. These two parameters are returned to the reader after coded. According to the received information of reader, the selection conditions of slots can be detected and the corresponding processing can be made. Reader skip all the idle slots and collided tags which have different Hamming weight from other tags in a collision slot. So there are more tags can be identified successfully in a frame. Analysis and simulation results illustrate that the identification efficiency of all unrecognized tags can be increased to above 80%, and it also outperforms existing algorithms on number of needed frames and transmission data.
机译:本文提出了一种基于射频识别(RFID)系统中汉明重型(HWEA)的防碰撞算法。标签在两种情况下识别:传统随机数和每个标签的汉明重的独特选择。编码后,这两个参数返回到读者。根据读取器的接收信息,可以检测槽的选择条件,并且可以进行相应的处理。读卡器跳过所有空闲插槽并碰撞标签,该标签从碰撞插槽中的其他标签具有不同的汉黄色重量。因此,在帧中可以成功识别更多标签。分析和仿真结果表明,所有无法识别的标签的识别效率都可以增加到80%以上,并且还优于所需帧数和传输数据的数量的现有算法。

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