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Research on an RFID anti-collision improved algorithm based on binary search

机译:基于二进制搜索的RFID防碰撞改进算法研究

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摘要

As one of the critical technologies of radio frequency identification system, anti-collision technology decides the speed and accuracy of reading tags. Based on analysis of the old binary search algorithm, this paper provides a new binary search algorithm with improved performance. By applying this algorithm, the reader returns to the collision point of the previous record after successfully choosing the proper tag every time, and sends the corresponding sequence number to choose the next tag, thus avoiding the process of sending the maximum sequence number to make selection among the remaining tags. As a result, the times of query needed to make selection could be reduced, and the transmmision and identification efficiency of the system improved.
机译:作为射频识别系统的关键技术之一,防碰撞技术决定了阅读标签的速度和准确性。基于旧二进制搜索算法的分析,本文提供了一种具有改进性能的新型二进制搜索算法。通过应用该算法,读取器在每次成功选择合适的标记之后返回之前记录的碰撞点,并将相应的序列号发送到选择下一个标签,从而避免发送最大序列号的过程以进行选择在剩余的标签中。结果,可以减少所需选择所需的查询时间,并且系统的传输和识别效率提高。

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