Lately, the ISO fixed on UHF Gen2 as one of the standard protocols for RFID, called ISO 18000-6 C, along with ISO 18000-6 A/B. It means that the RFID system should provide the multi-protocol support for tag identification and a proper protocol should be chosen depending on the situation. The tag anti-collision algorithm is one of the important research issues to be on top of the protocol’s performance. This paper introduces several anti-collision algorithms for tag identification in the literature and presents the performance comparison and evaluation of those algorithms based on the 96-bit (Electronic Product Code ). The performance results show that the collision tracking tree algorithm is found to have the highest performance than any other anti-collision algorithm, identifying 749 tags per second.
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机译：最近，ISO固定在UHF Gen2上作为RFID的标准协议之一，称为ISO 18000-6 C，以及ISO 18000-6 A / B。这意味着RFID系统应提供标签标识的多协议支持，应根据情况选择适当的协议。标签防碰撞算法是在协议性能之上的重要研究问题之一。本文介绍了文献中标签识别的几种防碰撞算法，并提出了基于96位（电子产品代码）这些算法的性能比较和评估。性能结果表明，发现碰撞跟踪树算法比任何其他防撞算法具有最高性能，识别每秒749个标签。
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