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Research on Anti-collision Technology with Multiple Tags for RFID System

机译:RFID系统多标签防撞技术研究

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ALOHA algorithm can't prevent collision much effectively, the process of anti-collision is longer while the amount of tags plunged collision is numerous, and sometimes the problem about estimating mistakenly arises. Binary search algorithm, which identification efficiency is higher, the problem about estimating mistakenly can't arise, but its delay tima is more longer, security is short. The amelioration algorithm, return binary search algorithm can identify tag more effectively and rapidly, identifying time and the amount of tags is the relation of line form. The significance is very momentous that vast goods are identified, traced and managed by this amelioration algorithm.
机译:Aloha算法不能有效地防止碰撞,抗冲击过程较长,而标签的数量截然碰撞是无数的,有时估计估计的问题是错误的。二进制搜索算法,识别效率更高,估计错误的问题不能出现,但它的延迟蒂玛更长,安全性很短。改进算法,返回二进制搜索算法可以更有效且快速地识别标签,识别时间和标签的数量是线形式的关系。通过这种改进算法识别,追溯和管理巨大的商品,重要性非常重要。

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