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基于ISO 15693的RFID中间件反冲突算法设计与实现 被引量:1

Design and Implement of RFID Middleware Anti-collision Algorithm Based on ISO 15693
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摘要 反冲突作为射频识别(radio frequency identification,RFID)技术的基础,引起了各种相关机构的重视,各种读写器与标签之间的反冲突算法层出不穷,但由于算法的复杂性,许多读写器往往只具有冲突探测功能,而没有实现完全的反冲突。利用ISO 15693-3协议中关于冲突探测机制和反冲突算法描述,设计并实现了对读写器进行反冲突控制的算法。实验表明:该反冲突控制算法达到了高效反冲突的目的。 Anti-collision as the foundation of RFID (radio frequency identification), is attracting more and more researchers' attention. Various anti-collision algorithms have been put forward. However, because of algorithms' complexity, lots of readers only have the ability of collision detection actually. The paper designs and implements such an anti-collision algorithm (host controlling reader algorithm) based on the collision detection mechanism and anti-collision algorithm description of ISO 15693-3. Experiments show that our algorithm is correct and effective.
出处 《装备指挥技术学院学报》 2006年第6期112-117,共6页 Journal of the Academy of Equipment Command & Technology
基金 部委级资助项目
关键词 射频识别 反冲突 读写器 标签 radio frequency identification anti-collision reader transponder (tag)
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参考文献3

  • 1ISO/IEC JTC1/SC17.ISO/IEC 15693-3 Identification cardscontactless integrated circuit cards-vicinity cards part 3:anticollision and transmission protocol[S].Switzerland,2001.
  • 2MYUNG J,LEE W.An adaptive memoryless tag anti-collision protocol for RFID networks[EB/OL].[2005-09-10].http:// www.dawn.cs.vmbc.edu/INFOCOM2005/leemyvngabs.pdf.
  • 3PADHI S K,KARMAKAR N C,LAW C L.Dual polarized reader antenna array for RFID application[J].Antennas and Propagation Society International Symposium,2003,4(3):265-268.

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