计算机科学 ›› 2010, Vol. 37 ›› Issue (1): 99-102.

• 计算机网络与信息安全 • 上一篇    下一篇

利用探测器网状网络解决RFID通信中的阴影区域问题

苟浩淞,苟镜淞   

  1. (釜山国立大学计算机工学院 韩国釜山609-735);(重庆大学电气工程学院 重庆401331)
  • 出版日期:2018-12-01 发布日期:2018-12-01

Tag Mesh Networking to Resolve Shadow Area in the RFID Communication

GOU Hao-song,GOU Jing-song   

  • Online:2018-12-01 Published:2018-12-01

摘要: 在当今社会的各个领域,无线探测器网络被认为是一种十分有效的环境探测和信息收集工具,因此如何使用和如何提高探测网络的性能成为了研究热点。在装载和使用RFID电子探测器(Tag)集装箱的物流港口和物流仓库里,对读取器(Reader)和电子探测器(Tag)的通信范围以外存在阴影区域的问题进行观察和研究后,提出通过网状网络的特性来解决这一问题。不仅对解决读取器(Reader)和电子探测器(Tag)之间不能通信的阴影区域有很大的帮助,同时与通常增加读取器(Reader)的方式相比较,这一方案还可以减少安装基础设备的费用。更重要的一点是,对于不适合安装读取器这样的网络基础设施的地方,只能安装电子探测器(Tag),利用这一方案快速地构建覆盖整个区域的无线网络。实验结果及其分析表明,该方案能够在解决RFID通信中产生的阴影区域问题上获得理想的效果。

关键词: 阴影区域,读取器,探测器,智能探测器,探测器一探测器,读取器一探测器

Abstract: Wireless Sensor Network ( WSN) has been considered as a promising method for reliably monitoring both civil and military environments under hazardous and dangerous conditions. Research in WSNs performance improvement is very important burgeoning field in our daily life. This paper was formed after studying the problem‘Shadow area in the RFID Communication' in the port which the sensors are widely deployed in. The problem exists in the communicalion of Reader to Tag. It shows us the out of range communication area of Reader to Tag communication. Through the proposed solution,we can not only resolve shadow area in the RFID communication, but also can save the cost of the network infrastructure comparing with the common method which just adds the Reader.The simulation results and analysis show that our solution could achieve a perfect performance of WSN in terms of the shadow area in the RFID communication.

Key words: Shadow area, Reader, Tag, Smart tag, Tag-to-Tag, Reader-to-Tag

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