6LoWPAN WSN在自动抄水表上的应用研究
Study on the application of 6LoWPAN WSN in automatic water meter reading
自动抄表技术是利用信息技术实现抄表的自动化,当前,应用于水表上的自动抄表技术逐渐向无线通信技术发展,典型的方法是利用ZigBee技术构建无线水表之间的WSN,实现水表上的数据的无线自动采集。本文提出将6LoWPAN及其相关技术应用到水表的自动抄表中去,这种设想可以将传统的IP网络延伸到水表的自动波抄表领域,为当前的无线抄表行业在技术上提供了另一种选择。在contiki平台下针对特定网络拓扑做了仿真实验,仿真结果表明节点的密集度会影响网络的构建和中断恢复过程,节点到集中器的距离会影响其投递率,并且依赖于集中器的位置部署,这些结论对实际有一定指导意义。
utomatic meter reading technology focus on the automation of meter reading with utilizing the information technology, at present, the water meter reading technology intends to combine with wireless communication technology, typically, to use ZigBee technology to build a WSN and then to collect the desire data. In this paper, the 6LoWPAN and its related technologies are applied to the automatic meter reading meter, which can extend the traditional IP network to the automatic meter reading. Some simulations is done in certain network topoloty under Contiki platform. Simulation results indicate that the node density will affect the network construction and interrupt recovery process, also, the distance of the node to the concentrator will affect the delivery rate, the conclusion has certain practical guiding significance
田广东、叶鑫
无线通信自动化技术、自动化技术设备通信
无线通信自动抄表6LoWPAN
wireless communicationautamatic meter reading6LoWPAN
田广东,叶鑫.6LoWPAN WSN在自动抄水表上的应用研究[EB/OL].(2015-12-18)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201512-966.点此复制
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