Gas Pipeline Leakage Remote Monitoring System Design Based on Wireless Sensor Network
摘 要
针对管道泄漏监测的应用场景,提出了一种管道泄漏远程实时检测的方案,其特点是结合GPRS网络和分簇结构的WSN实现远距离的数据传输。设计了一种由传感器节点、集中节点和汇聚节点协同工作的无线传感器监测网络,并提出了适用于管道泄漏监测的多层次分簇路由协议、MAC层防数据碰撞机制和基于RTC时间的数据同步采集机制。该系统能够正确、稳定地完成数据采集,并达到了低功耗的设计目标,满足实际检测需要。
Abstract
For the application of gas pipeline leakage remote monitoring, this paper proposes a design of Gas Pipeline Leakage Remote Monitoring System which implements long-distance wireless communication between WSN nodes and control room by combining GPRS network with cluster-based wireless sensor network. In this design, wireless monitoring network consists of sensor nodes, sink nodes and concentrator nodes. The multi-level clustering routing protocol and the MAC protocol based on IEEE802.15.4 and RTC-based time synchronization are adapted to the system. The Gas Pipeline Leakage Remote Monitoring System is not only able to complete data acquisition correctly and stably, but also achieves the low power design goals.
中图分类号 TG115.28
所属栏目 2012远东无损检测新技术论坛论文精选
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收稿日期 2012/5/22
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备注王平(1977-),男,副教授,从事无损检测方面的研究教学工作。进行检测的方法,其检测结果的可靠度有限。具有快速部署、自组织成网和分布式协同工作能力的无线传感网络技术能够有效解决现有管道输送监控系统的固有缺陷,满足其多点、高效、高性能的监测需求\[1\]。因此,采用基于无线传感网络的在线监测技术,不但有利于同步检测范围扩展到管网的面、甚至扩展到全方位同步立体检测网, 还可以大大提高检测可信度, 也解决了被测对象地缘覆盖广、监测位置动态变化大和监测仪表地下安装成本高等问题。
引用该论文: WANG Ping,JIN Chen-Jie,TIAN Gui-Yun,PENG Guo-Hua. Gas Pipeline Leakage Remote Monitoring System Design Based on Wireless Sensor Network[J]. Nondestructive Testing, 2012, 34(12): 25~28
王平,金辰捷,田贵云,彭国华. 基于无线传感网络的远程燃气管道泄漏检测系统[J]. 无损检测, 2012, 34(12): 25~28
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