基于无线传感器网络航标遥测遥控设计与实现

Design and Application of Distributed Pharos Remote Monitoring and Control System Based on Wireless Sensor Network

  • 摘要: 为降低航标遥测遥控网络结构对于公共网络的依赖,设计了一种专用的可扩展无线传感器网络,结合移动GSM网络、GPRS网络和Internet搭建遥测遥控系统网络平台. 采用层次型HEED睡眠调度算法完善传感器网络的拓扑结构,并提出了一种适用于航标遥测的基于分簇的传感器网络路由协议,以解决多跳路由的传感器网络中常见的"热区"问题. 实践证明,本路由协议优化了网络中的能量消耗,较好地解决了"热区"问题,显著地延长了网络的存活时间.

     

    Abstract: To reduce the dependence of remote telemetry buoy network structure on the public network, a special scalable wireless sensor network is designed. Combined with GSM network, GPRS network and Internet, the network platform of remote monitoring and control system is constructed. The hierarchical scheduling algorithm is used to improve sleep HEED sensor network topology, and a clustering-based sensor network routing protocol is proposed for pharos remote controling to address the common "hot zone" problem in multi-hop routing sensor networks. Practice has proved that the routing protocol optimizes network energy consumption, it is a better solution to the "hot zone" problem, and it can significantly extend the survival time of the network.

     

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