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Research on a Banknote Printing Wastewater Monitoring System based on Wireless Sensor Network

机译:基于无线传感器网络的钞票印刷废水监控系统研究

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In this paper, a banknote printing wastewater monitoring system based on WSN is presented in line with the system demands and actual condition of the worksite for a banknote printing factory. In Physical Layer, the network node is a nRF9e5-centric embedded instrument, which can realize the multi-function such as data collecting, status monitoring, wireless data transmission and so on. Limited by the computing capability, memory capability, communicating energy and others factors, it is impossible for the node to get every detail information of the network, so the communication protocol on WSN couldn't be very complicated. The competitive-based MACA (Multiple Access with Collision Avoidance) Protocol is introduced in MAC, which can decide the communication process and working mode of the nodes, avoid the collision of data transmission, hidden and exposed station problem of nodes. On networks layer, the routing protocol in charge of the transmitting path of the data, the networks topology structure is arranged based on address assignation. Accompanied with some redundant nodes, the network performances stabile and expandable. The wastewater monitoring system is a tentative practice of WSN theory in engineering. Now, the system has passed test and proved efficiently.
机译:根据系统要求和钞票印刷厂现场的实际情况,提出了一种基于WSN的钞票印刷废水监测系统。在物理层中,网络节点是以nRF9e5为中心的嵌入式仪器,可以实现数据采集,状态监视,无线数据传输等多功能。受计算能力,存储能力,通信能量等因素的限制,节点不可能获得网络的每一个详细信息,因此在WSN上的通信协议不会很复杂。 MAC中引入了基于竞争的基于MACA的多冲突避免协议(MACA),它可以决定节点的通信过程和工作模式,避免数据传输冲突,节点隐藏和暴露的站点问题。在网络层上,路由协议负责数据的传输路径,网络拓扑结构是根据地址分配来安排的。伴随一些冗余节点,网络性能稳定且可扩展。废水监测系统是WSN理论在工程中的尝试性实践。现在,该系统已通过测试并得到有效证明。

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