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Release and storage of mine gas monitoring data based on sensor web

机译:基于传感器网络发布和存储矿井瓦斯监测数据

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This paper applied the sensor web service technology to mine gas monitoring. An interoperable observation system based on gas sensor network was constructed under the shaft to monitor the concentration of mine gas, and the monitoring data, which were first encoded by OGC Sensor Web Enablement (SWE) standards, were then released on the Internet for web-based discovery, scheduling, and access and alert so the process of collaborative monitoring, real time data acquisition, uniform data storage, and emergency response could be implemented. This paper elaborated the key technologies of sensor web release, remote access, and MongoDB-based storage of gas monitoring data. Sensor web service technology, compared with the traditional working mode of industrial Ethernet, allows gas monitoring to be conducted in an interoperable way; and NoSQL storage for real time sensor observations makes it more flexible and effective for data management. Both the technologies contribute to the future intelligent mine development.
机译:本文将传感器网络服务技术应用于矿井瓦斯监测。在竖井下构造了一个基于瓦斯传感器网络的可互操作的观测系统,以监测矿井瓦斯的浓度,该监测数据首先由OGC Sensor Web Enablement(SWE)标准进行编码,然后在Internet上发布以用于Web-基于发现,调度以及访问和警报的功能,因此可以实现协作监视,实时数据采集,统一数据存储和紧急响应的过程。本文阐述了传感器网络发布,远程访问以及基于MongoDB的气体监测数据存储的关键技术。与工业以太网的传统工作模式相比,传感器Web服务技术允许以互操作方式进行气体监控; NoSQL存储用于实时传感器观察,使其对于数据管理更加灵活有效。两种技术都为未来的智能矿山开发做出了贡献。

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