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Multi sensor fire hazard monitoring in underground coal mine based on fuzzy inference system

机译:基于模糊推理系统的煤矿井下多传感器火灾隐患监测

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One of major threat to underground coal mines and miner's life is a fire hazard. It is important to foresee conditions leading to the fire hazard by proper interpretation of the data from underground coal mine air monitoring stations. The article describes new method for analyzing measured data. The method applies a fuzzy logic and its inference mechanisms to improve reliability in decision making process. The analysis utilizes measured data from information related to changes in composition of gases in underground mine and uncertainty of monitoring sensors. The method was tested in fire simulating setting utilizing underground measurement equipment. Fuzzy models of fire hazard conditions where design with help of LabVIEW. The correlation between model structure and interpretation of the result is presented.
机译:火灾隐患是对地下煤矿和矿工生命的重大威胁之一。通过正确解释地下煤矿空气监测站的数据,预见可能导致火灾的情况很重要。本文介绍了一种用于分析测量数据的新方法。该方法应用模糊逻辑及其推理机制来提高决策过程的可靠性。分析利用了来自与地下矿井中气体成分变化和监测传感器不确定性有关的信息的测量数据。使用地下测量设备在模拟火灾环境中对该方法进行了测试。借助LabVIEW设计的火灾隐患模型。给出了模型结构与结果解释之间的相关性。

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