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The design and implementation of membership functions in acoustic emission forecasting rock-burst

机译:声排放预测岩爆中隶属函数的设计与实现

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Based on the analysis of AE prediction parameters, an acoustic emission technology is currently one of the most important rock-burst prediction methods, in which the acoustic emission event rate, energy rate, and m values are used as the main predicting parameters. To build adaptive network fuzzy membership function, parameters must be normalized first. In the laboratory, the U.S. PAC company's DISP-24 acoustic emission test system is applied to obtain the data and the adaptive fuzzy neural network is applied to obtain membership functions. Experimental results show that the expected results of the performance can be achieved.
机译:基于对AE预测参数的分析,声发射技术目前是最重要的岩突发预测方法之一,其中声发射事件率,能量率和M值用作主要预测参数。要构建自适应网络模糊会员资格函数,必须首先归一化参数。在实验室,美国PAC公司的DISP-24声发射测试系统应用于获得数据,并应用自适应模糊神经网络以获得隶属函数。实验结果表明,可以实现性能的预期结果。

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