感知器在矿井突水水源识别中的应用

    Coal mines water inrush sources recognition using perceptron

    • 摘要: 针对使用BP和RBF等神经网络进行矿井突水水源识别时存在网络结构和训练算法复杂的问题,使用感知器进行矿井突水水源识别。以焦作矿区的突水水源识别问题为例,舍弃其中的Na+和K+两种离子的浓度信息,选择Ca2+、Mg2+、Cl-、SO2-4和HCO-3五种离子的浓度为作为水源识别的依据,利用三十五组数据进行训练,构建了六输入四输出的感知器模型。计算结果表明,感知器是一种有效的识别工具,对于不同的学习率和初始权值矩阵,训练后的感知器均能够正确进行水源识别。

       

      Abstract: The architectures and training algorithms are complicated when BP and RBF neural networks are used in the sources recognition of coal mines water inrush.To overcome this problem, perceptron is used to discriminate the type of water inrush.The ion concentrations of Na+ and K+ are omitted on purpose and those of Ca2+、Mg2+、Cl-、SO2-4 and HCO-3 are selected as the basis of water sources recognition.A perceptron model with six inputs and four outputs is established by using 35 water samples from the Jiaozuo mine area.The computation results show that the perceptron is an effective recognition tool which can identify the sources of water inrush correctly with different learning rates and initial weighting matrices.

       

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