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Gray wavelet neural network and its application in mining waste prediction

机译:灰色小波神经网络及其在采矿废物预测中的应用

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Historical data were recorded in recent 20 years in mining area. But the processing of these small sample data was still a difficult problem. Gray model was considered as a perfect short-term prediction model which had provided a precise output with small sample data, but it was not suitable for and not enough precise for long term prediction. In this paper three models including gray model GM(1,1), evolutional Gray Model (EGM), and wavelet network were introduced and were compared with each other. Then a new neural network named gray wavelet neural network (GWNN) was put forward which combined the advantages of both EGM and wavelet neural network. Morlet wavelet was chosen as the mother wavelet in GWNN building. It was applied in the mine waste output prediction. The results showed that GWNN was suitable for the prediction with the small sample data of fly ash, cinder and coal gangue. Predictions will play an important role in the mining waste management plan in mining area.
机译:近20年来矿区录得历史数据。但是这些小样本数据的处理仍然是一个难题。灰色模型被认为是一种完美的短期预测模型,它提供了具有小样本数据的精确输出,但是对于长期预测,它不适合并且不足以精确。在本文中,三种模型包括灰色模型GM(1,1),进化灰色模型(EGM)和小波网络,彼此进行比较。然后提出了一种名为灰色小波神经网络(GWNN)的新神经网络,从而组合了EGM和小波神经网络的优点。选为Morlet小波作为GWNN建筑中的母小波。它应用于矿井废物输出预测。结果表明,GWNN适用于预测粉煤灰,煤渣和煤矸石的小样本数据。预测将在采矿区采矿废物管理计划中发挥重要作用。

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