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Analysis of Mine Water Disaster Based on Fractal Theory

机译:基于分形理论的矿井水灾分析

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Mine water disaster has characteristics of contingency and randomness which increase the difficulty of predictive models. In the recent ten years, Chinese statistical data of mine water disaster show that the frequency conforms to exponential regression analysis and the time series of death toll accord with fractal time series. Firstly, R/S and Hurst index are used to prove the death toll of mine water disaster to accord with fractal time series. Then, the fractal interpolation theory is used to predict the occurrence rules of mine water disaster. Finally, the fitting curve of fractal interpolation is drawn by use of MATLAB method and compared with the actual curve of statistical data. The results show that fractal theory to predict rule of mine water disaster is feasible. So, this prediction technique can prevent the failure and concealment from reporting mine water disaster.
机译:矿井水灾有应急和随机性的特点,这增加了预测模型的难度。在最近十年中,矿山水灾的中国统计数据表明,频率符合指数回归分析和死亡收费时间序列与分形时间序列。首先,R / S和Hurst指数用于证明矿山灾害的死亡人数达成分形时间序列。然后,分形插值理论用于预测矿井水灾的发生规律。最后,通过使用MATLAB方法并与统计数据的实际曲线进行比较来绘制分形插值的拟合曲线。结果表明,分形理论预测矿井水灾害的规律是可行的。因此,这种预测技术可以防止报告矿山灾害的失败和隐藏。

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