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Prediction analysis of destroyed coalseam floor depth based on v-SVR algorithm

机译:基于v-SVR算法的煤层底板破坏深度预测分析

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There are main six factors controlling failure zone floor depth including mining depth, coal seam inclination angle, mining thickness, workface inclined length, coal floor anti-destructive capacity, fault or fracture zone. Inorder to prediet failure depth of coal seam floor, based on the analysis of the factors influencing the failure depth of coal seam floor, a model to predict the failure depth is established by applying the theory of v-SVR algorithm. A large amount of on-site observed data was used as learning and training samples. Optimized the parameters of the model by grid-search method and tested the model performance. The model considered comprehensive affected factors and considered the nonlinear relationship between factors and target value.The results show that v-SVR algorithm model predictive value is more closer to measured datas compared to empirical formula calculated value.
机译:控制破坏带底板深度的主要六个因素包括开采深度,煤层倾斜角,开采厚度,工作面倾斜长度,煤层抗破坏能力,断层或断裂带。为了预测煤层底板破坏深度,在分析影响煤层底板破坏深度的因素的基础上,运用v-SVR算法理论建立了煤层底板破坏深度预测模型。大量的现场观察数据被用作学习和培训样本。通过网格搜索的方法优化了模型的参数,并测试了模型的性能。该模型考虑了综合影响因素,并考虑了因素与目标值之间的非线性关系。结果表明,与经验公式计算值相比,v-SVR算法模型的预测值更接近实测数据。

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