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The Application of Artificial Neural Networks to Blasting Engineering

机译:人工神经网络在爆破工程中的应用

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The paper sets the presplitting blasting as a sample applying Artificial Neural Networks method to the scientific computing of blasting engineering parameters. Establish a three-layer neural network using Back Propagation algorithm after the various complicated factors have been Rough-set processed. Then train repeatedly on the basis of mounts of samples. Ultimately get the non-linear map relationship between presplitting blasting factors and decision-making parameters. A computing program based on Artificial Neural Networks algorithm has been built in this paper. Compared with other theoretical calculation or experiential formula through other engineering example inspection, the decision-making parameter got from the Artificial Neural Networks approaches more or is more suitable to the practical conditions as a valuable reference, so this method can well support scientific reference and optimizing routes as a result of considerably reducing errors got from experiential operation.
机译:本文以人工神经网络方法对爆破工程参数进行科学计算,将预裂爆破作为样本。在对各种复杂因素进行粗糙集处理之后,使用反向传播算法建立一个三层神经网络。然后根据样本数量反复训练。最终获得爆炸因子与决策参数之间的非线性映射关系。本文建立了一个基于人工神经网络算法的计算程序。与通过其他工程实例检验得出的其他理论计算或经验公式相比,从人工神经网络获得的决策参数更接近或更适合于实际情况,作为有价值的参考,因此该方法可以很好地支持科学参考和优化。由于大大减少了经验操作产生的错误而导致的路线。

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