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A Neural Network Model of Blasting Parameter Design for Controlling Blasting Flying Rock

机译:控制爆破飞石的爆破参数设计神经网络模型

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摘要

The relationship between blast results and its influence factors is multi-factor with multiobjective and such a relationship cannot be established accurately. However, the modern engineering blasting must have subtle objective especially controlling blasting flying rock and so on. A neural network model can be used to relate the multiple factors with multipile objective questions by establishing a neural network model between blast flying rock with blast parameters and by training the model using existing data. The model can offer reasonable blast design parameter according to different blast flying rock control demands. Simulation result indicated that the model can be applied to practical problems.
机译:爆炸结果及其影响因素之间的关系是多目标,多目标的,无法准确地建立这种关系。但是,现代工程爆破必须有一个微妙的目标,特别是控制爆破飞石等。通过在具有爆炸参数的爆炸飞石之间建立神经网络模型,并使用现有数据训练模型,可以使用神经网络模型将多个因素与多目标问题联系起来。该模型可以根据不同的爆破飞石控制要求提供合理的爆破设计参数。仿真结果表明该模型可应用于实际问题。

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