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Molten Steel Breakout Prediction Based on Genetic Algorithm and BP Neural Network in Continuous Casting Process

机译:基于遗传算法和BP神经网络的连铸熔融钢漏斗预测。

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In this paper, a compound sticking breakout prediction model including two kinds of modules, the time-sequence module of single thermocouple and the space module of multi-thermocouple was presented. The GA-BP neural network method with the genetic algorithm optimizing the original weights and thresholds of BP neural network, was used for building time-sequence module. Compared with traditional BP neural network, GA-BP neural network could avoid the defects that the results of traditional BP neural network are easily fall into local minimum point, and identify temperature patterns of sticking breakout more accurately. The testing results show the quote rate and accuracy rate for sticking breakout prediction have both achieved 100%.
机译:提出了一种包含两种模块的复合粘性突围预测模型,即单热电偶的时间序列模块和多热电偶的空间模块。采用遗传算法的GA-BP神经网络方法优化了BP神经网络的原始权值和阈值,建立了时序模块。与传统的BP神经网络相比,GA-BP神经网络可以避免传统BP神经网络的结果容易落入局部最小值的缺点,并可以更准确地识别出粘突的温度模式。测试结果表明,粘性突破预测的报价率和准确率均达到100%。

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