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Application of Neural Networks to the Optimization of the Thermal Treatment Process of Wood Materials

机译:神经网络在木材热处理工艺优化中的应用

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In this paper, a software system for 2-dimensional and 3-dimensional modeling of frozen and not frozen logs and prismatic wood materials is used as a basis for optimization of the thermal treatment process of such materials. Then, the dependence of the optimal heating time on various parameters is approximated by means of neural networks. This would allow a fast real-time computation of the optimal heating time instead of performing extensive numerical simulations of the model comprised of partial differential equations.
机译:在本文中,将用于冷冻和非冷冻原木和棱柱状木材材料的二维和3维建模的软件系统用作优化此类材料热处理工艺的基础。然后,借助于神经网络来近似最佳加热时间对各种参数的依赖性。这将允许快速实时地计算最佳加热时间,而不是对由偏微分方程组成的模型进行广泛的数值模拟。

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