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神经网络在自动扒渣控制优化中的应用

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某钢厂计划改造KR脱硫站扒渣位,前期进行了图像分析的软硬改造,但受限于成像位置,自动控制效果不佳.通过引入神经网络预测倾翻终点的位置,转换像素坐标,提高了自动倾翻终点的准确度,提升了自动扒渣控制扒渣臂的精度,使整个自动扒渣流程更精确流畅.
Application of Neural Networks in Optimization of Automatic Slag Skimming Control
A steel mill plans to renovate the KR desulfurization sta tion slag skimming position,the previous soft and hard transformation of image analysis,but limited by the imaging position,the aucomatic control effect is not good.Through the introduction of neural networks to predict the position of the tipping end point,the pixel coordinates are converted to improve the accuracy of the automatic tipping end point,enhance the accuracy of the automatic slag skimming control slag raking arm,and make the whole automatic slag skimming process more accurate and smooth.

neural networkautomationslag skimmingpixel coordinates conversion

宋扬、王渤涵、冯岭、张世凯、苏睿聪

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北京首钢自动化信息技术有限公司,北京 100041

神经网络 自动化 扒渣 像素坐标转换

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(2)
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