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Research on Closed-Loop Control System Based on Image-Signal Processing of Furnace Flame

机译:基于炉火图像信号处理的闭环控制系统研究

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Through the furnace-flame image-signal processing for power plant, effective-temperature field proportions, high-temperature field proportions, centroid offset distances, and circular degrees in high-temperature field can be all obtained. What's more, based on the above data and related signals collected by sensors such as flame detectors as a criterion, the Kohonen's self-organizing neural network is introduced to distinguish the states of furnace flame. Therefore, the opening incremental adjustment is proposed to achieve real-time control of furnace flame.
机译:通过用于发电厂的炉火图像信号处理,可以获得高温场比例,高温场比例,高温场比例,质心偏移和高温场中的圆形度。更重要的是,基于上述数据和由传感器收集的相关信号,例如火焰探测器作为标准,引入了Kohonen的自组织神经网络,以区分炉火状态。因此,提出了开口增量调节以实现炉火焰的实时控制。

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