Gap Loss for Production Status Detection

Yongjun Zhang, Han Wen
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Abstract

In order to classify the monitoring model of the production state system more accurately and effectively, and accelerate the convergence speed of the model, a new loss function Gap Loss function is proposed. The image data and sensor data collected by the system in real time are used as feature data, the five self-defined states are the learning targets, and Gap Loss is used instead of the cross-entropy loss function for model training. Experimental verification shows that this method can more effectively classify production states compared with the cross entropy Loss function.
生产状态检测的间隙损耗
为了更准确有效地对生产状态系统的监测模型进行分类,加快模型的收敛速度,提出了一种新的损失函数Gap loss function。将系统实时采集的图像数据和传感器数据作为特征数据,自定义的五种状态作为学习目标,用Gap Loss代替交叉熵损失函数进行模型训练。实验验证表明,与交叉熵损失函数相比,该方法能更有效地对生产状态进行分类。
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