基于YOLO的电力设施红外热像识别及应用

Li Lianqiao, Chen Xiai, Zhou Huili, Wang Ling
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引用次数: 9

摘要

本文研究了基于YOLO神经网络的电力设施红外热图像识别与应用。前期工作包括电力设施数据集的构建和光降噪的预处理。将红外热图像发送到YOLO神经网络后,系统利用Bounding Box剔除所有可能的电气设备,并对设备进行命名。然后用非线性最小二乘曲线测量器件的最高温度。在组合滤波器、瓷套、隔离开关等不同设备上的测试表明,该系统能够准确、稳定地识别电力设施。最小二乘曲线可以准确定位设备的最高温度。该系统可以有效降低人工成本,达到较高的识别精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Recognition and Application of Infrared Thermal Image Among Power Facilities Based on YOLO
This paper researches the infrared thermal image recognition and appliacation of power facilities based on YOLO neural network. The preliminary work includes the construction of the power facilities data set, and the preprocessing of the photo noise reduction. After sending the infrared thermal image to the YOLO neural network, the system uses the Bounding Box to crop out all possible electrical equipment and names the device. Then a nonlinear least squares curve is used to measure the highest temperature of the device. Testing on different devices such as Combine Filter, Porcelain Sleeve and Isolation Switch shows that the system can accurately and stably identify power facilities. The least squares curve can accurately locate the highest temperature of the device. The system can effectively reduce labor costs and achieve high recognition accuracy.
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