Image Comparison Research of Smart Electricity Meter

Yuan Ma, Zhuoliang Zhao, Ming Chen, Jia-zhong Guo, Senlin Lan, Yu-Nan Wang
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Abstract

The standardization of the installation and operation and maintenance of the smart meter box is particularly important to ensure the reliable and safe operation and maintenance of the smart power system. The smart meter box is generally maintained by manual inspection, which requires experienced power professionals to judge the meter box. Status anomalies often lead to false negatives. With the development of fifth-generation mobile communication, machine learning and other technologies, operation and maintenance personnel can take on-site photos of the meter box through mobile devices and upload them to the cloud. The photos of regular inspections can be compared through the image analysis method based on machine learning to automatically determine whether the meter box is damaged. In this paper, target detection, image perspective transformation and adaptive local affine matching algorithm are combined. First, target detection is used to identify and locate the areas in the smart meter box that need to be compared, and the detected objects are cut into opposite subsections. Image, then transform the target to be determined through image perspective transformation, remove the area that does not need to be matched, and then use the adaptive local affine matching algorithm to calculate the similarity between each feature point according to the local features of the image. The accuracy of the image comparison process.
智能电表的图像对比研究
智能电表箱安装和运行维护的标准化对于保证智能电力系统可靠、安全运行维护尤为重要。智能电表箱的维护一般采用人工巡检的方式,需要有经验的电力专业人员对电表箱进行判断。地位异常常常导致假阴性。随着第五代移动通信、机器学习等技术的发展,运维人员可以通过移动设备对仪表箱进行现场拍照并上传到云端。通过基于机器学习的图像分析方法,可以对定期检查的照片进行比对,自动判断仪表箱是否损坏。本文将目标检测、图像透视变换和自适应局部仿射匹配算法相结合。首先,采用目标检测方法对智能电表箱中需要比对的区域进行识别定位,并将检测到的物体切割成相对的分段。图像,然后通过图像透视变换对待确定的目标进行变换,去除不需要匹配的区域,然后利用自适应局部仿射匹配算法根据图像的局部特征计算各特征点之间的相似度。图像比对过程的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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