水下机器人拍摄的图像中变压器元件识别

Yingjie Yan, Yadong Liu, Zhicheng Xie, J. Deng
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引用次数: 0

摘要

变压器的检测是保证供电可靠性的重要环节。与人工方法相比,使用潜水机器人自动拍摄和分析照片更省时,成本也更低。为了解决变压器部件识别任务中光照和视点变化的问题,提出了一种变压器网络图像增强框架。该方法首先基于局部对比信息对图像进行增强,然后在独特的编解码器结构和注意机制中考虑了额外的上下文信息,利用变压器网络对图像内部成分进行识别。实验表明,该框架在变压器内部图像现场数据上的表现明显优于其他三种深度学习模型,极大地促进了电力设备自动检测的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transformer Component Recognition in Pictures Taken by Submersible Robots
Inspection of transformers is very important to ensure power supply reliability. Compared with manual methods, using submersible robots to automatically take and analyze pictures is much more time-efficient and lower-cost. To solve the problems of varying illumination and view point in transformer component recognition task, a framework called Transformer Network with Image Enhancement (TRIE) is proposed. This method first enhances the picture based on local contrast information, and then recognizes the inside components with the help of Transformer Network which considers extra context information in the unique encoder-decoder structure and attention mechanism. Experiments show that this framework performs much better than other three deep-learning models on field data of transformer inside pictures, largely improving the development of automatic power equipment inspection.
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