Research on remote sensing recognition algorithm of transmission line target based on deep learning

Ruijin Jiang, Yinghui Zhang, Fengqian Lou, Rui Li, Xiaoxian Tang, Yazhou Li
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Abstract

In the innovation and development of artificial intelligence technology, the inspection of uav circuit components with deep learning algorithm as the core has become the main content of social technology discussion. It can realize the classification detection effect through training on the basis of collecting a large number of transmission line images. Due to the differences in the collected image information, the relative pixels of various objects are small, and the actual semantic information is not much, it is not good to detect and analyze the typical components of transmission lines only by using the traditional convolutional neural network. In this paper, a transmission line detection method based on YOLOv3 algorithm of Res2Net residual structure is proposed based on the understanding of deep learning and transmission line detection status. The final practice results show that this method can not only monitor the working status of transmission lines in real time, but also further improve the intelligent level of transmission line inspection, which meets the requirements of transmission line construction and management in the new era.
基于深度学习的传输线目标遥感识别算法研究
在人工智能技术的创新发展中,以深度学习算法为核心的无人机电路元件检测已成为社会技术讨论的主要内容。在采集大量传输线图像的基础上,通过训练实现分类检测效果。由于采集到的图像信息存在差异,各种物体的相对像素较小,实际的语义信息也不多,仅使用传统的卷积神经网络对传输线的典型成分进行检测和分析效果不佳。本文在了解深度学习和传输线检测状态的基础上,提出了一种基于Res2Net残差结构的YOLOv3算法的传输线检测方法。最终的实践结果表明,该方法不仅可以实时监控输电线路的工作状态,还可以进一步提高输电线路巡检的智能化水平,满足新时代输电线路建设和管理的要求。
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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