A Deblurring Method of Electric Power Inspection Images Based on GAN

Chong Liang, Yu Yin, Yu Qin, Xiangjun He
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引用次数: 0

Abstract

With large-scale application of drones in Electric power line inspection, the electrical images captured by their cameras can be used for target recognition and defect detection. However, due to the relative movement of the camera and the shooting target and the high-frequency vibration of the helicopter and UAV platform, Electric power images will be degraded. This is not conducive to the training of the model and subsequent recognition and detection. In this paper, the deblurring of electrical power images are achieved by generative adversarial networks. The article first investigates the current research status of image deblurring, and then studies the application of generative adversarial networks in power imagery, and finally trains the model on the electrical power image training set, and experimentally verifies that the method is blurred in the power inspection scene Effectiveness.
基于GAN的电力检测图像去模糊方法
随着无人机在电力线路检测中的大规模应用,其摄像头采集的电气图像可用于目标识别和缺陷检测。然而,由于摄像机与射击目标的相对运动以及直升机和无人机平台的高频振动,电力图像将会下降。这不利于模型的训练和后续的识别检测。本文采用生成对抗网络实现了电力图像的去模糊。本文首先调查了图像去模糊的研究现状,然后研究了生成对抗网络在电力图像中的应用,最后在电力图像训练集上对模型进行训练,并通过实验验证了该方法在电力检测场景中模糊化的有效性。
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