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Patch-Based Crack Detection in Black Box Images Using Convolutional Neural Networks

机译:使用卷积神经网络的黑匣子图像中基于补丁的裂缝检测

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Cracks cause deterioration of road performance and functional or structural failure if not managed in a timely manner. This paper proposes an automated crack detection method using a car black box camera to address this problem. The proposed method uses a deep learning model [i.e., convolutional neural network (CNN)] composed of segmentation and classification modules. The segmentation process is performed to extract only the road surface in order to remove elements that interfere with crack detection in the black box image. Then, cracks are detected through analysis of patch units within the extracted road surface. The proposed CNN architecture classifies the elements of the road surface into three categories (i.e., crack, road marking, and intact area) with 90.45% accuracy. The results of the proposed CNN architecture are better than those of previous studies. (C) 2019 American Society of Civil Engineers.
机译:裂缝导致道路性能恶化,功能或结构故障如果不及时管理。本文提出了一种自动裂缝检测方法,使用汽车黑匣子相机解决这个问题。所提出的方法使用由分割和分类模块组成的深度学习模型[即卷积神经网络(CNN)]。进行分割过程以仅提取路面以除去在黑盒图像中干扰裂纹检测的元件。然后,通过分析提取的路面内的贴片单元来检测裂缝。所提出的CNN架构将路面的元素分为三类(即,裂缝,道路标记和完整区域),精度为90.45%。拟议的CNN架构的结果优于先前研究的结果。 (c)2019年美国土木工程学会。

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