Crack Detector Automation for Roads by Deep Learning

R. Bharathi, N. Ashwini, R. Bhagya, G. Bhagya, Rameez Pathan, Sambedh Kandel
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Abstract

A thorough analysis is required for assessment of structural health of road infrastructures. A Computer Vision Technology based analysis of images will help us for better management of roads/ pavements in long run. A Convolutional Neural Networks (CNN) based Deep Learning algorithm can be constructed, which can take in an input image used for pavement classification. In this paper, a python based algorithm is proposed and it is simulated for experimental results using automated system software which detects the cracks on the road. The approach used in this paper is mainly based on full surface reconstruction in 3D pavement. The automated method achieves same accuracy with a reduced cost when compared to manual computation.
基于深度学习的道路裂纹检测自动化
对道路基础设施结构健康状况的评价需要进行全面的分析。从长远来看,基于图像分析的计算机视觉技术将有助于我们更好地管理道路/人行道。可以构建基于卷积神经网络(CNN)的深度学习算法,该算法可以接收用于路面分类的输入图像。本文提出了一种基于python的算法,并利用道路裂缝检测自动化系统软件对实验结果进行了仿真。本文采用的方法主要是基于三维路面的全面重构。与人工计算相比,自动化方法以更低的成本实现了相同的精度。
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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