基于HU-ResNet的混凝土表观裂缝信息提取

doi:10.19678/j.issn.1000-3428.0056061

摘要/Abstract

摘要： 针对混凝土结构表观裂缝检测准确率低、细节信息丢失及精度不高等问题，提出一种利用HU-ResNet卷积神经网络的混凝土表观裂缝检测方法。基于改进U-Net网络建立HU-ResNet模型，采用经ImageNet预训练的ResNet34残差网络作为编码器，以保留裂缝细节信息并加速网络收敛，引入scSE注意力机制模块在空间和通道重新标定编码块与解码块的输出特征，并利用超柱模块融合解码器各阶段所输出特征图获取更精确的裂缝图像语义信息和定位，同时采用组合损失函数进一步提高裂缝图像精度。实验结果表明，该模型的像素准确率、交并比和F1值分别达到0.990 4、0.693 3和0.816 6，优于Canny、区域生长等传统数字图像模型和FCN8s、U-Net、U-ResNet等深度学习模型且裂缝检测更精准。

关键词: 混凝土表观裂缝, HU-ResNet卷积神经网络, 组合损失函数, scSE模块, 超柱模块

Abstract: Existing detection methods for apparent crack of concrete structure are inaccurate and low-precision,losing much detail information.To address the problem,this paper proposes an apparent crack detection method for concrete based on the HU-ResNet Convolutional Neural Networks(CNN).Based on improved U-Net,the HU-ResNet model is established using the ResNet34 residual network trained by ImageNet as the encoder to retain crack details and accelerate network convergence.The scSE attention mechanism module is also introduced to recalibrate the output characteristics of the encoding block and decoding block in space and channel.At the same time,the output feature maps of each stage of the decoder are fused by the hypercolumn module to obtain more accurate semantic information and location of crack images,and the precision of which is further improved by using the combined loss function.Experimental results show that the pixel accuracy,Intersection-over-Union and F1 value of the proposed model reach 0.990 4,0.693 3 and 0.816 6 respectively,which are better than that of Canny, region growing and other traditional digital image models and FCN8s,U-Net,U-ResNet and other deep learning models,and the proposed model has more accurate crack detection results.

Key words: apparent crack of concrete, HU-ResNet Convolutional Neural Networks(CNN), combined loss function, scSE module, hypercolumn module

中图分类号:

TP391

徐国整, 廖晨聪, 陈锦剑, 董斌, 周越. 基于HU-ResNet的混凝土表观裂缝信息提取[J]. 计算机工程, 2020, 46(11): 279-285.

XU Guozheng, LIAO Chencong, CHEN Jinjian, DONG Bin, ZHOU Yue. Extraction of Apparent Crack Information of Concrete Based on HU-ResNet[J]. Computer Engineering, 2020, 46(11): 279-285.

https://www.ecice06.com/CN/Y2020/V46/I11/279

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