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A Tunnel Crack Detection and Classification Systems Based on Image Processing

机译:基于图像处理的隧道裂纹检测和分类系统

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In this paper, an efficient tunnel crack detection and recognition method is proposed. It combines the analysis of crack intensity feature and the application of Support Vector Machine algorithm. At first, the original image is transformed into a binary image. Based on two thresholds technique, the object, edge image can be obtained. Then assuming the image can be separated to some local images, we catogerize the local image into three types of pattern. They are the crack, non-crack and intermediate type, which have both of the two properties. A trainable classifier is built to classify these patterns. During this process, "Balanced" sub-images that satisfy for the two centers of geometric and gravity, are used as a trainable sample for the classifier. This leads to an effective classification system.
机译:本文提出了一种有效的隧道裂纹检测和识别方法。它结合了裂缝强度特征的分析及支持向量机算法的应用。首先,将原始图像转换为二进制图像。基于两个阈值技术,可以获得对象,边缘图像。然后,假设图像可以分隔到一些本地图像,我们将本地图像与三种类型的图案分成。它们是裂缝,非裂缝和中间类型,具有两个属性。建立培训分类器以分类这些模式。在此过程中,“平衡”子图像满足两个几何和重力的中心,用作分类器的可培训样本。这导致有效的分类系统。

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