Road Crack Detection using Support Vector Machine (SVM) and OTSU Algorithm

Y. Sari, P. B. Prakoso, Andreyan Rezky Baskara
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引用次数: 26

Abstract

Cracks are one type of pavement surface damages, whose assessment is very important for developing road network maintenance strategies, which aims to ensure the functioning of the road and driving safety. Existing methods for automatic crack detection depend mostly on expensive equipment and high maintenance and cannot divide the crack segments accurately. This paper discusses an automation method of classification and segmentation of asphalt pavement cracks. The goal of the research is to classify asphalt pavement cracks using the classification method of the Support Vector Machine (SVM) algorithm and segmentation method of the OTSU algorithm. The OTSU algorithm for segmentation has advantages in choosing the optimal threshold that is stable. This algorithm is proven to be more effective and stronger than conventional segmentation algorithms. For detection results, the proposed method achieves overall accuracy.
基于支持向量机和OTSU算法的道路裂纹检测
裂缝是路面表面损伤的一种,其评估对制定路网养护策略至关重要,从而保证道路的正常运行和行车安全。现有的裂缝自动检测方法大多依赖于昂贵的设备和高维护费用,并且不能准确地划分裂缝段。本文讨论了一种沥青路面裂缝自动分类分割方法。本研究的目的是利用支持向量机(SVM)算法的分类方法和OTSU算法的分割方法对沥青路面裂缝进行分类。OTSU分割算法在选择稳定的最优阈值方面具有优势。该算法被证明比传统的分割算法更有效、更强。在检测结果上,该方法达到了总体精度。
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