Research on unstructured road detection algorithm based on improved morphological operations

Xu Ming, Zhang Juan, Fang Zhijun
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引用次数: 3

Abstract

A new method with improved morphological operations on unstructured road is introduced in this paper. Mathematical morphology erosion and dilation operations are usually used so that the road and background are separated more clearly to acquire obvious road boundaries. How to use these operations reasonable will directly affect the subsequent detection. Firstly a binary image from an original image is segmented into the road and non-road regions by using 2-dimentional Otsu adaptive threshold segmentation algorithm. In terms of the feature of unstructured road, erosion operation is used twice and dilation operation is used once in this paper. Then, LOG operator is applied to detect edge. Finally, Hough transform is adopted to detect and mark the road boundaries. Experiments indicate that our method not only removes the unfavorable elements of non-road areas, but also has the advantages of fast operation and high accuracy.
基于改进形态学运算的非结构化道路检测算法研究
本文介绍了一种改进形态学运算的非结构化道路识别新方法。通常采用数学形态学侵蚀和扩张运算,使道路与背景分离得更清楚,从而获得明显的道路边界。如何合理的使用这些操作将直接影响到后续的检测。首先,利用二维Otsu自适应阈值分割算法将原始图像的二值图像分割为道路区域和非道路区域;针对非结构路面的特点,本文采用两次冲蚀法,一次膨胀法。然后,应用LOG算子检测边缘。最后,采用霍夫变换对道路边界进行检测和标记。实验表明,该方法不仅消除了非道路区域的不利因素,而且具有运算速度快、精度高等优点。
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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