Adaptive Fuzzy Colour Segmentation on RGB Ratio Space for Road Detection

Chieh-Li Chen, Chung-Li Tai
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Abstract

In this paper, the RGB ratio is defined according to a reference colour such that the image can be transformed from a conventional colour space to the RGB ratio space. Different to distance measurement, a road colour segment is determined by an area in RGB ratio space enclosed by the estimated boundaries. Adaptive fuzzy logic, which fuzzy membership functions are defined according to estimated boundaries, is introduced to implement clustering rules. Low computation cost of the proposed segmentation method shows the feasibility to real time application. Experimental results for road detection demonstrate the robustness to intensity variation of the proposed approach.
基于RGB比例空间的自适应模糊颜色分割道路检测
在本文中,RGB比率是根据参考颜色来定义的,这样图像就可以从传统的色彩空间转换到RGB比率空间。与距离测量不同,道路颜色段是由估计边界包围的RGB比率空间中的面积确定的。引入自适应模糊逻辑,根据估计的边界定义模糊隶属函数来实现聚类规则。该分割方法计算量小,具有实时应用的可行性。道路检测实验结果表明,该方法对强度变化具有较好的鲁棒性。
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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