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Lane marking detection based on waveform analysis and CNN

机译:基于波形分析和CNN的车道标记检测

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Lane markings detection is a very important part of the ADAS to avoid traffic accidents. In order to obtain accurate lane markings, in this work, a novel and efficient algorithm is proposed, which analyses the waveform generated from the road image after inverse perspective mapping (IPM). The algorithm includes two main stages: the first stage uses an image preprocessing including a CNN to reduce the background and enhance the lane markings. The second stage obtains the waveform of the road image and analyzes the waveform to get lanes. The contribution of this work is that we introduce local and global features of the waveform to detect the lane markings. The results indicate the proposed method is robust in detecting and fitting the lane markings.
机译:车道标记检测是ADA的一个非常重要的部分,以避免交通事故。为了获得精确的车道标记,在这项工作中,提出了一种新颖和高效的算法,其分析了在逆透视映射(IPM)之后从道路图像产生的波形。该算法包括两个主要阶段:第一阶段使用包括CNN的图像预处理来减少背景并增强车道标记。第二阶段获得道路图像的波形并分析波形以获取车道。这项工作的贡献是我们引入了波形的本地和全局特征来检测车道标记。结果表明,所提出的方法在检测和拟合车道标记方面是稳健的。

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