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Detection of pedestrian crossing using bipolarity feature-an image-based technique

机译:使用双极性特征的人行横道检测-一种基于图像的技术

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This paper presents a novel approach for detecting pedestrian crossings to enhance the safety and mobility of blind people while crossing a road. It is extremely important for a blind person to know whether a frontal area is a crossing or not. In a crossing, the usual black road surface is painted with constant-width periodic white bands. An image-based technique has been developed to detect the bipolar patterns of pedestrian crossings. The presence of pedestrian crossings are inferred by careful analysis of crossing width, crossing direction, number of crossing bands, as well as bandwidth trend. Experimental evaluation of the proposed approach was conducted using 100 real images with and without crossings. It was found that the proposed technique performed with 95% accuracy and with no false positive.
机译:本文提出了一种检测行人过路处的新方法,以提高盲人过马路的安全性和机动性。对于盲人来说,了解额叶区域是否为十字路口非常重要。在十字路口,通常的黑色路面涂有恒定宽度的周期性白色带。已经开发了一种基于图像的技术来检测人行横道的双极型。通过仔细分析交叉口的宽度,交叉方向,交叉带的数量以及带宽趋势,可以推断出人行横道的存在。使用100个带交叉和不带交叉的真实图像对提议的方法进行了实验评估。发现所提出的技术以95%的准确度执行并且没有假阳性。

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