A Method of Parking Space Detection Based on Image Segmentation and LBP

W. Lixia, J. Dalin
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引用次数: 23

Abstract

This paper proposes a novel parking spaces detection algorithm which is based on image segmentation and local binary pattern. The vehicles are usually contains a lot of compositions, while the vacant parking spaces' composition is relatively small. According to this characteristic, we segment the parking image. To judge whether each parking area has a large number of small split or not, can achieve the detection of the parking stalls. In this paper, we improve the Mean Shift algorithm and achieve the accurate segmentation result. This proposed method was tested on indoor and outdoor parking lots. The result confirmed the efficiency of the proposed method, with the detection rate being over 97%. But, this method fails to detect non-vehicle objects and when the Vehicle color and ground color is very similar. So we the introduce the texture features, use LBP (local binary pattern) to extract the parking texture feature. Using the complementary between features and ultimately to achieve accurate detection.
基于图像分割和LBP的车位检测方法
提出了一种基于图像分割和局部二值模式的车位检测算法。车辆通常包含很多成分,而空置停车位的成分相对较少。根据这一特点,对停车图像进行分割。判断每个停车区域是否有大量的小分割,可以实现对停车摊位的检测。本文对Mean Shift算法进行了改进,得到了准确的分割结果。在室内和室外停车场进行了试验。结果证实了该方法的有效性,检出率达97%以上。但是,当车辆颜色和地面颜色非常相似时,该方法无法检测到非车辆物体。因此,我们引入纹理特征,利用局部二值模式(LBP)提取停车纹理特征。利用特征之间的互补,最终实现准确的检测。
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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