无人机探测空闲车位车位引导的研究进展

Tasato Yuske, Zacharie Mbaitiga
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引用次数: 2

摘要

本文提出了一种利用无人机探测空闲车位进行车位引导的方法,以减少泊车管理员的工作量。为了使这个引导系统有效,我们首先使用安装在Parrot airdrome 2.0前面和下面的CMOS相机聚焦于停车场空闲空间的白线边缘来捕捉图像。在OpenCV软件环境下对摄像机采集的输入图像进行处理。免费车位的白线边缘先检测为RBG色,再转换为HSV色。最后根据白线轮廓信息进行蒙版处理。接下来,使用基于从学校停车场获取的数据集的模板匹配来执行停车位中汽车存在或不存在的范围。虽然实验结果显示无人机能够检测到停车场的空闲空间,但软件仍然需要改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Drone Detecting Free Parking Space for Car Parking Guidance
This paper outlines the drone detecting free parking space for car parking guidance in order to reduce the work load of parking guardman. For this guidance system be effective we focused first on the white line edge of the car parking free space using CMOS cameras mounted in front and under Parrot airdrome 2.0 to capture the image. The input image taken from the camera was processed in the OpenCV software environment. The white line edge of the free parking space was detected first in RBG color, then converted to HSV. And finaly a mask processing was performed based on the outline information of the white line. Next the range in which the presence or absence of the car in the parking space was performed using template matching based on the data set taken from the School parking lot. Algthouh the experimental result shows a good result in which the drone was able to detect the free space in the parking lot the software still need improvement.
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