基于图像处理的多层车库智能停车系统

Chyn Ira C. Crisostomo, Royce Val C. Malalis, Romel S. Saysay, R. Baldovino
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引用次数: 5

摘要

本文研究了一种基于图像处理的多层停车场智能停车系统。汽车司机花费相当长的时间来寻找一个可用的停车位,而停车位分布在多个楼层,这导致了更长的排队和交通拥堵。通过Python IDLE和OpenCV库提出的系统设计,利用边缘检测和坐标绑定像素截面相结合的方法来确定所获取的素材中的停车位是否被占用。为了验证车位识别系统的准确性和可靠性,使用了实际室内车库的样本影像。通过本研究,与在每个停车位安装单独的汽车传感器相比,实时图像处理和停车位可用性更新提高了停车系统的效率,并降低了成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Multi-storey Garage Smart Parking System based on Image Processing
In this study, an image-processing based smart parking system was developed for multi-storey parking garages. Car drivers spend a considerably long amount of time finding an available parking space where slots are spread throughout multiple storeys which causes longer queues and traffic congestion. The proposed system design through the Python IDLE and the OpenCV library makes use of the combined edge detection and coordinate bound pixel sections in determining whether a parking space in the acquired footage is occupied or not. For the testing of the accuracy and reliability of the parking space identification system, sample footages of actual indoor parking garages were used. With this study, real time image processing and updating of the parking slot availability offers an increased efficiency to the parking system and lower cost than installing individual car sensors in each parking space.
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