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Implementation of an Image Processing based Smart Parking System using Haar-Cascade Method

机译:Haar-Cascade方法实现基于图像处理的智能停车系统

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In highly populated cities, finding available car parking slots is time consuming and may cause severe traffic congestions at the parking entrance. Therefore, a smart parking system with automated car detection is required so that the car drivers would have minimum effort and time to access the available parking location. This paper presents an implementation of image processing based smart parking system using Haar-Cascade method. The aim of this project is to develop a smart parking system on a single-board computer and a camera installed at a parking area. The image processing for car detection is performed on Raspberry Pi interfaced with the Firebase cloud platform through an API. The system posts the data to the Firebase channel, enabling an Internet of Things (IoT) based parking system. A mobile application is developed for visualization and hence the data is accessible through the car driver's phone. The system was tested at a simple parking lot with a line of car slots. The experimental results with different condition of parking areas and different camera view angles are discussed in the paper.
机译:在人口稠密的城市中,找到可用的停车位非常耗时,并且可能导致停车入口处的严重交通拥堵。因此,需要具有自动汽车检测功能的智能停车系统,以便汽车驾驶员能够以最少的精力和时间来访问可用的停车位置。本文提出了一种利用Haar-Cascade方法实现基于图像处理的智能停车系统的实现。该项目的目的是在单板计算机上开发智能停车系统,并在停车区安装摄像头。用于汽车检测的图像处理是在通过API与Firebase云平台连接的Raspberry Pi上执行的。该系统将数据发布到Firebase通道,从而启用基于物联网(IoT)的停车系统。开发了用于可视化的移动应用程序,因此可以通过汽车驾驶员的电话访问数据。该系统在带有多个车位的简单停车场进行了测试。本文讨论了在不同停车位条件和不同摄像机视角下的实验结果。

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