基于cnn的智能停车系统

Hiba A. Abu-Alsaad
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引用次数: 1

摘要

由于汽车数量的增加,室外停车成为关键问题之一。此外,停车系统的管理也被认为是一项艰巨的任务。另一方面,人类已经习惯了通过在车辆到达之前提供准确的停车位置来有效地停车。由于人为的低效率,它没有成功,并最终增加了合规成本。由于物联网概念的发展。许多系统都安装了智能停车系统,这些系统正在降低成本,但也对减少汽车排放产生了巨大影响。虽然可以将物联网(IoT)设备集成到汽车中,但这种方法需要部署额外的基础设施,这将增加成本,而且在现有的基础设施配置下也不可行。还有一个事实是,闭路电视技术随处可见,而且足够小,可以放在任何停车场都不会被发现。本文设计并实现了基于卷积神经网络(CNN)的智能停车系统。CNN通过闭路电视摄像头检测空置和占用的停车位,并向乘客提供反馈。此外,该方法使用CNR和PKLot数据集来确保模型的有效性。这是为了解决现有系统的时间、成本和准确性问题而开发的。结果表明,所提出的模型在精度方面提供了很好的结果。此外,它是具有成本效益和节省时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CNN-Based Smart Parking System
Due to the increased number of cars, outdoor parking is one of the critical problems. Moreover, the management of the parking system is also considered a difficult task. Humans, on the other hand, were acclimated to efficiently parking their automobiles by providing them with the precise location of parking in advance of their arrival. As a result of human inefficiency, it was unsuccessful and ultimately increased the compliance cost. As a result of the development of the notion of the Internet of Things. A lot of systems were installed regarding smart parking systems that are decreasing the cost but also contain a huge impact on the reduction of emissions from cars. While it is possible to integrate Internet of Things (IoT) devices into automobiles, such an approach will necessitates the deployment of additional infrastructure, which will raise the cost, and also it is not feasible within current infrastructure configurations. Then there's the fact that CCTV technology is widely available and also small enough to fit into any parking area without being noticeable. In this paper, Convolution Neural Network (CNN) based smart parking system is designed and implemented. The CNN is used to detect vacant and occupied parking spaces through CCTV cameras and provide feedback to the passengers. Furthermore, the proposed approach is using CNR and PKLot datasets for ensuring the effectiveness of the model. This was developed to solve the issues of time, cost, and accuracy with the existing systems. As a result, the proposed model provides excellent results in terms of accuracy. Moreover, it is cost-effective and saves time.
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