基于树莓派的智能车位识别系统

Q2 Engineering
Raghav Agarwal, Gaurav Sharma, Nirdesh Singh, Hrishikesh S Nair, Yash Daga, D Venkata Lakshmi
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引用次数: 0

摘要

不断增长的人口需要更多的交通工具,这给停车位带来了压力。停车是城市公共场所的一个问题,比如剧院、商场、公园和寺庙。尽管出版物中提出了几种技术,但大多数地方仍在使用手动停车系统。对于寻找开放空间具有挑战性的大型场所,传统的停车安排需要更加古老和复杂。这可能导致交通拥挤、小事故和大范围事故。在停车管理系统复杂的现代,一种创新的停车点自动检测系统被引入。计算机视觉领域的专家被吸引到这个新兴领域来做出贡献。该系统可以判断汽车是完全停好还是部分停好。无论是在过程中还是之后,都不需要人为监督。随着停车场管理进入现代时代,计算机视觉变得越来越重要。该停车系统不仅可以让司机更容易地识别停车位,还可以加强停车管理和监控。由于监控停车位的技术,车辆将能够观察到可用的停车位。印度和其他新兴国家以及工业化国家最近对智能城市表现出了兴趣。本文的智能汽车停车系统的构思和实施利用树莓派和摄像头放置在各种停车位。通过一个网站和一个安卓应用程序,该项目创建并部署了一个实时系统,使车辆能够有效地找到并回收开放的停车位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent Raspberry-Pi-Based Parking Slot Identification System
A growing population necessitates more transportation, which pressures car parking spots. Parking is a problem for public places in cities, such as theatres, malls, parks, and temples. Even though several techniques have been suggested in publications, manual parking systems are still used in most places. For large locations where it is challenging to find open spaces, traditional parking arrangements need to be more archaic and convoluted. This might lead to heavy traffic, minor mishaps, and widespread accidents. In the modern era of sophisticated parking management systems, an automatic parking spot-detecting system has been introduced in an innovative format. Experts in computer vision are drawn to this emerging field to contribute. The system could tell if the automobile was fully or partially parked. Neither during the process nor afterward, human oversight is required. As parking management enters the modern era, computer vision is becoming increasingly critical. The parking system will not only make it easier for drivers to identify parking spaces but also enhance parking administration and monitoring. Vehicles will be able to observe available parking spots due to technology that monitors parking spaces. India and other emerging nations, as well as industrialized ones, have recently shown interest in smart cities. This article's smart auto parking system was conceived and implemented utilizing a Raspberry Pi and cameras placed in various parking spaces. Using a website and an Android app, this project creates and deploys a real-time system that enables vehicles to efficiently find and reclaim open parking spaces.
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来源期刊
CiteScore
4.00
自引率
0.00%
发文量
15
审稿时长
10 weeks
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