基于物联网传感器的智能停车先进驾驶员辅助系统

B. Mahendra, S. Sonoli, N. Bhat, Raju, T. Raghu
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引用次数: 37

摘要

智能停车系统通常获取特定地理区域的可用停车位信息,并对其进行实时处理,以方便车辆在可用位置停车。智慧城市涉及的关键问题之一是停车设施和交通管理系统。物联网(IoT)使周围环境中的事物能够连接到互联网,并使从任何远程位置访问这些事物变得容易。物联网技术的有效利用可以在某些方面缓解人类的生活。提出的工作是物联网与云计算技术结合的应用之一。本工作的目标是设计、分析和实现“基于物联网传感器的停车系统”,使用户能够通过移动应用程序从远程位置预先预订车位。有效预订的认证被纳入,以使有效用户受益。本系统采用低成本红外传感器实现,树莓派3b模型用于实时数据采集,E-Parking移动应用。E-Parking移动应用程序是使用android studio开发的,其基带版本为android 4.3。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT based sensor enabled smart car parking for advanced driver assistance system
Smart parking systems typically obtain information about available parking spaces in a particular geographic area and process it in real-time to facilitate vehicle parking at available positions. One of the key issues that smart cities relate to is car parking facilities and traffic management systems. Internet of Things (IoT) enables the connectivity between surrounding environmental things to internet and makes easy to access those things from any remote location. The effective use of an IoT technology can ease human life in some aspects. The proposed work is one of the applications of combination of IoT and cloud computing technology. The objective of this work is to design, analyze and implement “IoT based sensor enabled car parking system”, this enables the user to pre reserve parking slot from remote place with the help of mobile application. Authentication of the valid booking is incorporated to benefit valid user. This system is implemented using low-cost IR sensors, Raspberry-Pi model 3b for real-time data collection, E-Parking mobile application. E-Parking mobile application is developed using android studio having baseband version of android 4.3.
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