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A Novel IoT-aware Smart Parking System based on the integration of RFID and WSN technologies

机译:基于RFID和WSN技术集成的新型物联网感知智能停车系统

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Enabling a sustainable mobility is one of primary goals of the so-called Smart Cities vision, and in this perspective, the deployment of intelligent parking systems represents a key aspect. This paper presents a novel IoT-aware Smart Parking System based on the jointly use of different technologies, such as RFID, WSN, NFC, and mobile. It is able to collect, in real time, both environmental parameters and information about the occupancy state of parking spaces. To reduce the overall system costs, the possibility to use a solar RFID tag as cars' detection system has been analyzed. The system allows drivers to reach the nearest vacant parking spot and to pay for the parking fee, by using a customized mobile application. Furthermore, a software application based on RESTful Java and Google Cloud Messaging technologies has been installed on a CS in order to manage alert events. A proof-of-concept has been defined to demonstrate that the proposed solution is able to satisfy real requirements of an innovative Smart Parking System, while preliminary analysis of solar tag usage investigates the feasibility of the proposed detection solution.
机译:实现可持续的出行是所谓的“智能城市”愿景的主要目标之一,从这个角度来看,智能停车系统的部署是一个关键方面。本文基于RFID,WSN,NFC和移动等不同技术的结合,提出了一种新型的可感知IoT的智能停车系统。它能够实时收集环境参数和有关停车位占用状态的信息。为了降低总体系统成本,已经分析了将太阳能RFID标签用作汽车检测系统的可能性。该系统允许驾驶员使用定制的移动应用程序到达最近的空闲停车位并支付停车费。此外,基于RESTful Java和Google Cloud Messaging技术的软件应用程序已安装在CS上,以管理警报事件。已经定义了概念证明,以证明所提出的解决方案能够满足创新型智能停车系统的实际要求,而对太阳能标签使用情况的初步分析则研究了所提出的检测解决方案的可行性。

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