Smart Parking System with IoT

M. -, R. .., A. ., H. -, K. Suriya
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Abstract

Based on the findings of leading analytics organizations, an average person living in a metropolitan city wastes around 17 hours each year by driving around trying to find a parking spot. In this paper, we will be attempting to solve this problem by using a microcontroller module and IR sensors that work in tandem with an IoT (Internet of Things) system. The prototype consists of a NodeMCU ESP8266 wifi module with a built-in microcontroller and 5 IR sensors. The microcontroller module receives the data gathered by the 5 IR sensors, two of which are placed at the entrance and exit gates while the other three are placed at the respective parking spots to detect whether that spot is occupied or not. The microcontroller module then uploads the received data to the IoT system which then uses the data to guide the driver to a free parking spot. When implementing this concept, we find that the driver experiences a much less tedious and much more time-efficient process when parking his/her vehicle.
物联网智能停车系统
根据领先的分析机构的调查结果,居住在大都市的人平均每年浪费大约17个小时的时间来开车寻找停车位。在本文中,我们将尝试通过使用与IoT(物联网)系统协同工作的微控制器模块和红外传感器来解决此问题。该原型由一个带有内置微控制器和5个红外传感器的NodeMCU ESP8266 wifi模块组成。微控制器模块接收5个红外传感器采集的数据,其中两个放置在出入口大门处,另外三个放置在各自的停车位处,检测该车位是否被占用。然后,微控制器模块将接收到的数据上传到物联网系统,然后使用这些数据引导司机到一个免费的停车位。在实现这一概念时,我们发现驾驶员在停车时体验了一个少得多的繁琐和更省时的过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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