旋转式自动泊车系统的设计与实现

Zeiad Ahmed Taha Abdelhamid, Raed M. T. Abdulla, G. Subhashini
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引用次数: 0

摘要

这个项目的主要目的是设计、开发和实现一个自动旋转停车场系统。在这个项目中,使用MIT APP Inventor开发了一个图形用户界面,这是一个物联网平台,允许用户通过他/她的移动应用程序以如此简单和自动化的方式控制整个旋转停车场系统,并且设计和构建了一个旋转停车场的原型,它可以容纳5个车位,以便测试和应用开发的物联网系统。先前开发的拟议系统的性能主要依赖于控制停车和检索过程的非自动化方法,这导致从用户到停车或检索他/她的汽车的物理接口,这就是为什么开发一个主要依赖物联网技术的自动化系统是该系统的主要目标和创新,与之前提出的系统相比。最后,与文献中开发的各种技术相比,该系统被证明是高效的,方便了停车和检索过程,并且为用户节省了时间和精力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of Rotary Automated Car Parking System
The main aim of this project is to design, develop and implement an Automated Rotary Car Park System. In this project, a Graphical User Interface using MIT APP Inventor which is an IOT platform, was developed to allow the user through his/her mobile application controls the whole rotary car parking system in such an easy and automated way as well as a prototype for the rotary car park had been designed and built-up where it could hold up 5 vehicles slots in order to test and apply the developed IOT system. The performance of the pervious developed proposed systems were mainly dependent on non-automated methods for controlling the parking & retrieving process, which lead to physical interface from the user to either park or retrieve his/her car, that’s why developing an automated system which mainly depend on the IOT technology was the main aim and innovation for the system comparing to what had been proposed before. Finally, the system proved to be efficient and facilitate the parking and retrieving process as well as save time and effort for the user as compared to the various techniques developed in the literature.
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