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Parking lot guiding with IoT way

机译:物联网方式的停车场引导

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摘要

In this paper, we employed the technology of Wireless Sensor Network to issue a paper of combined APP and microprocessor to implement parking lots with smart guide. According to the survey, the system currently used in parking lot management can only prompt the parking lot location and the remaining parking spaces. With the development of the economy, the closeness of interpersonal exchanges, and the advancement of urbanization, serious steam locomotive parking problems have arisen that makes many drivers to have to spend a lot of time looking for the parking space. For the above reasons, this special study focuses on providing a smart function with IoT system development features and self-managed parking by APP via the personal mobile devices. It can provide clear and convenient operation for the parking lot near the hotel, and how many parking spaces are available. The most important thing is to clearly indicate the number of parking spaces that can be parked in the parking lot, so that we can save a lot of find time for parking space. Upon completion, the following features will be provided: 1). We can find the nearby parking lot and the number of free parking spaces through the provided app. 2). The most important thing is that after arriving at the parking lot, you can clearly indicate and guide to the parking space that can be parked. 3). Similarly, by the functions provided by AAP, drivers can also know their parking time and the parking fees they should pay, and they can control the time and cost of parking economically and effectively.
机译:本文利用无线传感器网络技术发表了结合APP和微处理器的论文,以智能指导实现停车场。根据调查,目前在停车场管理中使用的系统只能提示停车场位置和剩余的停车位。随着经济的发展,人际交流的紧密性以及城市化的发展,出现了严重的蒸汽机车停车问题,这使得许多驾驶员不得不花很多时间寻找停车位。由于上述原因,本项专题研究着重于提供具有IoT系统开发功能的智能功能以及APP通过个人移动设备进行自助管理停车的功能。它可以为酒店附近的停车场以及可用的停车位提供清晰便捷的操作。最重要的是清楚地指出可以在停车场中停放的停车位的数量,这样我们可以节省大量的停车时间。完成后,将提供以下功能:1)。我们可以通过提供的应用程序找到附近的停车场以及免费停车位的数量。 2)。最重要的是,到达停车场后,您可以清楚地指示并引导可停放的停车位。 3)。同样,通过AAP提供的功能,驾驶员也可以知道他们的停车时间和应支付的停车费,并且可以经济有效地控制停车的时间和费用。

著录项

  • 来源
    《Microelectronics & Reliability 》 |2019年第3期| 19-23| 共5页
  • 作者

    Tu Jih-Fu;

  • 作者单位

    St Johns Univ, Dept Ind Engn & Management, New Taipei, Taiwan;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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