基于物联网的智能停车系统与电子票务

Chinnabattuni Avinash, Gaddam Rohit, Chintakrindhi Rajesh, Aala Suresh, S. Chinnadurai
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引用次数: 0

摘要

如今,随着智慧城市的增加,物联网的概念和使用越来越受欢迎。为了提高城市基础设施的生产力和可靠性,物联网领域正在不断发展。智能城市的人口庞大,大多数生活在这些智能城市的人都拥有自己的汽车。由于停车设施有限,交通拥堵等问题在这些智慧城市中持续存在。因此,人们把时间浪费在寻找停车位上。此外,在多个复杂区域停放车辆时,人们将收取停车费。在他们离开时,他们应该支付停车费,在这里使用实物货币,支付过程被延迟,因此导致交通拥堵。提出了一种基于物联网的智能停车电子票务系统。这里,在这个停车系统中,我们使用Arduino UNO作为处理单元,并使用RFID卡对每辆车进行单独识别,并在车辆进入停车场之前扣除停车费。只有当特定车主的账户中有足够的金额时,它才会被扣除,并将一条消息发送到他们的手机,大门将打开以停放他们的车辆。此外,可用于停车的插槽将显示在显示屏上,以便用户可以直接前往该插槽,而不会浪费太多时间。通过这种方法,我们可以最大限度地减少用户在寻找空车位停车时浪费的时间。
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 Smart Parking System With E-Ticketing
Now-a-days the concept and the use of Internet Of Things is gaining huge popularity with increase of smart cities. To increase the productivity and reliability of urban infrastructure consistent development is being made in the field of IoT. The population in the smart cities is huge and most of the people living in these smart cities own their vehicle. Due to the limited parking facilities problems such as traffic congestion is being continued in these smart cities. Due to this people waste their time in finding the parking slots. Also while parking the vehicle in multi complex areas people will be charged to park their vehicle. During their exit they should pay the amount charged for parking their vehicle and here with the use of physical money the payment process gets delayed and hence it leads to the traffic congestion. In this paper, an IoT based smart parking system with E-ticketing was proposed. Here, In this parking system we are using Arduino UNO as the processing unit and RFID cards to identify each vehicle individually and deduct the charge for the parking before they enter into parking area. Only if there is sufficient amount in the account of that particular vehicle owner, it will be deducted and a message will be sent to their mobile phone and the gate will open to park their vehicle. Also the slots that are available for parking will be shown on the display so that the user can directly head towards that slot without wasting much time. By this we can minimize the time that is being wasted by the user in finding a vacant parking slot to park the vehicle.
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