IOT Based Automatic Parking Management System

Abstract

Internet of things (IoT) is most recent and an important topic of the modern technology that plays an important role in our daily lives. IoT reduces human labor, human effCIrt, human time and erors due to human negligence. In the current are4 we are facing a new problem of parking of car. This is major issue in cities of today. This has led to the need for efficient parking management systerns. In this report, an IoT based smart car parking management system has been describe that allows for eflicient parking space utilization by using IoT technolory, by using IoT, we can access information using internet. The system is used for minimizing manpower. Power system had eight sensors such as TCRT5000 sensor and IR sensor. They connected to arduino Uno microcontroller. The TCRT5000 sensor were detection of the position of car and gave data which lots were occupied or not and the laser light for IR sensor were obstacle detecting of the position of the car before entering and exiting. Two servo motors also connected to arduino Uno. Servo motor opened or closed the gate when IR sensor detects the car. A database and an android application were connected to this system to store the data and apps will help the user to identiSing and booking the parking space. The system had also a LCD monitor that was connected to arduino Uno which was displayed the empty space of parking slots. The system hat a GSM module which was buildingup online communication. From the system, any drives can register and login with hislher appropriate name and mobile number to find the nearest parking space availability to park their car in that respective parking area by using our android apps that is the main objective of our system. And it mainly focuses on reducing the time to find out the parking slots and it avoids the unnecessary travelling and it also provides facility to pay fee online. The system reduces the global air pollution by unnecessary burns fuel. Thus it reduces carbon footprints in an atrnosphere.