IOT Based Smart Car Parking System Using Arduino

Abstract

The objective of this paper is to offer the basic components such as a microcontroller to a simple automatic parking allocation system that may solve the difficulties of parking allocation. It monitors and reports the availability of a single parking place using an IOT module on-site. Parking vehicles efficiently and easily using slots control is described in this paper, which proposes an IOT- based coordinated architecture for doing so. It has an IOT module that monitors parking spot accessibility needs and alerts the driver. Research also shows an anomalous status of framework engineering. As a concluding part, the framework is examined in a specific usage case, demonstrating its validity. The Ultrasonic Range Sensor is used by Arduino to do this. Ultrasonic sample drivers can be used to locate vacant parking spaces in a car park. As soon as a sensor senses an empty space, it communicates the information about the vacancy to an ultrasonic sensor. By programming Arduino and sensors, we achieved it. The car parking allocations offered in the retail complexes, malls, multi-story buildings, etc. have generally assigned people to manually monitor traffic and assign parking spots, which make the procedure more complicated to park vehicles without any problems. A basic parking automation system using IR sensors on the parking space to detect parked cars, an LED notification panel to indicate certain empty parking lots, and an indicator to instruct persons may prevent traffic at parking spots’ doorways and assist them simply parks their cars. The proposed research therefore creates and executes a system model prototype to manage the traffic in car parks and alert drivers of the availability of parking space. In addition, the servo gate was supplied, which primarily aims for the opening and closing of the portal to allow and limit cars inside and outside the car parks for information from the IR sensors in the entry and depending on the IR sensors in the slots.