Smart Car Parking System

Chia, William Jiun Woo (2024) Smart Car Parking System. Final Year Project (Diploma), Tunku Abdul Rahman University of Management and Technology.

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Abstract

The Smart Car Parking System project aims to address the growing difficulties of urban congestion and a scarcity of parking spaces by creating an intelligent and smart automobile parking management system. This project examines the design, development, and application of a state-of-the-art smart auto parking system as a student earning a diploma in electronic engineering, with the goal of enhancing urban mobility and drivers' overall parking experiences. This project's goal is to construct an on-site slot module that will keep track of each parking space's availability. Inconvenient traffic is caused by an excessive number of vehicles on the road during rush hour. Users may easily locate available spots in parking lots with the adoption of a smart auto parking system. Additionally, because no human involvement is necessary thanks to the different sensor systems employed in system development, our parking system's capacity to lessen city traffic, and the recommended models for automated parking. Because all such systems operate simultaneously and do not need customers to wait, this idea decreases the length of time consumers generally have to wait for a parking place. The project consists of four major subsystems, the first of which designs a power supply utilising ESP32 Dev Kit V1. The sensor subsystem circuit also incorporates IR sensors. The LED indicator is the next subsystem, and it displays vacant parking lots as well as approved and unauthorised persons via Arduino Cloud. Additionally, the PC will process the controller's output using C#, C++, and assembly language software to manage the database. In order for the vehicles to enter or depart via entry and exit parking systems, it also contains an automated door opening and closing system that makes use of a servo motor. It was designed to fit eight vehicles, but it has room for more if demand dictates it.