Smart monitoring parking system using IR sensor

Mohd Sukri @ Mohd Zahir, Nur Akhmar Natasyaa (2024) Smart monitoring parking system using IR sensor. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (Full Text) Smart monitoring parking system using IR sensor.pdf - Submitted Version Download (1MB)

Abstract

Due to the country's quick economic expansion , more peoples are now afford to own a car. However, urban expansion is happening too quickly compared to the parking infrastructure. In many cities, traffic congestion and parking issues is not a new things. Finding a parking spot can take a lot of time for drivers, which can be unpleasant and annoying. Considering that conventional parking ticket systems, where manual monitoring approach with deployment of security guards and parking attendants to keep an eye on the parking spots, are still in practice. Parking facilities often deal with problems including unregistered parking, poor use of available spaces, and chellenges with tracking vehicles movements. Thus there is a need to develop a technological solution that can improve the overall efficiency and at the same time to minimize human intervention in parking management systems. Based on those problem statements, the main objectives of this project are to develop a smart monitoring and control mechanism for vehicle parking system that makes use of infrared (IR) sensor technology, together with Internet of Things (IoT) approach to get user connected. This project will also determine its capability, efficiency and limitation towards the entire designed system in delivering the monitoring and controlling tasks. Methodology implementation comprise of hardware, IoT cloud services database, and mobile application design phase respectively. Raspberry Pi 4 will play an important role in handling the overall functionalities of the system with the deployment of Infrared (IR) sensor in performing monitoring and controlling tasks. IoT cloud platform will be the main tools for database deployment focusing for datalogging and visualization purposes. End users then will be connected through android mobile application.The system's capabilities and usefulness in different parking situations will be further strengthened by future developments that prioritize accuracy, scalability, user features, and security.

Actions (login required)

View Item