Smart Parking Management System
Rounak Bisen , Tejas Nahargadkar , Sakshi Paswan , Anshuraj Mishra, Omprakash Dewangan
Department of Computer Science
Engineering
Kalinga University
New Raipur, India
Abstract---- Smart parking management systems have emerged as a solution to the ever-growing parking woes in urban areas. The development of the Internet of Things (IoT) and cloud computing technologies have enabled the creation of such systems, which not only offer convenience to drivers but also optimize the utilization of parking spaces. In this paper, we present a smart parking management system that utilizes an IoT-based approach. The system consists of a Node MCU board, RFID reader, servo motor, and a 1" OLED display, among other hardware components. It is designed to provide real-time information about parking availability and facilitate the booking of parking spots. The system is powered by NodeJS and MySQL, which enable efficient data management and communication between the hardware and software components. We also present the results of a case study conducted to evaluate the system's performance, which demonstrated its effectiveness in optimizing parking space utilization and improving user experience. The system has the potential to be implemented in various parking scenarios, including residential areas, shopping centers, and commercial buildings.Smart parking management systems are designed to tackle the problem of limited parking spaces in urban areas. They use a variety of technologies, including sensors, cameras, and mobile applications, to enable real-time parking information and make the process of finding and reserving a parking space more convenient and efficient for drivers.
In addition to these hardware-based methods, smart parking also relies on software technologies to manage and optimize parking operations. For example, machine learning algorithms can be used to predict parking demand based on historical data, weather conditions, and other factors, and dynamically adjust parking allocation accordingly.
Keywords—Smart Parking, IoT, React JS, Node MCU, RFID.
