Development of a Smart Parking Management System Using Round Robin Scheduling

Abstract

The use of Radio Frequency Identifications (RFID) technology in automations has resulted in significant reductions in transactions costs and decreases in stock scarcity. Most RFID networks include several forms of automation. There are a variety of RFID devices, including readers, writers, scanners, sensors, and controllers. Selecting an RFID-enabled smart parking system with the Round Robin algorithm provides a complete answer for precise car identification, equitable space distribution, better traffic flow, and improved user experience. By combining the advantages of both technologies, a parking management system that is both effective and well-organized is produced. Using RFID technology in conjunction with a fair allocation technique, a Smart Parking System using the Round Robin algorithm aims to provide an effective, well-organized, and user-friendly parking management system. The challenges faced by parking-lot management systems have been addressed in this research with the use of RFID technology. Key elements of RFID technology include RFID readers, RFID labels, computers, obstacles, and software. Management, control, transaction reporting, and operations of parking lots in different sections of the city have all been taken care of by the program. RFID reader’s label and barrier would be used to manage the parking lots' check-in and check-out processes. Using this technology would drastically cut down on the expense of human resources. With RFID technology, unattended, secure, atomized parking lots will soon be a reality. Results show that the 98% of accuracy and 1% of loss in validation data set.