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  3. April 2024

April 2024

Smart Vehicle Parking Facility and Monitoring System Using ML

1Prof. Rohan Kokate, 2Dishant Kohad, 3Amita Hiwarkar, 4Pooja Godbole, 5Rutik Bhasarkar
1,2,3,4U.G. Student, Department of Information Technology Engineering, JD Engineering College, Fetri Nagpur, Maharashtra, India
5Ass Prof, Department of Information Technology Engineering, JD Engineering College, Fetri Nagpur, Maharashtra, India
DOI : https://doi.org/10.58806/ijirme.2024.v3i4n19

Abstract

In response to the exponential growth of vehicles in the last two decades, we propose a Machine Learning-based Smart Parking System designed to address the challenges of parking management without the need for sensors or IoT technology. This system leverages cloud computing and a cyber-physical framework to streamline parking operations, providing real-time information to users about parking slot availability, efficient management of reserved and unreserved slots, detection of anomalies, and intelligent traffic management. With a user-friendly interface, the system minimises human intervention, resulting in time, cost, and energy savings, offering an enhanced and efficient solution for urban parking management.In response to the exponential growth of vehicles in the last two decades, we propose a Machine Learning-based Smart Parking System implemented as a web application using HTML, CSS, and JavaScript, without the need for sensors or IoT technology. This web-based system leverages cloud computing and a cyber-physical framework to streamline parking operations, providing real-time information to users about parking slot availability, efficient management of reserved and unreserved slots, detection of anomalies, and intelligent traffic management. With a user-friendly interface, the system minimises human intervention, resulting in time, cost, and energy savings, offering an enhanced and efficient solution for urban parking management.

Keywords:

Smart Parking, Parking Management, Real-time Parking, Traffic Management, Machine Learning, Web Application.

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