Unlocking Potential: Enhancing Parking Efficiency Through Automatic Vacancy Detection using IoT
Journal Title: International Journal for Modern Trends in Science and Technology - Year 2024, Vol 10, Issue 9
Abstract
Nowadays, the majority of individuals living in urban areas heavily rely on cars. Consequently, parking for automobiles has become a crucial aspect of our daily routines. Despite the prevalence of manual parking systems, they come with various challenges such as the need to search for vacant spots in a parking lot without prior knowledge of its occupancy status. This often results in wasted time and fuel. The current project introduces a car parking system that utilizes Raspberry Pi and MQTT protocol to provide real-time updates to a mobile application. The primary goal of this system is to offer up-to-date information regarding parking space availability, thereby enhancing convenience for drivers and optimizing parking management. Through the use of MQTT protocol, the central Raspberry Pi communicates with a mobile app installed on the user's device, delivering live updates on parking space availability. The mobile application showcases the parking lot layout with indicators such as F for filled and E for empty spaces, allowing users to easily identify available parking spots. This project highlights the potential of leveraging IoT technologies to create intelligent and interconnected systems that cater to modern security requirements.
Authors and Affiliations
https://doi. org/10. 46501/IJMTST1009002
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- EP ID EP747881
- DOI https://doi.org/10.46501/IJMTST1009002
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