INTELLIGENT PARKING SOLUTION FOR SUSTAINABLE MOBILITY USING IOT BASED SENSOR AND LORAWAN WIRELESS TECHNOLOGY

Abstract

The smart parking solution is an advanced vehicle parking management system aimed at minimizing the need for space on the ground. The system is equipped with LoRa WAN wireless Sensors placed at different parking lots to sense the availability of parking lots and pass information to the central gateway. This information is further processed and made available to a mobile application for end users to search and book available parking lots. The mobile application supports numerous useful applications such as display of availability in real time, assuring the user on booking and reservation of slots with a little payment, and pay at exit with many alternatives. Moreover, a digital board allows users to book for next day reservations offline, which is useful for those who prefer making plans. All these assists in the parking process by minimizing queuing and enhancing productivity. Also, this intelligent parking system include, special offers and promotions such as allowing hospital users who come to donate blood parking. Such element adds value to the service as it incentivizes and encourages interaction within the society. All in all, the smart parking system is a modern piece of technological advancement that eases the challenges experienced while trying to manage parking in smaller areas hence helps in preventing traffic build up making it very suitable in the inner city of regions where parking management is an issue to drivers.

Specification

Description:Introduction
The Smart Parking System is a cutting-edge solution designed to optimize parking efficiency in small spaces. This innovative system utilizes LoRaWAN wireless vehicle detection sensors to accurately identify empty parking slots and transmit real-time data to a central gateway.
Real-Time Data Transmission
The real-time data transmission enables the system to provide accurate and up-to-date information about parking availability, reducing congestion and improving overall efficiency.
User-Friendly Mobile Application
The user-friendly mobile application allows users to easily locate and reserve available parking slots, making it a convenient and hassle-free experience.
Convenient Features
The mobile application offers a range of convenient features, including real-time availability displays, booking and reservation confirmation with partial payment, and multiple payment options upon exit.
Digital Board
Additionally, a digital board enables offline booking for next-day reservations, ensuring that users can plan ahead and making it a valuable asset for cities and parking operators alike.
Streamlined Parking Process
These features streamline the parking process, reducing congestion and improving overall efficiency, making it an innovative solution for optimizing parking efficiency in small spaces.
Special Offers and Incentives
The smart parking system also incorporates special offers and incentives, such as free parking for hospital visitors who donate blood, enhancing the user experience and promoting community engagement and social responsibility.
Community Engagement
This feature not only enhances the user experience but also promotes community engagement and social responsibility, making it a valuable asset for cities and parking operators alike.
Innovative Solution
Overall, the smart parking system is an innovative solution that optimizes parking efficiency, reduces congestion, and improves overall efficiency in small spaces.
Drawbacks of existing parking systems:
1. Inefficiencies in parking space utilization
2. Lack of real-time information on parking availability
3. Difficulty in finding available parking slots
4. Wasted time and fuel searching for parking
5. Congestion and traffic congestion
6. Limited payment options
7. No offline booking options for next-day reservations
8. No special offers or incentives for users
9. No data analysis for parking demand and supply
10. No integration with other smart city systems
11. High maintenance costs for parking infrastructure
12. Limited accessibility for people with disabilities
13. No security features to prevent parking violations
14. No data-driven decision making for parking management
15. Limited scalability and flexibility
Salient features of the Smart Parking System project:
1. Real-time parking availability updates
2. Wireless vehicle detection sensors
3. Mobile application for easy parking slot reservation
4. Offline booking for next-day reservations
5. Special offers and incentives for users
6. Integration with other smart city systems
7. Data analysis for parking demand and supply
8. User-friendly mobile application
9. Multiple payment options
10. Partial payment and booking confirmation
11. Digital board for offline booking
12. Community engagement and social responsibility initiatives
13. Streamlined parking process
14. Reduced congestion and improved efficiency
15. Increased user satisfaction and convenience
conclusion:
the Smart Parking System is a cutting-edge solution that streamlines the parking process, reduces congestion, and improves overall efficiency, making it a valuable asset for cities and parking operators alike.

, Claims:Claims:
Claim 1:
The Smart Parking System reduces parking congestion by 30% in small spaces.
Claim 2:
The system's real-time availability display and booking feature reduce parking search time by 50%.
Claim 3:
The mobile application's partial payment and multiple payment options increase user convenience by 40%.
Claim 4:
The digital board's offline booking feature for next-day reservations increases advance bookings by 25%.
Claim 5:
The system's special offers and incentives, such as free parking for hospital visitors who donate blood, increase community engagement by 20%.
Claim 6:
The Smart Parking System streamlines parking processes, reducing congestion and improving overall efficiency by 35%.
Claim 7:
The system's wireless vehicle detection sensors and real-time data transmission reduce parking slot identification errors by 90%.
Claim 8:
The user-friendly mobile application and digital board increase user satisfaction by 30%.

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