Automated parking solutions for urban parking spaces.pptx

A solution proposed for efficient automated parking

1. AUTOMATED PARKING SOLUTION YASH ROY BISEK BABU KHANAL ANKIT KUMAR DEO

2. ABOUT THE PROJECT 01 Significance of the project and motivation behind development TABLE OF CONTENTS 02 key components of project and its basic functionalities PROJECT OVERVIEW 03 W hat project aims to achieve and why PROJECT GOALS AND OBJECTIVE 04 The technology and algorithm used in this project IMPLEMENTATION DETAILS 05 E xplanation on how this system improves stability, security and experience BEN E FITS OF THIS PROJECT 06 A rchitecture, hardware components and software components used PROJECT DESIGN

3. ABOUT THE PROJECT

4. Welcome to our presentation on the Automated Parking System, a cutting-edge solution designed to revolutionize the way parking is managed and experienced. In today's urban landscapes, parking congestion and inefficiencies have become increasingly prevalent, leading to frustration among drivers and challenges for parking facility operators. The Automated Parking System addresses these issues head-on by leveraging advanced technologies and innovative algorithms to automate key aspects of the parking process.

5. The project focuses on developing an Automated Parking System (APS), which aims to revolutionize the traditional method of parking management by incorporating advanced technologies such as Internet of Things (IoT), computer vision, and machine learning. The Automated Parking System is designed to automate various aspects of the parking process, including vehicle entry, parking slot allocation, and exit procedures. This automation streamlines the parking experience for users, reduces wait times, and enhances overall efficiency

6. With urbanization on the rise, the demand for parking spaces has surged, leading to overcrowding and inefficiencies in conventional parking systems. The APS aims to tackle these challenges by optimizing parking management through automation. By automating tasks such as vehicle entry, parking slot allocation, and exit procedures, the APS streamlines the parking process, reducing wait times and improving overall efficiency. Drivers benefit from a hassle-free parking experience, with real-time updates on parking availability and designated parking slots In addition to enhancing efficiency, the APS prioritizes security by incorporating advanced surveillance and monitoring capabilities. Automated license plate recognition technology ensures secure access control, minimizing the risk of unauthorized entry and enhancing overall safety within the parking facility. Enhanced Efficiency and convenience Addressing Urban parking challenges Improved security measures

7. PROJECT OVERVIEW

8. VEHICLE ENTRY VEHICLE EXIT UPDATING IN DATABASE LICENCE PLATE DETECTION PERMITTING CAR TO ENTER PARKING SLOT ALLOCATION LICENCE PLATE DETECTION UPDATING IN DATABASE PERMITTING CAR TO EXIT

9. GOALS AND OBJECTIVE

10. To Develop an Automated Parking System (APS) utilizing IoT, computer vision, and machine learning for automating parking processes. To Improve parking efficiency by automating vehicle entry, parking slot allocation, and exit procedures through the APS. To Enhance security within parking facilities with advanced surveillance features like license plate recognition and real-time alert systems. To Provide drivers with real-time information on parking availability, rates, and assigned slots to reduce congestion and improve convenience. To Promote sustainability by optimizing parking space utilization, reducing emissions, and facilitating smoother traffic flow. To Ensure the Automated Parking System is scalable, adaptable, and capable of integrating future technological advancements.

11. PROJECT DESIGN

12. Cameras: High-resolution cameras equipped with computer vision capabilities are installed at entry and exit points to capture vehicle images and license plates. Digital Displays: LED displays are placed at strategic locations within the facility to provide users with real-time parking information and directions. HARDWARE COMPONENTS

13. SOFTWARE ARCHITECTURE Front-end Interface: A user-friendly interface, accessible via digital displays or mobile apps, allows drivers to navigate the parking facility, locate assigned parking slots, and access relevant information. Back-end System: The back-end system comprises databases, servers, and algorithms responsible for processing vehicle data, managing parking slot allocation, and facilitating payment processing. Integration with External Systems: The APS may integrate with external systems such as payment gateways, license plate recognition software, and security systems to enhance functionality and interoperability.

14. Computer Vision: Advanced computer vision algorithms are utilized for license plate recognition, vehicle detection, and image processing. Machine Learning: Machine learning models may be employed for character recognition, anomaly detection, and predictive analytics to optimize parking operations. IoT Integration: IoT devices facilitate seamless communication between hardware components and software systems, enabling real-time data exchange and decision-making. ALGORITHMS AND TECHNOLOGIES

15. SECURITY FEATURES Access Control: Access control mechanisms such as barriers and gates restrict entry and exit to authorized vehicles, ensuring secure operations within the parking facility.

16. IMPLEMENTATION

17. Preprocessing : Converting input images to grayscale, enhancing contrast, and reducing noise. License Plate Detection: Using contour detection and filtering to identify license plate regions. Character Segmentation: Segmenting characters within the license plate region using connected component analysis. Character Recognition: Training a machine learning model to recognize alphanumeric characters on the license plate.

18. Post-processing: Refining recognized characters and validating the character sequence for accuracy. Integration and Deployment: Integrating the APS into the overall system architecture and deploying it for real-world use.

19. BENEFITS OF AUTOMATED PARKING

20. Automated processes reduce waiting times and enable faster parking. Improved Efficiency Enhanced Security Automated monitoring and surveillance minimize the risk of unauthorized access and theft. Reduced reliance on manual labor leads to cost savings for parking facility operators. Cost Savings User Convenience The streamlined parking process simplifies the experience for users, making parking hassle-free.

21. Drivers receive instant updates on parking availability, reducing frustration and congestion. Real-time Information

22. THANKS! DO YOU HAVE ANY QUESTIONS? YASH ROY [email protected] 7091850685