Number Plate Detection using Deep Learning and Automatic Gate Control
Year: 2025
Type: article
Abstract: In the realm of increasing security and automation, this research paper presents a novel approach to automatic gate control using number plate detection with OpenCV. The system leverages an Arduino microcontroller paired with a camera to identify and verify vehicle license plates at entrance gates, streamlining access control processes without human intervention. Building on methodologies and findings from existing literature, such as the use of PIC microcontrollers and MATLAB in previous systems, our approach integrates modern image processing techniques to enhance accuracy and reliability. Our system is designed to improve convenience and security at various premises requiring restricted access, including industrial facilities, academic institutions, and residential complexes. The camera captures vehicle images, which are then processed using OpenCV to extract and recognize the license plate numbers. Verified numbers trigger the Arduino to control a servo motor and buzzer, ensuring that only authorized vehicles gain entry. This study demonstrates the efficacy of combining hardware and software solutions to create an automatic gate control system that not only reduces the need for human oversight but also increases the speed and accuracy of vehicle entry management. The implementation highlights a significant reduction in processing time, aligning with contemporary needs for efficient and secure vehicle identification mechanisms in a world of growing vehicular traffic and security concerns.
Authors: Jyoti M. Kharade, Abhilash Ajay Mulik, Vaishnavi Bhagvan Sasane, Sanika Kashinath Bandagar, Hemant Shashikant Yadav
Language: English
Subfield: Media Technology
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W6912031069
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