使用 YOLO 和 OCR 自动识别未戴头盔的汽车驾驶员的车牌

Q3 Social Sciences Journal of Mobile Multimedia Pub Date : 2024-03-29 DOI:10.13052/jmm1550-4646.2021
Chunduru Anilkumar, Meesala Shobha Rani, Venkatesh B, G. S. Rao
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引用次数: 0

摘要

在摩托车事故中,未戴头盔是造成严重伤害的主要原因之一,因此迫切需要采取有效措施鼓励骑手使用头盔。为了制止这些频繁违反商业法规的行为,有必要进行定期观察。所提议的系统用于检测印度与骑摩托车不戴头盔有关的交通违规行为。该系统利用基于深度学习的对象检测,使用 YOLO 和 OCR 技术自动检测不戴头盔的骑行者,并提取车牌号码。所提议的系统旨在通过自动化流程和减少对人力的需求,提高检测违规行为的效率和准确性。该系统涉及三个层次的对象检测:人与摩托车/轻便摩托车、头盔和车牌。OCR 技术用于提取车牌号码,所有技术均受预定义条件和约束的限制。该系统设计为视频输入操作,以确保高速执行,并打算为检测头盔和提取车牌号码提供完整的解决方案。
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Automated License Plate Recognition for Non-Helmeted Motor Riders Using YOLO and OCR
One of the leading causes of serious injuries in motorcycle accidents is the failure to wear a helmet, pressing the need for effective measures to encourage riders to use helmets. To stop these frequent violations of business regulations, regular observation is necessary. The proposed system is for detecting traffic violations in India related to riding motorcycles without helmets. The system utilizes deep learning-based object detection using YOLO and OCR techniques to automatically detect non-helmet riders and extract license plate numbers. The proposed system aims to improve efficiency and accuracy in detecting violations by automating the process and reducing the need for manpower. The system involves three levels of object detection: person and motorcycle/moped, helmet, and license plate. OCR is used to extract the license plate number, and all techniques are subject to predefined conditions and constraints. The system is designed to operate on video input to ensure high-speed execution, and it intends to offer a complete solution for both detection of helmet and extracting the license plate number.
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来源期刊
Journal of Mobile Multimedia
Journal of Mobile Multimedia Social Sciences-Communication
CiteScore
1.90
自引率
0.00%
发文量
80
期刊介绍: The scope of the journal will be to address innovation and entrepreneurship aspects in the ICT sector. Edge technologies and advances in ICT that can result in disruptive concepts of major impact will be the major focus of the journal issues. Furthermore, novel processes for continuous innovation that can maintain a disruptive concept at the top level in the highly competitive ICT environment will be published. New practices for lean startup innovation, pivoting methods, evaluation and assessment of concepts will be published. The aim of the journal is to focus on the scientific part of the ICT innovation and highlight the research excellence that can differentiate a startup initiative from the competition.
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