License Plate reader with PUC Details using Image Processing and Deep Learning

R. Patil, Sakshi Deshpande, H. Khan, Prajakta Mhatre
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Abstract

As each vehicle is uniquely acknowledged by its license plate, the Transport System places a high priority on finding and recognizing of license plates. The news is constantly reporting on accidents and missing cars. Authorities must acknowledge all of these unlawful acts. As a result, research into the identification and recognition of vehicle number plates is ongoing. However, identifying a vehicle’s number plate has always been difficult for a number of reasons, such as brightness changes, shadows cast by moving vehicles, erratic license plate character types, different plate styles, and color effects caused by the surroundings. In this system, Number plate of vehicle is detected from a live video or an image. There is image preprocessing and segmentation done on the live video or number plate image. Deep learning model methods are used, the characters from it are separated and then each character gets recognized. This helps to collect the vehicle overall project then the capabilities of different techniques into one integrated automatic system are summarized. This kind of systems can be implemented on the roadside and makes a real time comparison between passing car and list of stolen cars. This detected license plate number could also be used in car parking systems. PUC which stands for Pollution Under Control, where emission levels of vehicles and the regular renovation of the PUC certificate is done or not is verified and the details are shown. This will help in keeping an overall check on vehicles and the task which most of the places do manually to check the PUC certificate for checking status, can be verified quickly and the fine can be implemented as per so.
车牌阅读器与PUC细节使用图像处理和深度学习
由于每辆车的牌照都是唯一的,因此运输系统高度重视查找和识别牌照。新闻不停地报道事故和失踪的汽车。当局必须承认所有这些非法行为。因此,对车牌识别和识别的研究正在进行中。然而,由于亮度变化、移动车辆投射的阴影、不稳定的车牌字符类型、不同的车牌样式以及周围环境造成的颜色效果等原因,识别车辆车牌一直很困难。在该系统中,车辆号牌从实时视频或图像中检测。对现场视频或车牌图像进行图像预处理和分割。采用深度学习模型方法,对其中的字符进行分离,然后对每个字符进行识别。这有助于收集车辆整体项目,然后将不同技术的能力总结为一个集成的自动化系统。这种系统可以在路边实施,并实时比较过往车辆和被盗车辆的列表。这种检测到的车牌号码也可以用于汽车停车系统。PUC代表污染控制,其中车辆的排放水平和PUC证书是否定期更新进行验证,并显示详细信息。这将有助于对车辆进行全面检查,并且大多数地方手动检查PUC证书以检查状态的任务可以快速验证,并且可以按此执行罚款。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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