基于RGB颜色提取器的车牌识别器设计流程

Yonghui Jia, T. Gonnot, J. Saniie
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引用次数: 4

摘要

车牌识别系统是基于机器视觉技术设计的,不需要人为的直接干预。本文提出了一种基于RGB颜色提取器的高效LPR技术。该方法能够实时识别车牌上的字母和数字字符。为了分析其性能,该技术已经在大量图像上进行了测试。测试图像是在不同条件下,包括不同角度、亮度和天气条件下,从车辆的前部和后部捕获的。根据本文给出的实时测试结果,我们使用该技术获得了98.5%的字符提取准确率和95.1%的字符识别准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design flow of vehicle License Plate reader based on RGB color extractor
In the vehicle license plate reader system, the License Plate Recognition (LPR) is designed based on machine vision technology without any direct human intervention. This paper presents an efficient LPR technique based on the RGB color extractor. The proposed method is capable of recognizing alphabets and numeric characters on the license plate in real-time. This technique has been tested with a large number of images in order to analyze its performance. The tested images are captured from the front and rear of the vehicles under different conditions, including different angles, luminance, and weather conditions. With the real-time test results shown in this paper, we obtain 98.5% accuracy for character extraction and 95.1% accuracy for character recognition using this technique.
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