High definition licence plate detection algorithm

Z. Jeffrey, S. Ramalingam
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引用次数: 9

Abstract

This paper describes a background noise elimination technique introduced for License Plate (LP) detection algorithms specifically designed for High Definition (HD) images to deal with the surplus data they contain. The images are firstly enhanced using a robust method, followed by the application of morphological operators and histogram percentile autonomous thresholding for removing background noises keeping the resulting image grey. Finally, greyscale edge detection based segmentation is applied to extract the candidate regions of interest. Experiments on thousands of images show an improvement not only in LP detection in HD images, but also in edges processing time, which compensates for the additional time due to background noise elimination. The proposed algorithm is also tested on Standard Definition (SD) images where higher LP detection success is observed on SD images with complex background scenes.
高清车牌检测算法
本文介绍了一种背景噪声消除技术,用于车牌(LP)检测算法,该算法是专门为高清晰度(HD)图像设计的,用于处理车牌中包含的多余数据。首先使用鲁棒方法对图像进行增强,然后应用形态学算子和直方图百分位数自治阈值去除背景噪声,保持图像灰度。最后,采用基于灰度边缘检测的分割方法提取感兴趣的候选区域。在数千张图像上进行的实验表明,该方法不仅改善了高清图像的LP检测,而且改善了边缘处理时间,弥补了背景噪声消除所带来的额外时间。该算法还在标准清晰度(SD)图像上进行了测试,在具有复杂背景场景的SD图像上观察到更高的LP检测成功率。
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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