一种新的基于模糊的快速高清晰度模板匹配算法

Xianping Fu, Yaguang Fu, Guoliang Yuan
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引用次数: 0

摘要

自动贴样页的准确性严重影响着样书生产的效率。为了实现更快速、更低成本的样书制作,根据样书的结构特点,提出了一种新的高速、高精度的样书检测算法。该算法将基于相关系数的模板匹配和图像空间变换相结合,设计了一种新颖的实时样本页面图像检测系统。该算法利用模板匹配的图像直方图相似结构特征,对标准模板匹配方法进行了改进,以满足实时图像处理的高精度要求。利用图像空间变换进行目标板定位,显著提高了特征点定位的精度,减少了约80%以上的计算量。实验结果表明,两台500万像素相机同步运行的时间成本在100ms以内。该算法不仅能准确匹配和定位模板,显著降低整体计算复杂度,而且能有效提高识别效率和鲁棒性,取得了比以往系统更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new fuzzy based fast and high definition template matching algorithm
The accuracy of automatic sample pages pasting seriously affects the efficiency of sample books' production. To achieve a more rapid and low cost production of sample books, according to the structure characteristics of the sample pages, a new high speed, high precision sample pages detection algorithm is proposed. The algorithm combines correlation coefficient based template matching and image space transformation, designed a novel real time sample pages image detection system. The algorithm has improved the standard template matching method with image histogram similarity structure characteristics of template matching to meet the high accuracy of real-time image processing requirement. The use of image spatial transformation for target plate location has dramatically improved the accuracy of the feature point's location, and reduced more than 80% calculating burden approximately. The experimental results show that the time cost running by two 5 megapixel camera synchronously is within 100ms. This algorithm not only can accurately match and locating the template, and significantly reduce the overall computational complexity, but also can effectively improve recognizable efficiency and robustness, gets a better performance than previous system.
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