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Study on Improving Image Feature Points Detection and Matching Accuracy in Binocular Vision System

机译:改善双目视觉系统中图像特征点检测和匹配精度的研究

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Image feature points detection and matching is the key to binocular vision system performance. The paper is to improve its matching accuracy. In the experiments, Harris algorithm, Susan algorithm and CSS algorithm were used on the same image to extract feature points. Compared with each other, three methods showed different advantages in terms of extracting feature points. And two methods were carried out in the feature points matching process, one method was based on Harris feature points detection while another method was based on SIFT algorithm. The results showed that SIFT algorithm had better matching effect, but matching accuracy remained to be further improved. As a result, we extended the search scope of the extreme points in DoG scale space of the SIFT algorithm and removed feature points around image boundary. Though the number of the detected points changed little, but its detecting accuracy was more reliable. Compared with the effect of traditional SIFT algorithm, the matching accuracy has been significantly improved.
机译:图像特征点检测和匹配是双目视觉系统性能的关键。本文是提高其匹配的准确性。在实验中,哈里斯算法,苏珊算法和CSS算法在同一图像上使用以提取特征点。与彼此相比,三种方法在提取特征点方面表现出不同的优点。在特征点匹配过程中执行了两种方法,一种方法基于Harris特征点检测,而另一种方法是基于SIFT算法。结果表明,SIFT算法具有更好的匹配效果,但仍有匹配的精度仍有进一步改善。结果,我们将筛选算法的狗秤空间中的极端点的搜索范围扩展,并删除了图像边界周围的特征点。虽然检测点的数量变化很少,但其检测精度更可靠。与传统SIFT算法的效果相比,匹配精度得到了显着改善。

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