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A New Robust Image Feature Point Detector

机译:一种新的强大图像特征点检测器

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摘要

A scale space-variant filter (SVF) is proposed on the basis of Harris arithmetic operators, which can smoothly isolate noiseefficiently at the situation of keeping edge information of the image. Comparing SVF with Gaussian filter under step jump signal andinitial image input, the result indicates that SVF is better than Gaussian filter. Using SVF to detect feature points of an image, theexperiment shows that feature points detected from SVF output contain more edge information. Using 2D space limitations, Euclidiandistance limitation and angle limitation, we can eliminate redundant feature points so that all the useful feature points are distributed in allregions of the image evenly. From the result of the examination for noise-contained image, we can draw the conclusions that the newrobust feature point detector can get more accurate position of feature points and the distribution of the points is more rational than that ofthe points without those limitations.
机译:在哈里斯算术运算符的基础上提出了一种规模空间变量滤波器(SVF),这可以平稳地隔离噪声有效地在保持图像的边缘信息的情况下。在步进跳转信号下将SVF与高斯滤波器进行比较初始图像输入,结果表明SVF优于高斯滤波器。使用SVF检测图像的特征点,实验表明,从SVF输出检测到的特征点包含更多边缘信息。使用2D空间限制,欧几里德距离限制和角度限制,我们可以消除冗余特征点,以便所有有用的特征点都分发布图像的区域均匀。从噪声含量的图像检查结果,我们可以得出新的结论强大的特征点探测器可以获得更准确的特征点的位置,并且点的分布比其更合理没有那些限制的点。

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