Analysis on principle deviation of sub-pixel Zernike moments operator with 7x7 masks

Qi Dabin, XiaoJun Lu, Yulong Yao, Li Qiuju, Yao-jun
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引用次数: 1

Abstract

Zernike moments edge operator with 7x7 maskes is chosen as research object in this paper, principle deviation character of this operator caused by edge model is present, modified formula of edge translation 1 is deduced and given, it shows that the principle deviation is zero when edge lie in center pixel in a sample window, for another case, the edge translation 1 should be verified by modified formula of principle deviation. utilizing 7x7 masks to replace original Zernike moments operator with5x5 masks, the location accuracy of operator can be improved partly, but the masks Computer still adopted ideal step edge masks, because of the principle deviation in the masks exists as before. The paper is based on problem, conducts theory analysis about principle deviation of the operator, and Presents modified formula of edge range, further more, improves the location accuracy of the operator.
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7x7掩模亚像素Zernike矩算子的原理偏差分析
本文选取具有7x7掩模的Zernike矩边缘算子作为研究对象,分析了该算子由边缘模型引起的原理偏差特性,推导并给出了边缘平移1的修正公式,表明当边缘位于样本窗口的中心像素点时,原理偏差为零,当边缘处于中心像素点时,应当用修正的原理偏差公式对边缘平移1进行验证。利用7x7的掩模用5x5的掩模代替原来的Zernike矩算子,可以部分提高算子的定位精度,但由于掩模中的原理偏差依旧存在,所以计算机仍然采用了理想的步进边缘掩模。本文从问题出发,对算子的原理偏差进行了理论分析,提出了修正的边缘距离公式,进一步提高了算子的定位精度。
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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