基于SIFT和SURF算法的多光谱图像匹配研究综述

Q4 Social Sciences International Journal of Geoinformatics Pub Date : 2023-01-31 DOI:10.52939/ijg.v19i1.2495
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引用次数: 0

摘要

SIFT和SURF图像匹配被广泛应用于测绘、地质、医疗和汽车等行业。如今提供的多光谱传感器成为研究人员研究SIFT和SURF算法在多光谱图像上的性能的新挑战。基本上,多光谱图像由三个以上的波段组成。结果,这些带之间的差异导致图像之间的非线性强度。两种算法检测器都使用“斑点检测器”,提取特征点作为后续图像匹配的关键点。因此,特征在多光谱图像上的可见性较低是需要解决的问题之一。许多研究人员研究并提出了一种在多光谱图像上使用SIFT和SURF来提取和匹配特征点的新策略。为了取得良好的结果,研究人员采取了图像融合、不同描述符的组合以及算法本身的修改或更改等方法。
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Multispectral Image Matching Using SIFT and SURF Algorithm: A Review
SIFT and SURF image matching were used in many industries such as survey and mapping, geology, medical and automotive. Multispectral sensors offered today become new challenge for researchers to study the performances of SIFT and SURF algorithms on multispectral image. Basically, multispectral image consists of more than three bands. As a result, the differences between those bands leads to nonlinear intensity between images. Both algorithm detectors using ‘blob detector’ that extracting the feature points as a key point for image matching later on. Hence, the less visibility of the feature on the multispectral images was one of the issues need to be solved. Many researchers investigate and propose a new strategy to extract and match the feature point using SIFT and SURF on multispectral image. The image fusions, combinations of different descriptors and revised or alteration of the algorithm themselves were among the approached taken by researchers in order to achieved good results.
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来源期刊
International Journal of Geoinformatics
International Journal of Geoinformatics Social Sciences-Geography, Planning and Development
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