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harrisSAM
- 光谱角(Spectral Angle)衡量像素间的相关性存在着差异，本程序用于计算光谱角，及光谱角匹配-Spectral Angle (Spectral Angle) to measure the correlation between pixels there are differences, the process used to calculate the spectral angle, and spectral angle matching
spectraMatch
- 该程序包包含了高光谱匹配中所用到的多种光谱匹配方法：光谱角度匹配，光谱相关匹配，相关角度匹配，梯度角度匹配，离散信息匹配，离散信息角度匹配等-The package includes several matching methods commonly used in high spectra remote Sensing。These are spectral angle matching(SAM）,spectral correlation matching(SCM),spectral corre
Histogram_Matching
- 这是笔者做实验的源码，辛辛苦写了一个月。在现在直方图匹配算法的基础上修改实现分段直方图去云，该算法目前可以正常运行，效果虽然不是很好，但是，算法考虑了很多的因素。如：考虑了遥感影像四个波段的波谱曲线的特征、考虑了地物的典型波谱曲线，考虑了地物的信息代表性等，所以实验对相关研究具有重要的参考意义。-This is the author experiment source code, Cincinnati hard to write for a month. In the present histo
pesonal-model-
- 实现LSM激光数据实时读取和入库,实现海量高分和高光谱数据的读取、显示和基本处理，实现图像特征点提取和匹配。备注：其中，有些功能利用别人公开已有的成果。-LSM laser to achieve real-time data reading and storage, to read scores and high mass spectral data, display and basic processing, image feature extraction and matching. Not
remote-sensing
- 这里为大家提供我们三次实习的源码（内附以报告形式的原理及过程说明） 1、NDVI（归一化植被指数）、DVI（差值植被指数）、RVI（比值植被指数）这三种植被指数典型算法和基于光谱特性的变化检测方法 2、实现Moravec算子（数字影像的点特征提取算法） 3、影像匹配的实质是在两幅（或多幅影像）上识别同名点-Here we provide our three internships source (included in the report in the form of princi
LineMatchingSourceCode
- 图像匹配是图像处理的基本问题，同时也一个难点，本代码是基于直线描述子的场景匹配。-Line segment matching plays an important role in image processing and computer vision, while it remains a challenging task for images under various transformations. In this work, we present a line matching alg
Code_including_Spectral_Matching
- 利用基于图谱理论进行图谱匹配，从而进行目标识别。参考资料 2005 ICCV A Spectral Technique for Correspondence-Using the map theory based on the map matching, so as to identify the target. Reference material： 2005 ICCV A Spectral Technique for Correspondence