Converting DN value to reflectance directly by relative radiometric normalization

Changmiao Hu, Ping Tang
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引用次数: 3

Abstract

An automatic algorithm for relative radiometric normalization is presented. It directly normalizes the digital numbers (DN) of images band-by-band to surface reflectance. A united linear relationship from DN of target images to surface reflectance of reference images is derived and the applicable conditions are given. The iteratively re-weighted multivariate alteration detection (IR-MAD) transformation is used to select pseudo-invariant features (PIFs) automatically. The procedure is simple, fast and completely automatic. The algorithm is applied to normalize two Landsat TM images, and the result is satisfactory in both accuracy and consistency.
通过相对辐射归一化将DN值直接转换为反射率
提出了一种相对辐射归一化的自动算法。它直接将图像的数字数字(DN)逐带归一化到表面反射率。导出了目标图像的DN与参考图像表面反射率的统一线性关系,并给出了适用条件。采用迭代重加权多变量变化检测(IR-MAD)变换自动选择伪不变特征(pif)。程序简单,快速,完全自动。将该算法应用于两幅Landsat TM图像的归一化,结果在精度和一致性上都令人满意。
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