Usefulness assessment of polarimetric parameters for line extraction from agricultural areas

Minyoung Jung, J. Yeom, Yongil Kim
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Abstract

In many agricultural applications, PolSAR data are widely used because they can be decomposed into various scattering components, which can be of help in observing the characteristics of agricultural areas. Recently, studies have been conducted to find suitable polarimetric parameters for specific applications. This paper tried to find appropriate polarimetric parameters for line extraction from agricultural areas as the line features are among the basic features of the surface. Towards this end, various polarimetric parameters were produced using polarimetric decomposition methods. LSD was used to extract lines from each polarimetric parameter image over agricultural areas, without any threshold value selection. The comparison of the line extraction result from each polarimetric parameter with the others was conducted through quantitative evaluation. Through this process, three parameters of the Pauli decomposition is found to be the suitable polarimetric parameters for line extraction from agricultural areas.
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农业地区线提取偏振参数的有效性评价
在许多农业应用中,PolSAR数据被广泛使用,因为它们可以被分解成各种散射分量,这有助于观测农业地区的特征。近年来,人们进行了研究,以找到适合特定应用的极化参数。由于直线特征是农田地表的基本特征之一,本文试图寻找合适的偏振参数来提取农田地表的直线。为此,使用极化分解方法产生了各种极化参数。在不选择阈值的情况下,使用LSD从农业区域的每个偏振参数图像中提取线条。通过定量评价,将各极化参数的线提取结果与其他参数进行了比较。通过这一过程,发现泡利分解的三个参数是适合农业地区线提取的极化参数。
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