A Novel Complex SAR Spatial De-Speckling Filter Evaluation Based On Time-Frequency Domain Formulation Of Texture Information

I. H. Shahrezaei, Hyun‐cheol Kim
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Abstract

The adverse effects analysis of high-frequency embedded speckle under implementation of spatial de-speckling filters on a reference SAR image is investigated in this paper. The investigation including the speckle probability distribution function (PDF) formulation and the power spectral density (PSD) function modeling as well as quality metrics evaluations. As a novel approach, an objective de-speckling filter classification has been proposed to further categorize the speckle suppression on the basis of their performance. The proposed evaluation method as well as the filter categorization are completely helpful for radar remote sensing and data preservation while dealing with low-resolution image restoration and spatial de-speckling filter application. The spatial resolution simulations are carried out with the help of a hybrid-domain processing algorithm.
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一种基于纹理信息时频域公式的复杂SAR空间去斑滤波器评价方法
研究了在参考SAR图像上应用空间去斑滤波器对高频嵌入散斑的不利影响。研究包括散斑概率分布函数(PDF)的建立和功率谱密度(PSD)函数的建模以及质量指标的评价。作为一种新颖的方法,我们提出了一种客观的去斑点滤波器分类方法,根据其性能对斑点抑制进行进一步的分类。所提出的评价方法和滤波器分类完全有助于雷达遥感和数据保存,同时处理低分辨率图像恢复和空间去斑点滤波器的应用。利用混合域处理算法进行了空间分辨率模拟。
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