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Optimum split-band parameters for phase offset retrieval

机译:用于相位偏移检索的最佳分割带参数

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The potential of Split-Band processing to determine the absolute phase of an interferometric pair of SAR images has been demonstrated in previous studies. In this work we propose a new approach based on the joint use of Split-Band Interferometry and SAR Interferometry for the phase leveling of disconnected regions of an unwrapped interferogram. In this paper a new selector of frequency-persistent scatterers is presented. In order to demonstrate the applicability of the method we propose an artificial disconnection of the regions to validate our results without any ground based measurements. The presented method is tested on TerraSAR-X images acquired with a range bandwidth of 150 MHz over the Nyamuragira volcano in the African region of the Kivu Rift. Several combinations of split parameters are applied and investigated to determine the best configuration for this application.
机译:在先前的研究中已经证明了分割带处理确定SAR干涉图对绝对相位的潜力。在这项工作中,我们提出了一种基于分割带干涉测量法和SAR干涉测量法的联合使用的新方法,用于展开的干涉图的非连接区域的相位水平。在本文中,提出了一种频率持久性散射体的新选择器。为了证明该方法的适用性,我们建议对区域进行人工断开以验证我们的结果,而无需进行任何基于地面的测量。在基伍裂谷非洲地区的Nyamuragira火山上以150 MHz的带宽获得的TerraSAR-X图像上测试了所提出的方法。应用并研究了分割参数的几种组合,以确定此应用程序的最佳配置。

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