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Development of DLR's Innovative Remote Controlled Calibration Targets - Potential of Polarization Sensitive Measurements

机译:DLR的创新远程校准目标的开发-极化敏感测量的潜力

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For the radiometric calibration of a spaceborne synthetic aperture radar (SAR) system active and passive point targets with well known backscatter properties are used. The permanent advancement of upcoming SAR satellite missions regarding complexity, multiple operational modes, and accuracy lead to novel challenges for these reference targets. Full polarimetric SAR systems play an important role and the calibration of these systems requires reference targets with polarimetric backscattering properties. This paper gives an overview about the DLR activities concerning the development of accurate and innovative reference target including a presentation of results from polarization sensitive measurements.
机译:为了对星载合成孔径雷达(SAR)系统进行辐射校准,使用了具有众所周知的反向散射特性的主动和被动点目标。即将到来的SAR卫星任务在复杂性,多种操作模式和准确性方面的永久性进步,给这些参考目标带来了新的挑战。全极化SAR系统起着重要作用,这些系统的校准需要具有极化背向散射特性的参考目标。本文概述了有关发展精确和创新参考目标的DLR活动,包括偏振敏感测量结果的介绍。

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