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首页> 外文期刊>IEEE Geoscience and Remote Sensing Letters >A Geometric Error Model for Misaligned Calibration Target in Passive Microwave Remote-Sensing Systems
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A Geometric Error Model for Misaligned Calibration Target in Passive Microwave Remote-Sensing Systems

机译:被动微波遥感系统中校准目标未对准的几何误差模型

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摘要

We present a geometric error model associated with calibration-target misalignment in passive microwave remote-sensing systems. The developed analytic formulation is universally applicable to both lateral and rotational misalignment conditions. Numerical simulations are performed on two practical blackbody targets of different sizes used as radiation references for passive microwave remote sensing. The significance of this work is to furnish a framework of uncertainty analysis due to target misalignment and to provide a reference for alignment requirements based on passive radiometer measurement sensitivity.
机译:我们提出了与被动微波遥感系统中的校准目标未对准相关的几何误差模型。所开发的分析公式普遍适用于横向和旋转未对准条件。在两个不同大小的实用黑体目标上进行了数值模拟,这些目标被用作被动微波遥感的辐射参考。这项工作的意义在于为目标不对准提供不确定性分析的框架,并为基于无源辐射计测量灵敏度的对准要求提供参考。

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