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The CryoSat interferometer: End-to-end calibration and achievable performance

机译:CryoSat干涉仪:端到端校准和可实现的性能

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Exploiting the interferometric capability of CryoSat, the interferometric phase related to the first arrival of the echo is used to retrieve the angle of arrival of the scattering in the across-track direction. This paper presents an assessment of the achievable end-to-end performance for the across-track angle that is retrieved by the CryoSat SARin acquisitions. In orbit calibration campaigns are periodically performed to monitor the performance and to calibrate the interferometer. We started from the analysis of the data acquired during the interferometer calibrations campaigns to verify if the current performance of CryoSat is in line with the system requirements. The analysis revealed that the interferometric measurements of CryoSat are exceeding the expected performance and that, by proper processing, it is possible to achieve further improvements for the accuracy on the retrieved across-track angle. (C) 2017 COSPAR. Published by Elsevier Ltd. All rights reserved.
机译:利用CryoSat的干涉测量功能,与回波的首次到达相关的干涉相位被用于获取跨轨道方向上散射的到达角度。本文介绍了对CryoSat SARin采集中获得的跨轨角度可实现的端到端性能的评估。定期进行在轨校准活动,以监视性能并校准干涉仪。我们从对干涉仪校准活动中获取的数据进行分析开始,以验证CryoSat的当前性能是否符合系统要求。分析表明,CryoSat的干涉测量结果超出了预期的性能,并且通过适当的处理,有可能进一步提高检索到的跨轨角度的精度。 (C)2017 COSPAR。由Elsevier Ltd.出版。保留所有权利。

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