首页> 外文会议>2012 IEEE International Geoscience amp; Remote Sensing Symposium. >STSE SAR Ice Constellation - a backscatter simulation tool for evaluating constellations of satellites involving Sentinel-1 for ice charting
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STSE SAR Ice Constellation - a backscatter simulation tool for evaluating constellations of satellites involving Sentinel-1 for ice charting

机译:STSE SAR Ice Constellation-一种反向散射仿真工具,用于评估涉及Sentinel-1的卫星星座图

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The mapping and monitoring of sea ice regions represents a key application area for spaceborne synthetic aperture radar (SAR) missions. The European Space Agency (ESA) is under-taking the development of Sentinel-1, an imaging radar mission at C-Band for the continuation of SAR operational applications. Monitoring sea ice zones and the arctic environment is one of the major application areas supported by Sentinel-1. Other spaceborne SAR missions are being developed or considered by a number of space organizations. The study described herein focuses on evaluating the contribution of SAR constellations to operational and scientific monitoring of sea ice conditions through the analysis of multi-parameter SAR datasets (airborne, spaceborne) and through the development and exploitation of a simulation tool able to predict sea ice radar signatures as a function of the ice type and condition and of sensor parameters.
机译:海冰区域的制图和监视是星载合成孔径雷达(SAR)任务的关键应用领域。欧洲航天局(ESA)正在进行Sentinel-1的开发,这是C波段的成像雷达任务,用于继续进行SAR操作应用。监测海冰带和北极环境是Sentinel-1支持的主要应用领域之一。许多空间组织正在开发或考虑其他星载SAR任务。本文所述的研究着重于通过分析多参数SAR数据集(机载,星载)以及开发和利用能够预测海冰的仿真工具,评估SAR星座对海冰状况的操作和科学监测的贡献。雷达信号随冰类型和条件以及传感器参数的变化而变化。

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