首页> 外文会议>International Geoscience and Remote Sensing Symposium >ADAPTIVE SCAN-ON-RECEIVE BASED ON SPATIAL SPECTRAL ESTIMATION FOR HIGH-RESOLUTION, WIDE-SWATH SYNTHETIC APERTURE RADAR
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ADAPTIVE SCAN-ON-RECEIVE BASED ON SPATIAL SPECTRAL ESTIMATION FOR HIGH-RESOLUTION, WIDE-SWATH SYNTHETIC APERTURE RADAR

机译:基于用于高分辨率的空间谱估计的自适应扫描接收,用于高分辨率,宽条合成孔径雷达

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Intensive research is currently ongoing in the field of Smart Multi-Aperture Radar Techniques (SMART) for high-resolution wide-swath Synthetic Aperture Radar (SAR) imaging. This work investigates the possibility of applying direction of arrival estimation methods to spaceborne SMART SAR systems, that employ receive beam steering. In particular, a new algorithm based on the actual spatial distribution of the received signal power is proposed. The performance of the algorithm is evaluated by Monte Carlo simulations and compared with that of the conventional scan-on-receive approach, in different operational scenarios. The Cramer Rao Lower Bound is also reported as a benchmark on the performance.
机译:用于高分辨率宽带合成孔径雷达(SAR)成像的智能多孔径雷达技术(SMART)领域正在进行强化研究。这项工作调查了将到达估算方法的方向应用于航天级智能SAR系统的可能性,该系统采用接收光束转向。特别地,提出了一种基于所接收信号功率的实际空间分布的新算法。算法的性能由Monte Carlo仿真评估,并与传统的扫描接收方法相比,不同的操作场景。爬行员RAO下限也被报告为表现的基准。

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