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DI2S improved resolution vs spoiling for X band comparison

机译:DI2S改进的分辨率VS破坏X频段比较

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One of the major constraints of the SAR system is the relation between the antenna dimension and the azimuth resolution. The minimum Stripmap resolution is traditionally fixed at half of the antenna physical or equivalent dimension. By using a SAR in time sharing, the Discrete Stepped Strip (DI2S) technique, patent pending, allows the acquisition of different strip images either to increase azimuth resolution or to have a multi-image system, without increasing the number of receivers or partitioning the antenna. The beam spoiling technique can also be used to improve the azimuth resolution. In this paper the DI2S technique for the improved resolution will be illustrated comparing the achievable performance of the two techniques by using the same X band SAR system.
机译:SAR系统的一个主要约束之一是天线维度与方位角分辨率之间的关系。最小条带图分辨率传统上固定在天线物理或等效维度的一半。通过使用SAR时间分享,离散的阶梯式条带(DI2S)技术,申请专利允许采集不同的条带图像以增加方位角分辨率或具有多图像系统,而不增加接收器的数量或分区天线。光束污水技术也可用于改善方位角分辨率。在本文中,将说明通过使用相同的X频带SAR系统比较两种技术的可实现性能的改进分辨率的DI2S技术。

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