Baseline is an important parameter in Distributed Spaceborne Interferometric SAR (InSAR).
基线是分布式星载干涉SAR中的重要参数。
Two approaches were presented to show the improvement of ground resolution by cross-track interferometric SAR.
用两种方法对干涉SAR提高地距方向分辨率进行证明。
The combine of the cluster satellites can obtain the phase of the along-track interferometric SAR (AT-InSAR) to measure the slow moving targets.
这种多卫星组合可提供沿轨道向的干涉相位信息，从而进行慢速目标的检测。
The interferometric sensitivity equation can be used as an important tool in the interferometric SAR system optimization and interferometric calibration.
干涉灵敏度方程是干涉合成孔径雷达系统优化设计和干涉定标的重要工具。
By retrieving the vegetation parameters, Polarimetric interferometric SAR is of great significance to the forest resource management and environmental monitoring.
利用极化干涉SAR实现地表植被参数的反演，对森林资源管理和环境监测具有重要价值。
AUTOCLEAN is not only a robust ISAR autofocus tool. but also can be used for the autofocus of spotlight SAR, curvilinear SAR, and interferometric SAR with two antennas.
AUTOCLEAN不仅是一种稳健的ISAR自聚焦方法，而且还可以推广应用到聚束sar、曲线sar和机载双天线干涉SAR中的自聚焦处理。
In this paper, a new method of moving target detection, radial velocity estimation and relocation based on dual aperture antenna along track interferometric SAR is proposed.
提出了一种基于双孔径天线沿航迹向干涉SAR进行动目标检测、测速及定位的新方法。
The results show that dual-baseline airborne interferometric SAR using three antennas is an efficient scheme to improve phase unwrapping processing and improve height measurement accuracy.
分析结果表明，利用三天线构成的双基线机载干涉SAR是改进相位展开过程、提高高程测量精度的有效方法。
Then propose an improved vegetation height inversion algorithm of dual-baseline polarimetric interferometric SAR, which demonstrate the advantages of dual-baseline algorithm with comparison;
接着，提出了一种双基线极化干涉SAR反演算法，并通过比较分析说明了双基线算法能够获得更准确的植被高度估计；
Baseline is very important to spaceborne interferometric SAR system design and data processing. For a micro-satellite cluster system, stability is an important problem for spatial baseline of INSAR.
基线在星载干涉SAR的系统设计和数据处理中起着非常重要的作用，对于微小卫星编队系统来说稳定性问题是干涉SAR空间基线的一个重要问题。
How to identify effectively PS from SAR images is one of the crucial procedures in data reduction of the PS interferometric system.
永久散射体的有效识别是干涉系统中的一个关键环节。
Based on the radar image model of spaceborne parasitic SAR system, interferometric model of this new system is proposed; new characters and limits are analyzed in detail.
以星载寄生式sar系统成像信号模型为基础，给出了该系统的干涉模型，分析了其特点和限制条件，提出了距离向有效基线和方位向有效基线的新概念。
First SAR image edge detection techniques are used to find the location of the fringe lines in the interferometric phase image.
基于边缘检测算法确定干涉图中干涉纹的位置来实现干涉相位的解模糊。
First SAR image edge detection techniques are used to find the location of the fringe lines in the interferometric phase image.
基于边缘检测算法确定干涉图中干涉纹的位置来实现干涉相位的解模糊。
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