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Description: 分布式星载干涉GMTI雷达系统仿真
performance analysis of a space-based GMTI radar system using separated spacecraft interferometry-Distributed Spaceborne Interferometric GMTI radar system simulation performance analysis of a space-based GMTI radar system using separated spacecraft interferometry
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Size: 35840 |
Author: kangxy |
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Description: 文献资料A signal processing architecture for space-based GMTI radar(1999)-A signal processing architecture for space-based GMTI radar(1999)
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Size: 518144 |
Author: 李平强 |
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Description: AMTI和GMTI雷达的空时自适应处理
林肯实验室关于STAP的演讲ppt,关于机载空时自适应处理方面的珍贵资料-《Space-Time Adaptive Processing for
AMTI and GMTI Radar》 by Lincoln Laboratory. It is valuable article for airborne radar in STAP
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Size: 5052416 |
Author: jzz |
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Description: 此为合成孔径雷达动目标检测的相关学习资料，包括经典的SAR-GMTI算法原理的介绍——DPCA,ATI等。(This paper presents the relevant learning materials for the synthetic aperture radar moving target detection, including the classical SAR-GMTI algorithm, such as DPCA and ATI.)
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Size: 1930240 |
Author: 糖糖糖糖糖
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Description: We describe techniques for improving ground moving target indication (GMTI) performance in multi-channel synthetic aperture radar (SAR) systems. Our approach employs a combination of moving reference processing (MRP) to compensate for defocus of moving target SAR responses and space-time adaptive processing (STAP) to mitigate the effects of strong clutter interference. Using simulated moving target and clutter returns, we demonstrate focusing of the target return using MRP, and discuss the effect of MRP on the clutter response. We also describe formation of adaptive degrees of freedom (DOFs) for STAP filtering of MRP processed data. For the simulated moving target in clutter example, we demonstrate improvement in the signal to interference plus noise (SINR) loss compared to more standard algorithm configurations.
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Size: 574464 |
Author: asgary
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Description: Combined synthetic aperture radar (SAR) and round moving target indication (GMTI) radar modes imultaneously generate SAR and GMTI products from the same radar data. Furthermore, the SAR and GMTI data products can be further exploited for target signature extractions, automatic target recognition (ATR), and featureaided
tracking. This hybrid mode provides the benefit of fused imaging and moving target displays along with enhanced target recognition and ground target tracking. The Air Force Research Laboratory (AFRL) Gotcha radar has collected widebandwidth,
multi-channel data that can be utilized for these hybrid mode applications. This paper presents a processing architecture for simultaneous SAR, GMTI, ATR, and tracking, and includes the results of applying this processing to the AFRL Gotcha data
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Size: 1050624 |
Author: asgary
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Description: This paper generalizes the well-known displacedphase-center antenna (DPCA) method for efficient ground moving target indication (GMTI) with a two-channel synthetic aperture radar (SAR) to any multichannel SAR/GMTI radars independent
of the number of receive channels. This processing method called extended DPCA (EDPCA) is derived in this paper and is applied to data acquired with the Canadian RADARSAT-2 satellite. The expected GMTI performance of RADARSAT-2 after
EDPCA processing is compared to results achieved with measured RADARSAT-2 data recorded during several trials in order to validate the developed theory.
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Size: 2000896 |
Author: asgary
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Description: 实现雷达脉冲信号的MTI和MTD处理，适用于动目标检测方向的小伙伴(MTI,MTD FOR LEARNING GMTI)
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Size: 1024 |
Author: GUANGUAN2018 |
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Description: 数据仿真，简单的回波信号时域滤波，动目标显示(echo simualtions, time filtering, GMTI)
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Size: 2048 |
Author: GUANGUAN2018 |
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