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European Radar Conference, 2005. EURAD 2005., 2006
Space-time adaptive processing (STAP) is a technique used by moving radars to detect slow moving targets. The goal is to reject interference and noise. However, rejection requires a great number of training samples and a large computational cost. To keep the task manageable, suboptimum STAP methods (SOMs) have been proposed by several authors.
S. De Greve, F.D. Lapierre, J.G. Verly
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Space-time adaptive processing (STAP) is a technique used by moving radars to detect slow moving targets. The goal is to reject interference and noise. However, rejection requires a great number of training samples and a large computational cost. To keep the task manageable, suboptimum STAP methods (SOMs) have been proposed by several authors.
S. De Greve, F.D. Lapierre, J.G. Verly
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Proceedings of the Eighth International Symposium on Signal Processing and Its Applications, 2005., 2006
This paper deals with the problem of joint angle and Doppler estimation for STAP airborne radar in non-Gaussian clutter modeled as a complex symmetric alpha-stable (SfiS) process. We propose two recursive covariance estimation approaches based on a pre-processing stage, which are robust to the heavy-tailed clutter effect: we use the truncated data in ...
Mohamed Sahmoudi +3 more
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This paper deals with the problem of joint angle and Doppler estimation for STAP airborne radar in non-Gaussian clutter modeled as a complex symmetric alpha-stable (SfiS) process. We propose two recursive covariance estimation approaches based on a pre-processing stage, which are robust to the heavy-tailed clutter effect: we use the truncated data in ...
Mohamed Sahmoudi +3 more
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2015 European Radar Conference (EuRAD), 2015
The use of passive radar for detection of targets of different type has gained considerable popularity in recent times. This radar uses the so-called the “signals of the opportunities” which are already in the environment. These opportunistic signals can be of different types, both in terms of frequency and modulation type.
Mubashir Alam +2 more
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The use of passive radar for detection of targets of different type has gained considerable popularity in recent times. This radar uses the so-called the “signals of the opportunities” which are already in the environment. These opportunistic signals can be of different types, both in terms of frequency and modulation type.
Mubashir Alam +2 more
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SSRN Electronic Journal, 2020
Radar Systems are used for the detection of objects by transmitting the electromagnetic waves in the free space. They operate in environments where there is a high possibility that the desired echo signal interferes with the signals from other sources. These signals include clutters and jammer signals. The jammer is a device that continuously emits the
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Radar Systems are used for the detection of objects by transmitting the electromagnetic waves in the free space. They operate in environments where there is a high possibility that the desired echo signal interferes with the signals from other sources. These signals include clutters and jammer signals. The jammer is a device that continuously emits the
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Effects of Antenna Mutual Coupling in Space-Time Adaptive Processing (STAP).
1998Abstract : This report considers the impact of antenna mutual coupling on adaptive phased array radar signal processing. First, the impedance matrix is developed via the method of moments and utilized in an airborne phased array radar data generation code.
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Space-Time Adaptive Processing (STAP) Performance in Non-Homogeneous Radar Clutter
2001Abstract : Abstract report addresses the statistical analysis of the non-homogeneity detector (NHD) for non-Guassian interference scenarios. An important issue in STAP is that of homogeneity of training data. Non-homogeneity of the training data has a deleterious effect on STAP performance in that undernulled clutter significantly degrades detection ...
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Radar Ground Moving Target Indication (GMTI) and Space Time Adaptive Processing (STAP)
2017AESS Radar Summer ...
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Space-Time Adaptive Processing (STAP) for Radar and Radar Networks
2020Hai Deng, Zhe Geng
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ISAC-STAP: Space-time Adaptive Processing for ISAC Systems
2024 IEEE Globecom Workshops (GC Wkshps)Nakyung Lee +4 more
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