Clutter suppression is needed to detect slow moving ground targets within SAR scenes and this becomes possible when sufficient spatial degrees of freedom are available. In this paper a processing scheme that exploits a high PRF single channel SAR system to emulate a multichannel SAR system is presented. A signal model of the virtual M-SAR is presented and the effectiveness of the proposed scheme is demonstrated on simulated data
Multichannel space-based synthetic aperture radar (SAR) systems that exploit receiving antenna subar...
Circular synthetic aperture radar (CSAR), which can observe the region of interest for a long time a...
This paper addresses signal reconstruction for future multiple-input multiple-output synthetic apert...
Clutter suppression is needed to detect slow moving ground targets within SAR scenes and this become...
Clutter suppression is a mandatory step in order to detect slow moving targets embedded in strong gr...
Slow moving ground targets are invisible within synthetic aperture radar (SAR) images since they app...
This Engineering Doctorate concerns the enhancement and detection of slow-moving targets in SAR imag...
In this paper, the results of moving-target detection in multichannel UHF-band synthetic aperture ra...
Moving targets are usually smeared and imaged at incorrect positions in synthetic aperture radar (SA...
A new method for processing multichannel synthetic aperture radar (SAR) data to achieve desirable im...
"In this thesis, the two problems of image formation for a Multichannel Synthetic Aperture Radar (MS...
An innovative scheme is presented for moving target detection and high-resolution focusing that expl...
An innovative scheme is presented for moving target detection and high-resolution focusing that expl...
Recently we have introduced a set of novel low pulse repetition frequency (PRF) algorithms, which al...
In spaceborne synthetic aperture radar (SAR), moving targets are almost buried in ground clutter due...
Multichannel space-based synthetic aperture radar (SAR) systems that exploit receiving antenna subar...
Circular synthetic aperture radar (CSAR), which can observe the region of interest for a long time a...
This paper addresses signal reconstruction for future multiple-input multiple-output synthetic apert...
Clutter suppression is needed to detect slow moving ground targets within SAR scenes and this become...
Clutter suppression is a mandatory step in order to detect slow moving targets embedded in strong gr...
Slow moving ground targets are invisible within synthetic aperture radar (SAR) images since they app...
This Engineering Doctorate concerns the enhancement and detection of slow-moving targets in SAR imag...
In this paper, the results of moving-target detection in multichannel UHF-band synthetic aperture ra...
Moving targets are usually smeared and imaged at incorrect positions in synthetic aperture radar (SA...
A new method for processing multichannel synthetic aperture radar (SAR) data to achieve desirable im...
"In this thesis, the two problems of image formation for a Multichannel Synthetic Aperture Radar (MS...
An innovative scheme is presented for moving target detection and high-resolution focusing that expl...
An innovative scheme is presented for moving target detection and high-resolution focusing that expl...
Recently we have introduced a set of novel low pulse repetition frequency (PRF) algorithms, which al...
In spaceborne synthetic aperture radar (SAR), moving targets are almost buried in ground clutter due...
Multichannel space-based synthetic aperture radar (SAR) systems that exploit receiving antenna subar...
Circular synthetic aperture radar (CSAR), which can observe the region of interest for a long time a...
This paper addresses signal reconstruction for future multiple-input multiple-output synthetic apert...