Add to ORKGThis paper proposes a method for removing the azimuth ambiguities of point targets in SAR images. The basic idea is to generate a two dimensional reference function for the SAR processing which provides, in addition to the matched filtering for the unaliased part of the received signal, the deconvolution of the azimuth ambiguities of point targets
We propose a novel technique to estimate the Azimuth Antenna Pattern (AAP) from SAR images. The tech...
A particular approach to the azimuth migration of synthetic aperture radar (SAR) data is discussed. ...
Azimuth resolution of airborne stripmap synthetic aperture radar (SAR) is restricted by the azimuth ...
This paper proposes a method for removing the azimuth ambiguities from synthetic aperture radar (SAR...
We introduce an innovative algorithm that is capable of suppression of strong azimuth ambiguities in...
In this letter, an accurate mathematical model for azimuth ambiguity in stripmap synthetic aperture ...
Azimuth ambiguities of bright point-like targets become more pronounced in case of high resolution S...
A novel method is proposed for azimuth sidelobes suppression using multi-pass squinted (MPS) synthet...
By collecting data as it moves along a straight line path and then coherently processing this data t...
The paper proposes an ideal filter concept to reduce azimuth ambiguities and/or to remove SAR transc...
We present a SAR azimuth processing technique for alleviating motion effects. Our proposed approach ...
Azimuth ambiguities appear widely throughout spaceborne Synthetic Aperture Radar (SAR) images. If th...
In this paper a new approach to synthetic aperture radar (SAR) data processing is presented. The met...
A synthetic aperture radar (SAR) target classification method has been developed, in the study, base...
A new alternative approach has been developed for solving the range migration correction even for hi...
We propose a novel technique to estimate the Azimuth Antenna Pattern (AAP) from SAR images. The tech...
A particular approach to the azimuth migration of synthetic aperture radar (SAR) data is discussed. ...
Azimuth resolution of airborne stripmap synthetic aperture radar (SAR) is restricted by the azimuth ...
This paper proposes a method for removing the azimuth ambiguities from synthetic aperture radar (SAR...
We introduce an innovative algorithm that is capable of suppression of strong azimuth ambiguities in...
In this letter, an accurate mathematical model for azimuth ambiguity in stripmap synthetic aperture ...
Azimuth ambiguities of bright point-like targets become more pronounced in case of high resolution S...
A novel method is proposed for azimuth sidelobes suppression using multi-pass squinted (MPS) synthet...
By collecting data as it moves along a straight line path and then coherently processing this data t...
The paper proposes an ideal filter concept to reduce azimuth ambiguities and/or to remove SAR transc...
We present a SAR azimuth processing technique for alleviating motion effects. Our proposed approach ...
Azimuth ambiguities appear widely throughout spaceborne Synthetic Aperture Radar (SAR) images. If th...
In this paper a new approach to synthetic aperture radar (SAR) data processing is presented. The met...
A synthetic aperture radar (SAR) target classification method has been developed, in the study, base...
A new alternative approach has been developed for solving the range migration correction even for hi...
We propose a novel technique to estimate the Azimuth Antenna Pattern (AAP) from SAR images. The tech...
A particular approach to the azimuth migration of synthetic aperture radar (SAR) data is discussed. ...
Azimuth resolution of airborne stripmap synthetic aperture radar (SAR) is restricted by the azimuth ...