The contribution focuses on the technical aspects related to the focusing and interferometric processing of bistatic data acquired by companion satellite (CS) SAR missions. In particular, the processing aspects related to the large along-track baseline configuration will be addressed, for the processing needs to properly consider a potential high squint angle. The technical challenges encompass synchronization, image formation and coregistration. On the other hand, the availability of a large squint angle has some advantages in terms of the sensitivity to the north-south component of the deformation for interferometric applications. The theoretical derivations are complemented with point-target simulations and Monte- Carlo simul...
Modifications required to a SAR constellation mission are addressed in order to achieve bistatic obs...
The spaceborne SAR geometry is space-variant due to the curved orbit and Earth's rotation. A first s...
This contribution addresses the performance in the retrieval of 3-D mean deformation maps by exploit...
This paper addresses the aspects of image formation and interferometric processing in the frame of t...
This paper addresses the aspects of image formation and interferometric processing in the frame of t...
Notable efforts have been dedicated in the recent past to the analysis of bistatic SAR configuration...
In this paper, we provide a systematic overview on bistatic SAR image formation for arbitrary platf...
This paper analyses orbit design for formation missions aimed at interferometric and bistatic SAR ob...
Modifications required to a SAR constellation mission are addressed in order to achieve bistatic obs...
Bistatic Synthetic Aperture Radar represents an active research and development area in radar techn...
Satellite mounted Synthetic Aperture Radars (SAR) provide informationof the amplitude of the backsca...
This paper deals with orbit design for formation missions aimed at interferometric and bistatic SAR ...
This contribution addresses several important aspects that need to be considered for the processing ...
The presence of squint in airborne SAR interferometry leads to problems for the precise geolocalizat...
Augmenting traditional spaceborne SAR sensors with additional receive-only satellites in close form...
Modifications required to a SAR constellation mission are addressed in order to achieve bistatic obs...
The spaceborne SAR geometry is space-variant due to the curved orbit and Earth's rotation. A first s...
This contribution addresses the performance in the retrieval of 3-D mean deformation maps by exploit...
This paper addresses the aspects of image formation and interferometric processing in the frame of t...
This paper addresses the aspects of image formation and interferometric processing in the frame of t...
Notable efforts have been dedicated in the recent past to the analysis of bistatic SAR configuration...
In this paper, we provide a systematic overview on bistatic SAR image formation for arbitrary platf...
This paper analyses orbit design for formation missions aimed at interferometric and bistatic SAR ob...
Modifications required to a SAR constellation mission are addressed in order to achieve bistatic obs...
Bistatic Synthetic Aperture Radar represents an active research and development area in radar techn...
Satellite mounted Synthetic Aperture Radars (SAR) provide informationof the amplitude of the backsca...
This paper deals with orbit design for formation missions aimed at interferometric and bistatic SAR ...
This contribution addresses several important aspects that need to be considered for the processing ...
The presence of squint in airborne SAR interferometry leads to problems for the precise geolocalizat...
Augmenting traditional spaceborne SAR sensors with additional receive-only satellites in close form...
Modifications required to a SAR constellation mission are addressed in order to achieve bistatic obs...
The spaceborne SAR geometry is space-variant due to the curved orbit and Earth's rotation. A first s...
This contribution addresses the performance in the retrieval of 3-D mean deformation maps by exploit...