One of the most critical steps of SAR interferometry for elevation mapping is the phase-unwrapping procedure. This paper analyzes the reduction of the phase-unwrapping drawbacks obtainable by using a recently proposed three-antenna SAR interferometer and a statistically optimal processor to estimate directly the interferometric phase with reduced ambiguity. A simulation of realistic scenarios is carried out. The performance analysis shows that the new technique significantly outperforms the conventional one, especially for high-relief terrains
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
The paper shows that the recently proposed three-element interferometric technique does not increase...
In SAR interferometry (INSAR), the effectiveness of the phase-unwrapping algorithms is prejudiced by...
A three-antenna SAR interferometer (InSAR) with a statistically optimal data processor for 3-D terra...
A three-antenna synthetic aperture radar interferometer (InSAR) with a statistically optimal data p...
One of the most critical stages in height reconstruction from Synthetic Aperture Radar (SAR) interfe...
An important step in the interferometric processing chain is the phase unwrapping, which transforms...
Regarding the interferometric evaluation of Synthetic Aperture Radar (SAR) data, phase unwrapping is...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
The paper shows that the recently proposed three-element interferometric technique does not increase...
In SAR interferometry (INSAR), the effectiveness of the phase-unwrapping algorithms is prejudiced by...
A three-antenna SAR interferometer (InSAR) with a statistically optimal data processor for 3-D terra...
A three-antenna synthetic aperture radar interferometer (InSAR) with a statistically optimal data p...
One of the most critical stages in height reconstruction from Synthetic Aperture Radar (SAR) interfe...
An important step in the interferometric processing chain is the phase unwrapping, which transforms...
Regarding the interferometric evaluation of Synthetic Aperture Radar (SAR) data, phase unwrapping is...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Determining the Earth\u27s surface topography and deformation with interferometric synthetic apertur...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
Multibaseline SAR interferometry can be successfully exploited for automatic phase unwrapping and hi...
The paper shows that the recently proposed three-element interferometric technique does not increase...
In SAR interferometry (INSAR), the effectiveness of the phase-unwrapping algorithms is prejudiced by...