Add to ORKGResidual motion error estimation using the multisquint method is established as a robust technique to determine the track deviations beyond the accuracy of state of the art navigation systems in airborne SAR interferometry. But for stacks of interferograms the method can be problematic because only the differences between two tracks can be estimated, not the deviation of the track itself. This paper presents a method to overcome this problem, making airborne processing of interferometric image stacks as reliable as in the spaceborne case
An approach to improve orbital state vectors by orbit error estimates derived from residual phase pa...
The potential and necessity of the estimation and compensation of motion errors beyond the accuracy ...
This letter discusses the detection and correction of residual motion errors that appear in airborne...
Residual motion error estimation using the multisquint method [1] is established as a robust techniq...
The processing of airborne synthetic aperture radar (SAR) data requires a precise compensation of th...
Generating accurate repeat-pass interferometric airborne synthetic aperture radar (SAR) products dem...
motion errors, frequently occur in SAR images. For airborne SAR system with very high resolution and...
Abstract—This letter presents a technique to detect and cor-rect phase errors appearing in interfero...
Airborne repeat-pass SAR systems are very sensible to sub-wavelength deviations from the reference t...
Abstract—Airborne repeat-pass SAR systems are very sensible to subwavelength deviations from the ref...
Deviation from definitive flight path of a plane fixed a synthetic aperture radar (SAR) leads to ina...
Abstract—This letter discusses the detection and correction of residual motion errors that appear in...
Short temporal baseline and multiple ground deformation information can be derived from the airborne...
Abstract — Airborne repeat-pass SAR data are very sensible to sub-wavelength deviations from the ref...
Multiband SAR is an important trend in SAR technology. Accurate registration among different band SA...
An approach to improve orbital state vectors by orbit error estimates derived from residual phase pa...
The potential and necessity of the estimation and compensation of motion errors beyond the accuracy ...
This letter discusses the detection and correction of residual motion errors that appear in airborne...
Residual motion error estimation using the multisquint method [1] is established as a robust techniq...
The processing of airborne synthetic aperture radar (SAR) data requires a precise compensation of th...
Generating accurate repeat-pass interferometric airborne synthetic aperture radar (SAR) products dem...
motion errors, frequently occur in SAR images. For airborne SAR system with very high resolution and...
Abstract—This letter presents a technique to detect and cor-rect phase errors appearing in interfero...
Airborne repeat-pass SAR systems are very sensible to sub-wavelength deviations from the reference t...
Abstract—Airborne repeat-pass SAR systems are very sensible to subwavelength deviations from the ref...
Deviation from definitive flight path of a plane fixed a synthetic aperture radar (SAR) leads to ina...
Abstract—This letter discusses the detection and correction of residual motion errors that appear in...
Short temporal baseline and multiple ground deformation information can be derived from the airborne...
Abstract — Airborne repeat-pass SAR data are very sensible to sub-wavelength deviations from the ref...
Multiband SAR is an important trend in SAR technology. Accurate registration among different band SA...
An approach to improve orbital state vectors by orbit error estimates derived from residual phase pa...
The potential and necessity of the estimation and compensation of motion errors beyond the accuracy ...
This letter discusses the detection and correction of residual motion errors that appear in airborne...