Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents the interferometric airborne repeat-pass mode results at X-band after applying a complete residual motion compensation (MoCo) strategy. The data re acquired, over the Perugia area, Italy, by the OrbiSAR sensor from OrbiSat, Brazil, and the first X-Band D-InSAR results re published, where a space-invariant topography-dependent MoCo was applied after focusing with smoothed elevation model. Now, in this paper,  apply to the same X-band data the precise topography- and aperture-dependent (PTA) MoCo and the ighted phase curvature autofocus (WPCA) to account for high-order residual motion errors.  compare the differential interferograms and coherence map obtained after PTA-WPCA to the formerly results. The results show improvement in the interferometric accuracy after PTA-WPCA processing. The need of such complete processing chain for narrowband systems is discussed.
['Karlus Alexander Câmara de Macedo', 'Christian Wimmer', 'Silvio E. Barbin', 'Stefano Perna']
I am writing a research paper on a idea Airborne D-InSAR at X-band: Results with the complete repeat-pass processing methodology
[{"from": "human", "value": "I am writing a research paper on a idea Airborne D-InSAR at X-band: Results with the complete repeat-pass processing methodology"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents the interferometric airborne repeat-pass mode results at X-band after applying a complete residual motion compensation (MoCo) strategy. The data re acquired, over the Perugia area, Italy, by the OrbiSAR sensor from OrbiSat, Brazil, and the first X-Band D-InSAR results re published, where a space-invariant topography-dependent MoCo was applied after focusing with smoothed elevation model. Now, in this paper,  apply to the same X-band data the precise topography- and aperture-dependent (PTA) MoCo and the ighted phase curvature autofocus (WPCA) to account for high-order residual motion errors.  compare the differential interferograms and coherence map obtained after PTA-WPCA to the formerly results. The results show improvement in the interferometric accuracy after PTA-WPCA processing. The need of such complete processing chain for narrowband systems is discussed."}]