Thorsten Brehm

TL;DR: Investigation of the interferometric phase noise showed the utility of a multibaseline antenna setup and the results showed that in grassland areas, the height difference between the ~2 m-resolution InSAR DSMs and the reference ALS models was 0 ± 0.25 m.

TL;DR: High resolution millimeter wave synthetic aperture radar (SAR) interferometry is presented using the MEMPHIS multi-baseline InSAR system and a deeper focus is laid on the phase unwrapping step, which is achieved using the multi- Baseline properties of the system.

TL;DR: This paper applies and assess the ML approach on real data, acquired with an experimental Ka-band multibaseline system, and finds that with more looks, the ML method consistently delivered better results: noise variance with the C2F approach was slightly but steadily larger than the variance obtained with ML method.

TL;DR: Enhanced InSAR processing strategies relying on multi-aspect and multi-baseline data, respectively, are shown to be necessary to solve the deficiency of side-looking SAR imaging geometry.