Remote Sensing Laboratory, Department of Signal and Communications Theory, Universitat Politècnica de Catalunya, C/Jordi Girona $[1$-$3]$, Barcelona 08034, Spain
Corresponding author (firstname.lastname@example.org
This work has been financed by the Spanish Science, Research and Innovation Plan (MINECO) with Project Code TIN2014-55413-C2-1-P.
(Color online) Conceptual image of the coverage and geometry of a GeoSAR mission.
(Color online) Representation of the projection of the unitary wavefront vector upon the baseline vector.
(Color online) Single baseline simplification.
(Color online) Geometry of the three-dimensional Euclidean model.
(Color online) Zenith view of the receiver locations at the UPC Campus Nord D3 building.
(Color online) Conceptual block diagram of the interferometer depicting the hardware performing the full operation
(Color online) Stream of unwrapped raw data acquired during 6 days. One sample per second. The highlighted area represents the data used during the orbital determination procedure.
(Color online) Propagated orbits from the initial TLE state vector (green) and the least-squares-processed interferometric phase (red). 48 hours period.
(Color online) Representation of the acquired interferometric phases (green) and the simulated phases from the TLE (blue) and the least-squares filter output (red).