Francesco Cai

12 papers C 6Journal 3Unranked 3
YearRankTypeTitle / Venue / Authors
2019 C conf
Generalized-Capon Diff-Tomo for Sensing of Decorrelating Scatterers: Insights, Characterization, and Experiments.
IGARSS
Fabrizio Lombardini, Francesco Cai
2019 J jnl
Generalized-Capon Method for Diff-Tomo SAR Analyses of Decorrelating Scatterers.
Remote. Sens.
Fabrizio Lombardini, Francesco Cai
2014 J jnl
Temporal Decorrelation-Robust SAR Tomography.
IEEE Trans. Geosci. Remote. Sens.
Fabrizio Lombardini, Francesco Cai
2013 C conf
Forest temporal decorrelation: 3D analyses and processing in the Diff-Tomo framework.
IGARSS
Fabrizio Lombardini, Federico Viviani, Francesco Cai, Francesco Dini
2013 J jnl
Spaceborne 3-D SAR Tomography for Analyzing Garbled Urban Scenarios: Single-Look Superresolution Advances and Experiments.
IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens.
Fabrizio Lombardini, Francesco Cai, Davide Pasculli
2012 — conf
Forest "dynamic" tomography: Height-varying temporal coherence separation.
TyWRRS
Fabrizio Lombardini, Francesco Cai, Federico Viviani
2012 C conf
Multidimensional SAR tomography for complex non-stationary scenes: COSMO-SkyMed urban and P-band forest results.
IGARSS
Fabrizio Lombardini, Francesco Cai, Federico Viviani, Davide Pasculli
2011 C conf
New differential SAR tomography functionalities for probing 3D forest structure and dynamic processes.
IGARSS
Fabrizio Lombardini, Francesco Cai
2011 C conf
Single-look superresolution urban 3-/4-D tomography advances.
IGARSS
Fabrizio Lombardini, Francesco Cai, Davide Pasculli
2011 — conf
Spaceborne tomographic SAR techniques for analyzing garbled urban scenarios: Array processing advances and experiments.
JURSE
Fabrizio Lombardini, Francesco Cai
2008 — conf
3D Tomographic and Differential Tomographic Response to Partially Coherent Scenes.
IGARSS (2)
Fabrizio Lombardini, Francesco Cai
2006 C conf
Interferometric Model Order Selection: Validation of ITC Methods with Airborne Three-antenna SAR Data.
IGARSS
Fabrizio Lombardini, Ludwig Rössing, Joachim H. G. Ender, Francesco Cai