The paper evaluates the effects of Atmospheric Phase Screen on focused Geosynchronous SAR data. We derive theoretical models for the resolution, the interferometric de-correlation and the induced clutter in presence of an APS, whose joint time and space power spectrum is modeled as an extension of the Kolmogorov power law. Finally we provide some statistics gathered from a GB RADAR experiment
The atmosphere affects the propagation of radar signals by provoking unwanted signal phase changes. ...
The role of atmosphere in SAR interferometry represents a widely investigated topic in remote sensin...
This report presents a data assimilation method to retrieve the atmospheric phase screen (APS) using...
In this paper, a geosynchronous synthetic aperture radar (SAR) (GEOSAR) mission for atmospheric phas...
In this paper, a geosynchronous synthetic aperture radar (SAR) (GEOSAR) mission for atmospheric phas...
We study the impact of atmospheric turbulence, specifically the wet tropospheric delay, in that synt...
The paper deals with the Atmospheric Phase Screen issue in Ground Based SAR interferometry. The ku-...
In this paper, a GEOSAR mission with typical LEOSAR parameters but longer integration time to increa...
In this paper, a GEOSAR mission with typical LEOSAR parameters but longer integration time to increa...
The atmosphere affects the propagation of radar signals by provoking unwanted signal phase changes. ...
The role of atmosphere in SAR interferometry represents a widely investigated topic in remote sensin...
This report presents a data assimilation method to retrieve the atmospheric phase screen (APS) using...
In this paper, a geosynchronous synthetic aperture radar (SAR) (GEOSAR) mission for atmospheric phas...
In this paper, a geosynchronous synthetic aperture radar (SAR) (GEOSAR) mission for atmospheric phas...
We study the impact of atmospheric turbulence, specifically the wet tropospheric delay, in that synt...
The paper deals with the Atmospheric Phase Screen issue in Ground Based SAR interferometry. The ku-...
In this paper, a GEOSAR mission with typical LEOSAR parameters but longer integration time to increa...
In this paper, a GEOSAR mission with typical LEOSAR parameters but longer integration time to increa...
The atmosphere affects the propagation of radar signals by provoking unwanted signal phase changes. ...
The role of atmosphere in SAR interferometry represents a widely investigated topic in remote sensin...
This report presents a data assimilation method to retrieve the atmospheric phase screen (APS) using...