Add to ORKGThe electromagnetic bias is an error present in radar altimetry of the ocean due to the non-uniform reflection from wave troughs and crests. A study of the electromagnetic bias became necessary to permit error reduction in mean sea level measurements of satellite radar altimeters. Satellite radar altimeters have been used to find the upper and lower bounds for the electromagnetic bias. This report will present a theory using physical optics scattering and an empirical model of the short wave modulation to predict the electromagnetic bias. The predicted electromagnetic bias will be compared to measurements at C and Ku bands
In this Ph. D. dissertation the electromagnetic bias in GNSS-R (Global Navigation Satellite Systems ...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...
The electromagnetic (EM) bias 'epsilon' is an error present in radar altimetry of the ocean due to t...
The major unknown error in radar altimetry is due to waves on the sea surface which cause the mean r...
The sea-level estimation of satellite altimetry is affected by a sea-state related error, the so cal...
The derivation of an electromagnetic (EM) bias model that includes the physical optics scattering mo...
New aircraft observations are presented on the range determination error in satellite altimetry asso...
International audienceA uniformly valid algorithm relating the normalized (or nondimensional) sea-su...
New aircraft observations are presented on the range determination error in satellite altimetry asso...
International audienceTo contribute to a better understanding of the Electromagnetic Bias in radar a...
It has long been known that the sea level measured by radar altimeters is lower than the true sea le...
The assessment of the electromagnetic (EM) bias is required to predict the performance of upcoming g...
In radar altimetry, the electromagnetic (EM) bias is originated by the smaller reflectivity of wave ...
The applicability of the various electromagnetic models of scattering from the ocean are reviewed. T...
In this Ph. D. dissertation the electromagnetic bias in GNSS-R (Global Navigation Satellite Systems ...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...
The electromagnetic (EM) bias 'epsilon' is an error present in radar altimetry of the ocean due to t...
The major unknown error in radar altimetry is due to waves on the sea surface which cause the mean r...
The sea-level estimation of satellite altimetry is affected by a sea-state related error, the so cal...
The derivation of an electromagnetic (EM) bias model that includes the physical optics scattering mo...
New aircraft observations are presented on the range determination error in satellite altimetry asso...
International audienceA uniformly valid algorithm relating the normalized (or nondimensional) sea-su...
New aircraft observations are presented on the range determination error in satellite altimetry asso...
International audienceTo contribute to a better understanding of the Electromagnetic Bias in radar a...
It has long been known that the sea level measured by radar altimeters is lower than the true sea le...
The assessment of the electromagnetic (EM) bias is required to predict the performance of upcoming g...
In radar altimetry, the electromagnetic (EM) bias is originated by the smaller reflectivity of wave ...
The applicability of the various electromagnetic models of scattering from the ocean are reviewed. T...
In this Ph. D. dissertation the electromagnetic bias in GNSS-R (Global Navigation Satellite Systems ...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...
Global Navigation Satellite Systems-Reflectometry (GNSS-R) is an emerging remote sensing technique t...