Radiometric sensitivity computation in aperture synthesis interferometric radiometry
This paper is concerned with the radiometric sensitivity computation of an aperture synthesis
interferometric radiometer devoted to Earth observation. The impact of system parameters
and the use of simultaneous redundant measurements are analyzed. The interferometric
radiometer uncertainty principle is presented; it quantifies the relationship between
radiometric sensitivity and angular resolution.
interferometric radiometer devoted to Earth observation. The impact of system parameters
and the use of simultaneous redundant measurements are analyzed. The interferometric
radiometer uncertainty principle is presented; it quantifies the relationship between
radiometric sensitivity and angular resolution.
Radiometric sensitivity computation in aperture synthesis interferometric radiometry
I Corbella Sanahuja, FJ Bará Temes, F Torres Torres - recercat.cat
This paper is concerned with the radiometric sensitivity computation of an aperture synthesis
interferometric radiometer devoted to Earth observation. The impact of system parameters
and the use of simultaneous redundant measurements are analyzed. The interferometric
radiometer uncertainty principle is presented; it quantifies the relationship between
radiometric sensitivity and angular resolution.
interferometric radiometer devoted to Earth observation. The impact of system parameters
and the use of simultaneous redundant measurements are analyzed. The interferometric
radiometer uncertainty principle is presented; it quantifies the relationship between
radiometric sensitivity and angular resolution.
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