The goals of this study are the evaluation of current fast radiative transfer models (RTMs) and line-by-line (LBL) models. The intercomparison focuses on the modeling of 11 representative sounding channels routinely used at numerical weather prediction centers: seven HIRS (High-resolution Infrared Sounder) and four AMSU (Advanced Microwave Sounding Unit) channels. Interest in this topic was evidenced by the participation of 24 scientists from 16 institutions. An ensemble of 42 diverse atmospheres was used and results compiled for 19 infrared models and 10 microwave models, including several LBL RTMs. For the first time, not only radiances, but also Jacobians (of temperature, water vapor, and ozone) were compared to various LBL models for ma...
We present a comparison of brightness temperature measured by AMSU to radia-tive transfer model calc...
When retrieving atmospheric parameters from radiance spectra, the forward modelling of radiative tra...
Radiative transfer simulations are performed in three phases to determine how water vapor and clouds...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric radiati...
A comparison of radiative transfer models for simulating radiances from the Atmospheric Infrared Sou...
At the workshop for Soundings from High Spectral Resolution Observations in May 2003, an AIRS radiat...
Abstract: The radiative transfer for TIROS operational vertical sounder (RTTOV) and the community ra...
We compare a number of radiative transfer models for atmospheric sounding in the millimeter and subm...
Presented here are comparisons between the Infrared Atmospheric Sounding instrument (IASI) and the "...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric soundin...
Data from hyperspectral infrared sounders are routinely ingested worldwide by the National Weather C...
[1] A comparison between the fast radiative transfer model Radiative Transfer for the TIROS Operatio...
Many of the results of this study are presented in the paper included in the ITSC-14 proceedings by ...
A line-by-line model for the purpose of proving the influence of the ab- sorption line parr.-eters a...
"We describe a method of simulating measurements of atmospheric radiances and brightness temperature...
We present a comparison of brightness temperature measured by AMSU to radia-tive transfer model calc...
When retrieving atmospheric parameters from radiance spectra, the forward modelling of radiative tra...
Radiative transfer simulations are performed in three phases to determine how water vapor and clouds...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric radiati...
A comparison of radiative transfer models for simulating radiances from the Atmospheric Infrared Sou...
At the workshop for Soundings from High Spectral Resolution Observations in May 2003, an AIRS radiat...
Abstract: The radiative transfer for TIROS operational vertical sounder (RTTOV) and the community ra...
We compare a number of radiative transfer models for atmospheric sounding in the millimeter and subm...
Presented here are comparisons between the Infrared Atmospheric Sounding instrument (IASI) and the "...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric soundin...
Data from hyperspectral infrared sounders are routinely ingested worldwide by the National Weather C...
[1] A comparison between the fast radiative transfer model Radiative Transfer for the TIROS Operatio...
Many of the results of this study are presented in the paper included in the ITSC-14 proceedings by ...
A line-by-line model for the purpose of proving the influence of the ab- sorption line parr.-eters a...
"We describe a method of simulating measurements of atmospheric radiances and brightness temperature...
We present a comparison of brightness temperature measured by AMSU to radia-tive transfer model calc...
When retrieving atmospheric parameters from radiance spectra, the forward modelling of radiative tra...
Radiative transfer simulations are performed in three phases to determine how water vapor and clouds...