Add to ORKGPhilosophy, requirements, and methods of calibration of multispectral space sensor systems as applicable to the Earth Observing System (EOS) are discussed. Vicarious methods for calibration of low spatial resolution systems, with respect to the Advanced Very High Resolution Radiometer (AVHRR), are then summarized. Finally, a theoretical introduction is given to a new vicarious method of calibration using the ratio of diffuse-to-global irradiance at the Earth's surfaces as the key input. This may provide an additional independent method for in-flight calibration
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
The effects of the atmosphere on propagating radiation must be known in order to calibrate an in orb...
Radiometric calibration of commercial imaging satellite products is required to ensure that science ...
The work on the grant was mainly directed towards developing new, accurate, redundant methods for th...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
The need for absolute radiometric calibration of space-based sensors will continue to increase as ne...
A measurement-based radiance estimation approach for vicarious radiometric calibration of spaceborne...
The measurement conditions are described for an intensive field campaign at White Sands Missile Rang...
An increasing number of remote sensing investigations require radiometrically calibrated imagery fro...
The early results of an absolute radiometric calibration of the NOAA-9 AVHRR sensor indicate signifi...
The Remote Sensing Group (RSG) at the University of Arizona has a long history of using ground-based...
This paper describes the results of commercial high spatial resolution sensors. The topics include: ...
The reduction of the data measured on July 8, 1984 at White Sands, New Mexico is summarized. The rad...
An inter-calibration method is developed to provide absolute radiometric calibration of narrow-swath...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
The effects of the atmosphere on propagating radiation must be known in order to calibrate an in orb...
Radiometric calibration of commercial imaging satellite products is required to ensure that science ...
The work on the grant was mainly directed towards developing new, accurate, redundant methods for th...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
The need for absolute radiometric calibration of space-based sensors will continue to increase as ne...
A measurement-based radiance estimation approach for vicarious radiometric calibration of spaceborne...
The measurement conditions are described for an intensive field campaign at White Sands Missile Rang...
An increasing number of remote sensing investigations require radiometrically calibrated imagery fro...
The early results of an absolute radiometric calibration of the NOAA-9 AVHRR sensor indicate signifi...
The Remote Sensing Group (RSG) at the University of Arizona has a long history of using ground-based...
This paper describes the results of commercial high spatial resolution sensors. The topics include: ...
The reduction of the data measured on July 8, 1984 at White Sands, New Mexico is summarized. The rad...
An inter-calibration method is developed to provide absolute radiometric calibration of narrow-swath...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
The effects of the atmosphere on propagating radiation must be known in order to calibrate an in orb...
Radiometric calibration of commercial imaging satellite products is required to ensure that science ...