Fine tuning of the SVC method for airborne hyperspectral sensors: the BRDF correction of the calibration nets targets

Keyphrases

• Airborne Hyperspectral Images 100%
• Vicarious Calibration 100%
• Hyperspectral Sensors 100%
• Bidirectional Reflectance Distribution Function 100%
• Distribution Function Correction 100%
• Radiance 33%
• Correction Coefficient 33%
• HyMap 22%
• Zenith Angle 22%
• Azimuth Angle 22%
• Near-infrared Spectrum 11%
• High Density 11%
• Major Contributor 11%
• Directional Effects 11%
• Spectral Range 11%
• Radiometric Data 11%
• Lambertian Surface 11%
• Downwelling 11%
• Calibration Process 11%
• Angle Dependence 11%
• Atmospheric Gases 11%
• Information Content 11%
• Calibration Accuracy 11%
• Spectral Region 11%
• Calibration Method 11%
• Calibration Target 11%
• Atmospheric Aerosol 11%
• Radiometric Calibration 11%
• Sensor Stability 11%
• Infrared Wavelength 11%
• Airborne Instruments 11%
• Goniometer 11%
• Multiple Scattering 11%
• Mixing Level 11%
• Variable Illumination 11%
• Atmospheric Attenuation 11%
• Calibration Site 11%
• Density Level 11%
• Varying Density 11%
• Surface Radiance 11%
• Short-wave Infrared 11%
• Calibration Methodology 11%
• Visible-infrared 11%
• Darknet 11%
• Illumination Geometry 11%
• Anisotropic Properties 11%

Engineering

• Instrument Calibration 100%
• Hyperspectral Sensor 100%
• Bidirectional Reflectance Distribution Function 100%
• Anisotropic 12%
• Spectral Range 12%
• Reflectance 12%
• Directional 12%
• Collected Data 12%
• Calibration Process 12%
• Sensor Radiance 12%
• Radiometric Calibration 12%
• Lookup Table 12%
• Information Content 12%
• Azimuth Angle 12%
• Atmospheric Attenuation 12%
• Calibration Procedure 12%
• Spectral Region 12%
• Sensor Stability 12%

Earth and Planetary Sciences

• Distribution Function 100%
• Bidirectional Reflectance 100%
• Atmospheric Aerosol 12%
• Data Acquisition 12%
• Reflectance 12%
• Atmospheric Gas 12%
• Goniometer 12%
• Atmospheric Attenuation 12%
• Zenith Angle 12%