Influence of solar incidence angle on single-image photoclinometry for precision lunar topographic mapping

Keyphrases

• Single Image 100%
• Topographic Mapping 100%
• Solar Incidence Angle 100%
• Photoclinometry 100%
• Incidence Angle 50%
• Albedo 33%
• Mercury 16%
• Viewing Conditions 16%
• Error Sources 16%
• Simulation Analysis 16%
• Three-dimensional Modeling 16%
• Underlying Surface 16%
• Asteroids 16%
• Illumination Conditions 16%
• Image pixels 16%
• Pixel-wise 16%
• Planetary Surfaces 16%
• Data Capture 16%
• Planetary Missions 16%
• Potential Bottleneck 16%
• Planetary Bodies 16%
• Capture Strategy 16%
• Error Propagation Analysis 16%
• Error Simulation 16%
• Photometric Properties 16%
• Radiometric Performance 16%
• Theoretical Understanding 16%
• Assessment Strategies 16%
• Mapping-based 16%
• Optimizing Data 16%
• Narrow Angle Camera 16%
• Lunar Reconnaissance Orbiter Camera 16%

Earth and Planetary Sciences

• Topographic Mapping 100%
• Photogrammetry 100%
• Albedo 33%
• Lunar Reconnaissance Orbiter 16%
• Error Propagation 16%
• Planetary Surface 16%

Physics

• Photogrammetry 100%
• Albedo 33%
• Planetary Body 16%
• Three Dimensional Models 16%
• Planetary Surface 16%