Ionosphere-weighted post-processing kinematic for airborne positioning with refined modeling of receiver phase biases and tropospheric zenith wet delays

Keyphrases

• Phase Bias 100%
• Zenith Wet Delay 100%
• Refined Modeling 100%
• Ionosphere-weighted Model 100%
• Post-processing Kinematic 100%
• Kinematic Model 50%
• Global Navigation Satellite System 33%
• Altitude Difference 33%
• Temperature Sensitivity 16%
• Three-dimensional (3D) 16%
• Location-based Services 16%
• System Application 16%
• Positioning Accuracy 16%
• Positioning Model 16%
• Delay Factors 16%
• Rapid Change 16%
• High Altitude 16%
• Antenna 16%
• Environmental Factors 16%
• Kinematics 16%
• Rate Performance 16%
• Root Mean Square 16%
• Success Rate 16%
• Vapor Pressure 16%
• Long Distance 16%
• Kinematic Constraints 16%
• Positioning Performance 16%
• Variation Characteristics 16%
• Aviation 16%
• Land Survey 16%
• Pseudo-observations 16%
• Fixed Solution 16%
• Flight Experiment 16%
• Flight Operations 16%
• Airborne Survey 16%
• Ambiguity Success Rate 16%
• Manned Aircraft 16%

Engineering

• Kinematic Model 100%
• Rapid Change 33%
• Root Mean Square Value 33%
• Success Rate 33%
• Antenna 33%
• Temperature Factor 33%
• Flight Operation 33%
• Manned Aircraft 33%

Earth and Planetary Sciences

• GNSS 100%
• Airborne Survey 50%
• Ionospherics 50%
• Survey Method 50%
• Vapor Pressure 50%