Fast and reliable multi-GNSS precise point positioning with integer ambiguity resolution

Earth and Planetary Sciences

• GNSS 100%
• Integer 100%
• Model 82%
• Correction 76%
• Ionospherics 64%
• Slope 23%
• Delay 23%
• Receiver 23%
• Ionosphere 17%
• Parameter 17%
• Approach 17%
• Station 17%
• Description 17%
• Augmentation 11%
• Clock 11%
• Infrastructure 11%
• Response 11%
• State 11%
• Error 11%
• Float 11%
• Need 11%
• Position (Location) 5%
• Constraint 5%
• Real Time 5%
• Data Quality 5%
• Kalman Filter 5%
• Standard Deviation 5%
• Dating 5%
• Empirical Analysis 5%
• Sensitivity 5%
• Improvement 5%
• Increasing 5%
• Cost 5%
• Accuracy 5%
• Data Set 5%
• Mathematical Model 5%
• Geometry 5%
• Mitigation 5%
• Thesis 5%
• Earth 5%
• Frequency Measurement 5%
• Rapid 5%
• Data Transmission 5%
• Cartography 5%
• Setup 5%
• Global Positioning System 5%

INIS

• positioning 100%
• resolution 100%
• satellites 100%
• navigation 100%
• corrections 39%
• performance 33%
• convergence 30%
• precision 18%
• information 18%
• levels 12%
• data 12%
• processing 9%
• reliability 9%
• comparative evaluations 9%
• ionosphere 9%
• stochastic processes 9%
• augmentation 6%
• density 6%
• errors 6%
• filters 6%
• solutions 6%
• redundancy 6%
• orbits 6%
• data processing 3%
• prediction 3%
• increasing 3%
• dynamics 3%
• operation 3%
• sensitivity 3%
• carriers 3%
• distance 3%
• mapping 3%
• datasets 3%
• acceleration 3%
• simulation 3%
• geometry 3%
• range 3%
• gps 3%
• layers 3%
• frequency measurement 3%
• recovery 3%
• quality control 3%
• space 3%
• mitigation 3%
• accuracy 3%
• vectors 3%
• cost 3%
• control systems 3%
• modeling 3%
• signals 3%

Engineering

• Explicit Dependence 7%